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SUBJECT INDEXVol. 1: 1–698, Vol. 2: 699–1395, Vol. 3: 1397–2111, Vol. 4: 2113–2798, Vol. 5: 2799–3440, Vol. 6: 3475–4191.
Page numbers suffixed by t and f refer to Tables and Figures respectively.
AAS. See Atomic absorption spectrometryAb initio model potentials (AIMP)for actinyl spectroscopic study, 1930for electronic structure calculation, 1908
Absorption cross section, neutron scatteringand, 2233
Absorption edge spectrometry, 3942–3944,3944f
for plutonium analysis, 3945–3948,3945f–3947f
Absorption fluorescence measurements, 4082Absorption spectraof actinides, cyclopentadienyl complexes,
1955of americium, 1364–1368
americium (III), 1364–1365, 1365famericium (IV), 1365americium (V), 1366, 1367famericium (VI), 1366, 1367famericium (VII), 1367–1368, 1368f
of berkelium, 1455berkelium (III), 1444–1445, 1455, 1456fberkelium (IV), 1455
of californium, 1515–1516californium (III), 2091, 2092fcompounds, 1542–1545, 1544fhalides, 1545organometallic, 1541in solution, 1557–1559, 1557t, 1558f,
1559tof curium
curium (III), 1402–1404, 1404fcurium (IV), 1402–1404, 1405f
of einsteinium, 1600–1602, 1601fin borosilicate glass, 1601–1602,
1602f–1603fintensity of, 2089–2093of liquid plutonium, 963of neptunium, 763–766, 763f, 786–787
neptunium (VII) ternary oxides, 729tetrafluoride, 2068, 2070f
of neptunyl ion, aqueous solution, 2080,2081f
of plutoniumhexafluoride, 1088, 1089f, 2084–2085,
2086f
ions, 1113–1117, 1116tplutonium (IV), 849polymerization, 1151, 1151ftetrachloride, 1093–1094, 1094ftribromide, 1099t, 1100trichloride, 1099, 1099t
of plutonyl ion, aqueous solution, 2080,2081f
of protactiniumprotactinium (V), 212, 212fprotactinium (V) sulfates, 216, 218f
in solution, 1604–1605, 1604fof uraniumbromide complexes, 496–497halides, 442, 443f, 529, 557hexachloride, 567hexafluoride, 561iodide complexes, 499oxochloride, 526pentavalent and complex halides, 501pentavalent oxide fluorides and
complexes, 521tetrabromide, 495tetrafluoride, 2068, 2069ftrichloride, 447trichloride hydrates, 449–450trifluoride, 445uranium (III), 2057–2058, 2057f, 2091,
2092furanium oxobromo complexes, 573uranium pentachloride, 523, 523f
of uranium dioxide, 2276–2278, 2277fof uranium tetravalent halides, 482–483,
483fAbsorption spectroscopy, resonance effects
in, 2236Absorption spectrum, of uranium
hexafluoride, 4105Accelerator mass spectrometry (AMS)
applications of, 3318–3319components of, 3316, 3317fdevelopment of, 3317–3318for environmental actinides, 3059t,
3062–3063fundamentals of, 3316–3318, 3317fhistorical development of, 3316
I-1
for mass spectrometry, 3310of neptunium, 790overview of, 3315–3316for plutonium analysis, 3954–3955problems of, 3329requirements for, 3317sensitivity of, 3316TIMS v., 3329for trace analysis, 3315–3319
Accelerator transmutation, of SNF, 1812Accelerator transmutation of waste (ATW),
overview of, 2693–2694Acetatesof actinide elements, 1796of americium, 1322, 1323tcomplexation with, 3528–3529coordination with, glycolate v., 590of plutonium, 1177, 1180structural chemistry of, 2439t–2440t,
2440–2445, 2444fof thorium, 114properties of, 114
of uranium, 603–605, 604tAcetonederived compounds, of americium, 1322,
1323t, 1324protactinium extraction with, 185
Acetonitrile, with uranium trichloride, 452Acetylacetonesactinide complexes with, 1783californium extraction with, 1513SFE separation with, 2680of thorium, 115
Acid-base reactions, mathematical modelingof, 3643–3644
Acid decomposition, 3279–3281acids for, 3280description of, 3279–3280systems for, 3280–3281
Acidic extractants, for solvent extraction,2650–2652, 2651f
Acid leaching, for uranium ore, 305limitations of, 306–307
Acid pugging, of uranium ore, 306Acid redox speciationof americium (III), 3114t, 3115of berkelium (IV/III), 3109–3110of californium (III), 3110, 3114t, 3115of curium (III), 3110, 3114tof environmental samples, 3100–3124EXAFS, 3100–3103monatomic spherical An (III) and
An (IV) ions, 3100–3118triatomic spherical An (V) and
An (VI) ions, 3118–3124of neptuniumneptunium (III), 3111t–3112t, 3116–3117neptunium (IV), 3106–3108, 3111t–3112t
neptunyl (V), 3111t–3112t, 3121–3122neptunyl (VI), 3111t–3112t, 3122–3123
of plutoniumof plutonium (III), 3113t, 3117–3118of plutonium (IV), 3108–3109, 3113tplutonyl (VI/V), 3113t, 3123–3124
of thorium (IV), 3103–3105, 3103tof uranium, 3100–3103, 3101t–3102t
uranium (III), 3101t–3102t, 3116uranium (IV), 3105–3106uranyl (VI), 3101t–3102t, 3118–3121
Acidsfor acid decomposition, 3280for Purex process, 711for solvent extraction, 839uranium metal reactions with, 328
Actinide cationscomplexes of, 2577–2591
with inorganic ligands, 2578–2580,2579t, 2581t
with inorganic oxo ligands, 2580–2584,2582t
with organic ligands, 2584–2591,2585t–2586t, 2588f, 2589t
correlations in, 2567–2577Gibbs energy, 2568–2570, 2568f–2569fligand basicity, 2567–2568
hydration of, 2528–2544in concentrated solution, 2536–2538,
2537fhexavalent, 2531–2532in non-aqueous media, 2532–2533overview, 2528pentavalent, 2531–2532tetravalent, 2530–2531thermodynamic properties, 2538–2544,
2540t–2541t, 2542f, 2543t, 2544ftrivalent, 2528–2530, 2529f, 2529tTRLF technique, 2534–2536, 2535f,
2535t–2536thydrolysis of, 2545–2556, 2545f
hexavalent, 2553–2556, 2554f–2555f,2554t–2555t
pentavalent, 2552–2553tetravalent, 2547–2552, 2549t–2550t,
2551f–2552ftrivalent, 2546, 2547f, 2547t–2548t
inner v. outer sphere complexations,2563–2566, 2566f, 2567t
oxidation states of, 2525–2527, 2525fstability constants of, 2558–2559
correlations, 2567–2577trivalent, 2562, 2563t
Actinide chemistryactinide element properties, 1753–1830
biological behavior, 1813–1818electronic structure, 1770–1773environmental aspects, 1803–1813
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-2
experimental techniques, 1764–1769introduction, 1753–1755metallic state, 1784–1790oxidation states, 1774–1784practical applications, 1825–1829solid compounds, 1790–1803sources of, 1755–1763toxicology, 1818–1825
actinium, 18–44applications of, 42–44atomic properties of, 33–34compounds of, 35–36introduction to, 18–20metallic state of, 34–35nuclear properties of, 20–26occurrence in nature of, 26–27preparation and purification of, 27–33solution and analytical chemistry of,
37–42americium
analytical chemistry and spectroscopy,1364–1370
aqueous solution chemistry, 1324–1356atomic properties, 1295–1297compounds, 1302–1324coordination chemistry and complexes,
1356–1364history of, 1265isotope production, 1267–1268metal and alloys, 1297–1302nuclear properties of, 1265–1267separation and purification of, 1268–1295
in animals and man, 3339–3424binding in bone, 3406–3412in bone, 3400–3406clearance from circulation, 3367–3387initial distribution, 3340–3356introduction, 3339–3340in vivo chelation, 3412–3423in liver, 3395–3400tissue deposition kinetics, 3387–3395transport in body fluids, 3356–3367
berkeliumanalytical chemistry, 1483–1484compounds, 1462–1472concluding remarks, 1484–1485free atom and ion properties, 1451–1457history of, 1444–1445ions in solution, 1472–1483metallic state, 1457–1462nuclear properties, availability, and
applications, 1445–1447production, 1448separation and purification, 1448–1451
californium, 1499–1563applications, 1505–1507compounds, 1527–1545concluding remarks, 1561–1563
electronic properties and structure,1513–1517
gas-phase studies, 1559–1561introduction, 1499–1502metallic state, 1517–1527preparation and nuclear properties,
1502–1504separation and purification, 1507–1513solution chemistry, 1545–1559
complexation and kinetics in solution,2524–2607
bonding, 2556–2563cation-cation complexes, 2593–2596cation hydration, 2528–2544cation hydrolysis, 2545–2556complexation reaction kinetics,
2602–2606complexes, 2577–2591correlations, 2566–2577inner v. outer sphere, 2563–2566introduction, 2524–2527redox reaction kinetics, 2597–2602summary, 2606–2607ternary complexes, 2591–2593
curium, 1397–1434analytical chemistry of, 1432–1434aqueous chemistry of, 1424–1432atomic properties of, 1402–1406compounds of, 1412–1424history of, 1397–1398metallic state of, 1410–1412nuclear properties of, 1398–1400production of, 1400–1402separation and purification of, 1407–1410
einsteinium, 1577–1613atomic and ionic radii, and promotion
energies, 1612–1613compounds, 1594–1612electronic properties and structure,
1586–1588introduction, 1577–1579metallic state, 1588–1594nuclear properties, 1579–1583production, 1579–1583purification and isolation, 1583–1585
electronic structures of compounds of,1893–1998
actinyl ions and oxo complexes,1914–1933
concluding comments, 1995–1996halide complexes, 1933–1942introduction, 1893–1901matrix-isolated, 1967–1991organometallics, 1942–1967relativistic approaches, 1902–1914speciated ions, 1991–1992unsupported metal-metal bonds,
1993–1994
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-3
environmental identification and speciation,3013–3073
background, 3013–3021combining and comparing analytical
techniques, 3065–3071concluding remarks, 3072–3073sampling, handling, treatment, and
separation, 3021–3024specifics of, 3024–3065
fermium, 1622–1630atomic properties of, 1626, 1627tintroduction, 1622isotopes of, 1622–1624, 1623tmetallic state, 1626–1628preparation and purification of,
1624–1625, 1625fsolution chemistry, 1628–1630
handling, storage, and disposition,3199–3266
compound formation and properties,3204–3215
disposition options, 3262–3266hazard assessment, 3248–3259hazard mitigation, 3259–3262introduction, 3199–3201kinetic considerations, 3201–3204plutonium compound reaction kinetics,
3215–3223plutonium metal corrosion kinetics,
3223–3238radiolytic reactions, 3246–3248uranium compounds and metal corrosion
kinetics, 3238–3246introduction to, 1–15actinide concept, 3, 10–11actinide elements of, 1–2, 2f, 4, 5f–7f,
8–10chemistry of, 3–4nuclear systematics, 10–13questions in, 14–15transactinide elements of, 2–3, 2f
lawrencium, 1641–1647atomic properties, 1643–1644introduction, 1641–1642isotopes, 1642metallic state, 1644preparation and purification, 1642–1643solution chemistry, 1644–1647
magnetic properties, 2225–22955f0 compounds, 2239–22405f1 compounds, 2240–22475f2 compounds, 2247–22575f3 compounds, 2257–22615f4 compounds, 2261–22625f5 compounds, 2262–22635f6 compounds, 2263–22655f7 compounds, 2265–22685f8 compounds, 2268–2269
5f9 compounds, 2269–22715f10 compounds, 22715f11 compounds, 2271–2272actinide dioxides, 2272–2294introduction, 2225–2239
mendelevium, 1630–1636atomic properties, 1633–1634introduction, 1630isotopes, 1630–1631metallic state, 1634–1635preparation and purification,
1631–1633solution chemistry, 1635–1636
metallic state and 5f-electron phenomena,2307–2373
basic properties, 2313–2328cohesion properties, 2368–2371concluding remarks, 2372general observations, 2328–2333introduction, 2307–2309magnetism, 2353–2368overview of, 2309–2313strong correlations, 2341–2350strongly hybridized, 2333–2339superconductivity, 2350–2353weak correlations, 2339–2341
neptunium, 699–795analytical chemistry and spectroscopic
techniques, 782–795in aqueous solution, 752–770compounds of, 721–752coordination complexes in solution,
771–782history of, 699–700isotope production, 702–703metallic state of, 717–721in nature, 703–704nuclear properties of, 700–702separation and purification, 704–717
nobelium, 1636–1641atomic properties, 1639introduction, 1636–1637isotopes, 1637–1638metallic state, 1639preparation and purification, 1638–1639solution chemistry, 1639–1641
optical spectra and electronic structure,2013–2103
divalent and high valence states,2076–2089
introduction, 2013–2016modeling of crystal-field interaction,
2036–2056modeling of free-ion interactions,
2020–2036radiative and nonradiative electronic
transitions, 2089–2103relative energies of, 2016–2020
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-4
tetravalent spectra interpretation,2064–2076
trivalent spectra interpretation,2056–2064
organoactinide catalytic processes,2911–3006
alkyne dimerization, 2930–2947alkyne hydroamination, 2981–2990alkyne oligomerization, 2923–2930amine, silane reactions, 2978–2981azide and hydrazine reduction,
2994–2996heterogeneous, 2999–3006intramolecular hydroamination,
2990–2993introduction, 2911–2912olefin hydrogenation, 2996–2997olefin hydrosilylation, 2953–2978olefin polymerization, 2997–2999reactivity, 2912–2923terminal alkyne cross dimerization,
2947–2952, 2948f–2949forganoactinide chemistry, 2799–2894
bimetallic complexes, 2889–2893carbon-based ancillary ligands,
2800–2867heteroatom-based ancillary ligands,
2876–2889heteroatom-containing ancillary ligands,
2868–2876introduction, 2799–2800neutral carbon-based donor ligands,
2893–2894plutonium
atomic properties of, 857–862compounds of, 987–1108introduction to, 813–814metal and intermetallic compounds of,
862–987natural occurrence of, 822–824nuclear properties of, 815–822separation and purification of, 826–857solution chemistry of, 1108–1203
protactinium, 161–232analytical chemistry of, 223–231atomic properties of, 189–191introduction to, 161–164metallic state of, 191–194nuclear properties of, 164–170occurrence in nature of, 170–171preparation and purification of,
171–189simple and complex compounds of,
194–209solution chemistry of, 209–223
separation of, 2622–2769applications, 2725–2767future of, 2768–2769
historical development of, 2627–2631introduction, 2622–2627systems for, 2631–2725
spectra and electronic structures of,1836–1887
actinide parameters, 1864–1866configuration summary, 1866–1872einsteinium electrodeless lamps,
1885–1886electronic structures, 1852–1860empirical analysis, 1841–1852experimental spectroscopy, 1838–1841introduction, 1837–1838ionization potentials with laser
spectroscopy, 1873–1875ionization potentials with resonance
ionization mass spectrometry,1875–1879
laser spectroscopy, 1873laser spectroscopy of super-deformed
fission isomers, 1880–1884new properties from, 1872–1873radial parameters, 1862–1863theoretical term structure, 1860–1862
structural chemistry of, 2380–2495coordination compounds, 2436–2467introduction, 2380–2381metals and inorganic compounds,
2384–2436organoactinide compounds, 2467–2491solid state structural techniques,
2381–2384summary, 2491–2493
thermodynamic properties, 2113–2213carbides, 2195–2198chalcogenides, 2204–2205complex halides, oxyhalides, and
nitrohalides, 2179–2187concluding remarks, 2211–2213elements, 2115–2123halides, 2157–2179hydrides, 2187–2190hydroxides and oxyhydrates, 2190–2195introduction, 2113–2115ions in aqueous solutions, 2123–2133ions in molten salts, 2133–2135other binary compounds, 2205–2211oxides and complex oxides, 2135–2157pnictides, 2200–2204
thorium, 52–134atomic spectroscopy of, 59–60compounds of, 63–117history of, 52–53metal of, 60–63nuclear properties of, 53–55occurrence of, 55–56processing and separation of, 56–59solution chemistry of, 117–134
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-5
trace analysis, 3273–3330atomic spectrometric techniques,
3307–3309chemical procedures, 3278–3288introduction, 3273–3277mass spectrometric techniques,
3309–3328nuclear techniques, 3288–3307summary, 3328–3329
transactinide elements and future elements,1652–1739
elements 104–112 chemical propertymeasurements, 1690–1721
elements 104–112 chemical propertypre-dictions, 1672–1689
elements beyond 112, 1722–1739introduction, 1652–1661nuclear properties, 1661one-atom-at-a-time chemistry,
1661–1666relativistic effects on chemical properties,
1666–1671transfermium elements, 1621–1622uranium, 253–639analytical chemistry of, 631–639chemical bonding of, 575–578compounds of, 328–575free atom and ion properties, 318history of, 253–639metal of, 318–328natural occurrence of, 257–302nuclear properties of, 255–257ore processing and separation, 302–317organometallic and biochemistry of,
630–631solution chemistry of, 590–630structure and coordination chemistry
of, 579–590X-ray absorption spectroscopy, 3086–3184future direction, 3183–3184introduction, 3086–3095sorption studies, 3140–3183terrestrial aquatic environment,
3095–3140Actinide complexes, 2577–2591bonding in, 2556–2563coordination numbers, 2558–2560, 2559fcovalent contribution to, 2561–2562,
2563tionicity of f-element, 2556, 2557fsteric effects in, 2560strength of, 2560–2561thermodynamics of, 2556–2557, 2558t
cation-cation, 2593–2596, 2596f, 2596tcomplexation kinetics, 2602–2606, 2605f,
2606tamericium, 2604–2605Eigen mechanism, 2602–2603
multidentate ligands, 2603–2604simple v. complex, 2602trivalent complexes, 2605–2606, 2605f,
2606tfluorides, 2578halides, 2578–2580, 2581thexafluorides, 1933–1939with inorganic ligands, 2578–2580, 2579t,
2581twith inorganic oxo ligands, 2580–2584,
2582tcarbonates, 2583complex, 2583–2584nitrates, 2581phosphates, 2583sulfates, 2581–2582, 2582t
with organic ligands, 2584–2591,2585t–2586t, 2588f, 2589t
carboxylates, 2584, 2585t–2586t,2586–2587, 2590
catecholamine, 2590–2591crown ether, 2590fulvic acid, 2590–2591humic acid, 2590–2591hydroxypyridonate, 2590–2591siderophores, 2590–2591
overview of, 2577redox reaction kinetics, 2597–2602
An-O bond breakage, 2598–2600, 2599tcomplexation effect, 2601–2602, 2602tdisproportionation reactions, 2600–2601,
2600telectron exchange reactions, 2597–2598
ternary, 2591–2593hydrolytic behavior of, 2592–2593modeling of, 2593overview of, 2591–2592use of, 2592–2593
Actinide compoundsAMAnQ3 compounds, 4045–4048, 4047fAn(III) compounds, structural chemistry
of, 4162–4163, 4162fAn(IV) compounds, structural chemistry
of, 4163–4169, 163f–4169fAn(IV) iodates, 4160An(V) compounds, structural chemistry
of, 4170–4177, 4170f, 4172f–4177fAn(VI) compounds, structural chemistry
of, 4178–4185, 4179f–4181f,4183f–4187f
An(VI) sulfates, 4184, 4186AnMQ compounds, 4020–4023, 4023fAnMQ2 compounds, 4023–4024AnMQ3 compounds, 4024–4026, 4024t,
4025f–4026fAnMQ6 compounds, 4026–4027, 4027fAnM2Q2 compounds, 4027, 4028fAnM2Q3 compounds, 4027–4029, 4028f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-6
AnM2Q4 compounds, 4029, 4029fAnM2Q5 compounds, 4032–4034,
4034f–4035fAnM2Q6 compounds, 4029, 4030fAnM3Q4 compounds, 4029, 4030fAnM4Q8 compounds, 4030–4031, 4031fAnM6Q8 compounds, 4031, 4032fAnQ, 4007–4008
compounds between AnQ2 and,4008–4012, 4009f–4011f
AnQ2 compounds, 4012–4015, 4012f–4015fAnQ2, compounds between AnQ and,
4008–4012, 4009f–4011fAnQ2–x compounds, 4012–4015,
4012f–4015fAnQ3 compounds, 4015–4018, 4017f–4019fAn2AQ6 compounds, 4034–4037,
4036f–4037fAn2MQ4 compounds, 4031–4032, 4033fAn2MQ5 compounds, 4032–4034,
4034f–4035fAn2M2Q compounds, 4037–4039, 4038fAn2M10Q8 compounds, 4039, 4039fAn2Q3 compounds, 4009An2Q5 compounds, 4015, 4016f–4017fAn3MQ5 compounds, 4039–4040, 4040fAn3MQ6 compounds, 4040, 4041fAn3M2Q7 compounds, 4040–4042, 4041fAn3Q4, 4008An3Q5, 4010–4011An4M4Q3 compounds, 4042, 4042fAn6M2Q13 compounds, 4043, 4043fAn6M2Q15.5 compounds, 4043, 4044fAn7Q12 compounds, 4011–4012, 4011fAn8MQ17 compounds, 4043–4044, 4045felectronic structure of, 1893–1998
actinyl ions and oxo complexes,1914–1933
actinyl complexes, 1920–1928‘bare’ species and ions in solids,
1928–1932high oxidation oxygen species,
1932–1933, 1932turanyl ion and related species, 1914–1920concluding comments, 1995–1996halide complexes, 1933–1942oxyhalides, 1939–1942uranium hexafluoride and relatedcomplexes, 1933–1939introduction, 1893–1901actinide atom electronic structure,
1894–1897actinide-ligand bonding, 1900–1901relativistic effects, 1897–1900matrix-isolated, 1967–1991binary carbonyls, 1984–1987carbide oxides, 1976–1984description of, 1968
developments of, 1969dioxides, 1970–1976nitride-oxides, 1989–1991nitrides, 1987–1989overview of, 1968–1970summary of, 1990–1991organometallics, 1942–1967actinocenes, 1943–1952cyclopentadienyl complexes, 1952–1959double groups, 1910–1914excited electronic states, 1909–1910Hartree-Fock and density functionalapproaches, 1902–1904miscellaneous, 1965–1967RECPs, 1907–1909relativistic approaches, 1902–1914relativistic effects, 1904–1907six- and seven-membered ring complexes,
1959–1962uranium (III) complexes, 1962–1965speciated ions, 1991–1992unsupported metal-metal bonds,
1993–1994magnetic properties of, 2361–2362thermodynamic properties of, 2113–2213antimonides, 2197t, 2203–2204arsenides, 2197t, 2203–2204carbides, 2195–2198chalcogenides, 2203t, 2204–2205complex halides, 2179–2182group IIA elements, 2205, 2206t–2207tgroup IIIA elements, 2205–2206,
2206t–2207t, 2208fgroup IVA elements, 2206–2208,
2206t–2207thalides, 2157–2179hydrides, 2187–2190introduction, 2113–2115nitrides, 2200–2203nitrohalides, 2182–2185oxides, 2192–2195oxides and complex oxides, 2135–2157oxyhalides, 2182–2187oxyhydroxides, 2193–2195phosphides, 2197t, 2203–2204pnictides, 2200–2204selenides, 2203t, 2204–2205sulfides, 2203t, 2204, 2204ftellurides, 2203t, 2204–2205transition elements, 2208–2211trihydroxides, 2190–2192
transition metal characteristics of,2333–2334
Actinide concepthistory of, 3, 1754–1755periodic table and, 10–11
Actinide-CU. See DIPEX resinActinide elements, 1753–1830
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-7
absorption cross section of, 2233atomic volumes of, 922–923, 923fbiological behavior, 1813–1818bioremediation, 1817–1818in body fluids, 1814–1815bone uptake, 1817general considerations, 1813–1814liver uptake, 1815–1816
in bone, 1817, 3400–3406americium (III), 3403binding of, 3406–3412blood supply of, 3402composition of, 3406as deposition site, 3344–3445neptunyl ion, 3404plutonium (IV), 3403retention of, 3404–3406summary, 3404surfaces of, 3401–3402uranyl ion, 3403
cyclopentadienyl complexes of, 1952–19593 ligands + X, 1956–19574 ligands, 1953–1954‘base-free’ 3 ligands, 1954–1956, 1955fmetal-metal bonds, 1958–1959mixed ligands, 1957–1958overview of, 1952–1953, 1953fstructure of, 1953, 1953f
definition of, 18discovery of, 4, 5f–7f, 8–10divalent, 2525–2526electronic structures of, 2024, 2024tobserved spectra of, 2077–2079
electronic structures of, 1770–1773, 1842t–1850t, 1851–1860, 1851f, 1894–1897,1896f–1897f, 1896t–1897t
crystal-field interaction, 2036–2056determination of, 1858–1860, 1860fenergies of, 1853–1858, 1854f, 1855t,
1856f, 1859ffree-ion interactions, 2020–2036general considerations, 1770introduction, 2013–2016periodic table position, 1773, 1774fredox potentials v., 1859–1860, 1860frelative energies, 2016–2020relativistic approaches for, 1902–1914relativistic effects on, 1898–1900spectroscopic studies, 1770–1771structure, 1771–1773, 1772t, 1773f
electrorecovery of, 2719–2721elution of, 1625fentropy of, 2539, 2542f, 2543tin environment, 3013–3014, 3015fanalytical techniques for, 3018–3020,
3019tanthropogenic, 3016dispersal of, 3016–3017
mining, 3017natural occurrence, 3014–3016, 3015fseparation of, 3021
environmental aspects of, 1803–1813in hydrosphere, 1807–1810man-made, 1805–1807of natural origin, 1804–1805nuclear waste disposal, 1811–1813overview of, 1803sorption and mobility, 1810–1811
experimental techniques, 1764–1769column partition chromatography, 1769hazards, 1764–1765ion-exchange chromatography,
1767–1768, 1768fliquid-liquid extraction, 1768–1769long-lived nuclides, 1765–1766tracer techniques, 1766ultramicrochemical manipulation, 1767
extraction ofDIDPA, 1276HDEHP, 1275organophosphorus and carbamoylpho-
sphonate reagents, 1276–1278reductive, 2719stripping of, 1280–1281TRPO, 1274–1275
f-d promotion energies of, 1560, 1561f,1586–1588, 1587f
f orbital in, 1894–1895, 1896f, 1896tground state configuration of, 1895, 1897theptavalent, 2527hexavalent, 2527
cyclopentadienyl complexes, 2847–2851energy levels, 2081–2082, 2083t, 2084fhydrolytic behavior of, 2553–2556,
2554f–2555f, 2554t–2555tobserved spectra of, 2079–2085, 2080tstability constants of, 2571–2572, 2573f
introduction, 1753–1755actinide concept, 1754–1755scope, 1753–1754
ionization potentials ofby laser spectroscopy, 1873–1875, 1874tby RIMS, 1875–1879, 1877t,
1878f–1879flanthanide elements v., 2, 10–11
atomic volume, 1578–1579, 1578fbonding in, 584–585extraction from, 1286–1289, 1407free-ion interaction and crystal-field
strength, 2062–2064, 2063tligand displacement series for, 2806phonon energy relaxation, 2096relativistic effects on, 1898, 1899fseparation from, 2635, 2635f
lanthanide separation from, 2669–2677,2757–2760
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-8
Cyanex 301, 2675–2676dithiophosphinic acids, 2676LIX–63, 2759–2760process applications, 2670–2671separation factors for, 2669–2670,
2670tsoft-donor complexants for, 2670–2671,
2673sulfur donor extractants, 2676–2677,
2677tTALSPEAK, 2671–2673, 2672f, 2760TPTZ, 2673–2675, 2674tTRAMEX process, 2758–2759, 2759f
laser spectroscopy of, 1873ionization potentials by, 1873–1875,
1874tsuper-deformed fission isomers of
americium, 1880–1884, 1881f,1883f–1884f, 1883t
ligand bonding of, 1900–1901long-lived, 1763, 1764tlowest level of configurations of, 1841,
1842t–1850tmagnetism in, 2354–2356in mammalian tissues, 3339–3424
binding in bone, 3406–3412bone, 3400–3406liver, 3395–3400
matrix-isolated, 1967–1991binary carbonyls, 1984–1987carbide oxides, 1976–1984description of, 1968developments of, 1969dioxides, 1970–1976nitride-oxides, 1989–1991nitrides, 1987–1989overview of, 1968–1970summary of, 1990–1991
metallic state and 5f-electron phenomenaof, 2307–2373
basic properties, 2313–2328cohesion properties, 2368–2371
concluding remarks, 2372general observations, 2328–2333
introduction, 2307–2309magnetism, 2353–2368overview of, 2309–2313strong correlations, 2341–2350 strongly
hybridized, 2333–2339superconductivity, 2350–2353
weak correlations, 2339–2341metallic state of, 1–2, 964, 1784–1790
crystal structure, 1785–1787, 1786telectronic structures, 1788–1789, 1789fpolymorphic transformation, 1787preparation, 1784–1785properties of, 1786tsuperconductivity, 1789–1790
natural occurrence of, 1755–1756,1804–1805, 3014–3016, 3273,3274t-3275t, 3276
new properties of, 1872–1873optical spectra and electronic structure
of, 2013–2103crystal-field interaction, 2036–2056divalent, 2077–2079free-ion interactions, 2020–2036introduction to, 2013–2016penta- and hexavalent, 2079–2085, 2080t
tetravalent, 2064–2076trivalent, 2056–2064
overview of, 1–2, 2foxidation states, 1774–1784complex-ion formation, 1782–1784hydrolysis and polymerization,
1778–1782ions in aqueous solution, 1774–1776,
1775tion types, 1777–1778, 1777t, 1779f, 1780t
parameters of, 1864–1866least-squares fitted values, 1864–1865,
1864fradial integral comparisons, 1865, 1866
pentavalent, 2526–2527circulation clearance of, 3376–3379cyclopentadienyl complexes, 2845–2847energy levels, 2081–2082, 2083t, 2084fhydrolytic behavior of, 2552–2553initial distribution in mammalian
tissues, 3350–3354observed spectra of, 2079–2085, 2080t
plutonium oxidation and reduction by ionsof, 1133–1137, 1134t-1135t
practical applications, 1825–1829medical and other, 1828–1829neutron sources, 1827–1828nuclear power, 1826–1827portable power sources, 1827
production of, 2729–2736around the world, 2764–2767bismuth phosphate process, 2730BUTEX process, 2731CMPO, 2738–2752DHDECMP, 2737–2738DIDPA, 2753–2756DMDBTDMA, 2756extractant comparisons, 2763–2764, 2763tmethods under development, 2760–2763neptunium partitioning, 2756–2757PUREX process, 2732–2733REDOX process, 2730–2731THOREX process, 2733–2736TLA process, 2731–2732trivalent actinide/lanthanide group
separation, 2757–2760TRPO, 2752–2753
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-9
in pyroprocessing, 2694quadropole moments of, 1884, 1884fquestions of, 14–15separation of, rare earth metals, 2719,
2720t, 2721fsix- and seven-membered ring complexes
of, 1959–1962, 1961fsolid compounds, 1790–1803binary, 1790, 1791t-1795tcrystal structure and ionic radii, 1798,
1799tintroductory remarks, 1790organoactinide, 1800–1803other, 1796oxides and nonstoichiometric systems,
1796–1798sorption studies of, 1810–1811, 3140–3183bacterial interactions, 3177–3183carbonate incorporation, 3159–3164iron-bearing mineral phases, 3164–3169natural soil samples, 3171–3177overview of, 3140, 3151phosphates, 3169–3171silicates, 3151–3158
sources of, 1755–1763atomic weights, 1763heavy-ion bombardment, 1761–1763natural, 1755–1756neutron irradiation, 1756–1761
spin-orbit coupling in, 1899–1900, 1899fstructures of, 2369f, 2370–2371, 2371fsuperconductivity of, 1789–1790, 2239synthesis of, 2630, 2631tsystematics of, 10–13tetravalent, 2526circulation clearance of, 3376–3379cyclopentadienyl complexes, 2814–2845electronic structures of, 2024, 2024tenergy levels, 2081–2082, 2083t,
2084fhydrolytic behavior of, 2547–2552,
2549t–2550t, 2551f-2552finitial distribution in mammalian tissues,
3350–3354observed spectra of, 2064–2076stability constants of, 2571–2572, 2573f
thermodynamic properties of, 2113–2223in aqueous solutions, 2123–2133, 2128tin condensed phase, 2115–2118,
2119t–2120t, 2121fin gas phase, 2118–2123, 2119t-2120tintroduction, 2113–2115in molten salts, 2133–2135
toxicology, 1818–1825ingestion and inhalation, 1818–1820plutonium acute toxicity, 1820–1821plutonium long-term effects, 1821–1822removal of, 1822–1825
trivalent, 2526circulation clearance of, 3370–3376cyclopentadienyl complexes, 2800–2814electronic structures of, 2024, 2024tenergy levels of, 2032, 2033thydrolytic behavior of, 2546, 2547f,
2547t-2548tinitial distribution in mammalian tissues,
3341t-3347t, 3345–3350, 3348fobserved spectra of, 2056–2064stability constants of, 2571–2572, 2573f
Wigner-Seitz radius of, 2310–2312, 2311fActinide halides, spectroscopic study of,
4103–4113electronic spectroscopy of actinide
hexahalides, 4105–4110vibrational and electronic spectroscopy ofactinide tetrahalides, 4110–4113, 4111fvibrational spectroscopy of actinide
fluorides, 4103–4105Actinide ionsabsorption cross section of, 2233in aqueous phase, 2123–2133
electrode potentials, 2127–2131enthalpy of formation, 2123–2125,
2124f–2125fentropies, 2125–2127heat capacities, 2132–2133
EPR measurements of, 2226for SFE, 2683–2684speciated, 1991–1992, 1992fthermodynamic properties of
in aqueous solutions, 2123–2133, 2128tin molten salts, 2133–2135
Actinide metalsBloch states in, 2316cohesion properties of, 2368–2371concluding remarks on, 2372magnetism in, 2353–2368
electronic transport and, 2367–2368exchange interactions and magnetic
anisotropy, 2364–2366, 2365f-2366fgeneral features of, 2353–2354intermetallic compounds, 2356–2361magnetic structures, 2366–2367orbital moments, 2362–2364, 2363fother compounds, 2361–2362in pure elements, 2354–2356
overview of, 2309–2313crystal structure of, 2312–2313, 2312felectrical resistivity of, 2309, 2310fWigner-Seitz radius of, 2310–2312, 2311f
properties of, 2313, 2314t–2315tBrillouin zones, 2317–2318complex and hybridized bands,
2318–2319, 2318fdensity functional theory, 2326–2328density of states, 2318f, 2319
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-10
electrical resistivity, 2324electron-electron correlations,
2325–2326electronic heat capacity, 2323Fermi energy and effective mass,
2319–2322Fermi surface, 2322–2323formation of energy bands, 2313–2317one-electron band model, 2324–2325
strongly hybridized 5f bands in, 2333–2339Fermi surface measurements, 2334photoemission measurement
background, 2334–2336strong correlations, 2341–2350UIr3 PES, 2336–2339, 2337fweak correlations, 2339–2341
structural chemistry of, 2384–2388actinium, 2385americium, 2386–2387berkelium, 2388californium, 2388curium, 2387–2388einsteinium, 2388neptunium, 2385–2386overview, 2384–2385, 2384fplutonium, 2386, 2387fprotactinium, 2385thorium, 2385uranium, 2385
superconductivity of, 2350–2353Actinide-nitrogen bonds, 4121–4122Actinide oxides, spectroscopic studies of,
4082–4103matrix isolation infrared spectroscopy of
uranium oxides and plutonium oxides,4102–4103
thorium oxide, 4082–4088, 4084t, 4086f,4087t
uranium dioxide, 4095–4102, 4097t, 4101furanium oxide, 4088–4095, 4089t, 4092t,
4093f, 4094fActinide-phosphorus bonds, 4121–4122Actinidesanthropogenic, 3486–3490
isotopically enriched, 3488–3489light transuranium elements, 3489–3490,
3489ffrom mining industry, 3486–3488
cryogenic matrices and gas phase reactionsof, 4079–4142
actinide halide spectroscopic studies of,4103–4113
actinide oxide spectroscopic studies of,4082–4103
experimental techniques for, 4081–4082introduction, 4079–4081matrix stabilized reaction products,
4113–4122, 4114t, 4141
reactions of actinide atomic andmolecularions and neutrals, 4123–4142
dispersions of, 3490–3504nuclear weapons testing, 3491–3493,
3492f, 3979from processing plants, 3496–3502,
3498t, 3501f, 3503freactor accidental releases of, 3493–3496,
3495f, 3497ffrom storage containment, 3502–3504
in environmental zones, 3549–3560aqueous environments, 3552–3556, 3554fcolloidal transport, 3558global fallout, 3549–3552natural analogues, 3559–3560subsurfaces and sediments, 3557–3558
fate and transport in ecosphere, 3504–3560geochemical characteristics for,
3506–3509,3508fprediction of, 3505–3506processes and mechanisms affecting
speciation, 3509–3549in geosphere, 3475–3574concluding remarks for, 3571–3574fate and transport of, 3504–3560introduction to, 3475–3477, 3477fmanagement of inventories of, 3560–3571sources of, 3478–3504
in glasses and ceramicsalpha-decay damage, 3825–3828, 3825fchemistry of, 3822–3824radiation effects of, 3824–3825, 3825f,
3826f, 3847–3854, 3849f, 3851f, 3854fhydrothermal synthesis and crystal
structures of, 4157hydrothermal redox chemistry,
4158–4161structural chemistry of An(III)
compounds, 4161–4162, 4162fstructural chemistry of An(IV)
compounds, 4163–4169, 4163f-4169fstructural chemistry of An(V) compounds,
4170–4177, 4170f, 4172f–4177fstructural chemistry of An(VI) compounds,
4178–4186, 4179f–4181f, 4183f-4187fimmobilization of, 3813management of inventories of, 3560–3571nuclear energy renaissance, 3561–3563,
3561t, 3563f, 3564fnuclear weapons stockpiles, 3560radioactive waste management,
3563–3571,3564f, 3566t, 3567f, 3570fmicroorganism interactions with,
3595–3652bioremediation and natural attenuation,
650–3652effects of, 3604–3616introduction to, 3595–3604, 3599f, 3603t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-11
mathematical modeling of, 3638–3650subsurface speciation, 3616–3638, 3617f
natural abundance of, 3479natural decay series of, 3480–3481, 3480foxidation states of, 3603–3604, 3603tredox properties of, 3603–3604, 3603tsources of, 3478–3504anthropogenic, 3486–3490
light transuranium elements, 3489–3490,3489f
nuclear fuel cycle, 3819–3822, 3820f, 3821f,3822f, 3822t, 3823t
Oklo reactors, 3482–3483, 3482fprimordial, 3478–3486, 3480f, 3482f, 3485tthorium, 3484–3486, 3485turanium, 3483–3484, 3485t
speciation of. See Speciationwastes. See Nuclear waste
ActiniumAc2S3, 4009applications of, 42–44as geochemical tracer, 44as heat sources, 42–43as neutron sources, 43for tumor radiotherapy, 43–44
atomic properties of, 33–34chemical toxicity of, 3611–3612compounds of, 35, 36tenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated ion,
2539, 2540thalf-life of, 20heat capacity of, 2119t-2120t, 2121fhistory of, 19–20introduction to, 18–20ionization potentials of, 33, 1874tisotopes of, 18–19, 22t–23t, 31–32lanthanide elements v., 2lanthanum v., 18, 40metallic state of, 34–35structure of, 2385
nuclear properties of, 20–26actinium-225, 22t–23t, 24f, 25–26actinium-227, 20–24, 21f, 22t-23t, 25f-26factinium-228, 22t-23t, 23f, 24–25
occurrence in nature of, 26–27, 162origin of, 162oxidation states ofin aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
preparation and purification of, 27–33gram quantities, 32–33by ion-exchange chromatography, 30–32purification of, 28–30
reduction potentials of, 1778, 1779f,2127–2131, 2130f-2131f
solution and analytical chemistry of, 37–42complexation, 40, 41tradiocolloid formation, 41–42redox behavior, 37–38solubility, 38–40, 39t
sublimation enthalpy of, 2119t-2120t,2122–2123, 2122f
from uranium-235, 42–44Actinium (I), electron configurations of,
2018–2019, 2018fActinium (III)detection of, limits to, 3071tenergy level structure of, 2058, 2059fhydration of, 2528–2530, 2529f, 2529tin mammalian tissues, circulation clearance
of, 3368f, 3370–3371Actinium-225as bismuth-231 generator, 44decay series of, 24f, 25identification of, 42industrial use of, 3475properties of, 22t-23t, 25–26from protactinium-233, 171in radiotherapy, 43–44, 1829synthesis of, 28
Actinium-227decay series of, 20, 21f
detection of limits to, 3071tαS, 3029
as geochemical tracer, 44half-life of, 3481identification of, 20–24, 25f–26f, 42from neutron irradiation, 1756nuclear properties of, 3274t–3275t, 3298t
occurrence in nature, 26–27properties of, 20–24, 22t-23tfrom protactinium-231, 164, 166fpurification of, 28–31, 29f, 31f
gram quantities of, 32–33synthesis of, 27
Actinium-228decay series of, 23f, 24identification of, 42nuclear properties of, 3274t-3275t, 3298tproperties of, 22t-23t, 24purification of, 29, 29fsynthesis of, 28
Actinium chalcogenides, structural chemistryof, 2409–2414, 2412t–2413t
Actinium oxides, structure of, 2390Actinium oxyhalides, structural chemistry
of, 2421, 2422t, 2423, 2424t–2426tActinium phosphates, structural chemistry
of, 2430–2433, 2431t–2432tActinium sesquioxideformation enthalpy of, 2143–2146, 2144t,
2145fstructure of, 2390
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-12
Actinium trihalides, structural chemistry of,2416, 2417t
Actinocenes, 1943–1952bonding in, 2853–2854, 2854felectronic configurations, ground states,
and oxidation states of, 1946–1948electronic transitions in, 1949–1952
protactinocene, 1949–1951thorocene and uranocene, 1951–1952
geometric structures of, 1943–1944, 1944t,1945f
history of, 1943metal-ring covalency, 1948–1949, 1948foptimized metal-ring distances, 1943,1944torbital interactions in, 1944–1945, 1946f
Actinometer, history of, 626Actinouranium (AcU). See Uranium-235Actinyl ionscomplexes of, 1920–1928, 2578–2580, 2579t,
2581taqua, 1921–1925bidentate ligands, 1926–1928, 1928tchlorides, 2579–2580, 2581tfluorides, 2578halides, 2578–2580, 2581thexafluorides, 1933–1939hydroxide complexes, 1925–1926oxyhalides, 1939–1942compounds, structural chemistry of,
2399–2402species and ions in solids, 1928–1932structure of, 2085–2089XAFS of, 2532
Actinyl molybdates, 4178–4182,4179f-4181f
Adsorptionelectrostatic, 3538ion-exchange, 3925oxidation states and, 3539–3541, 3540f,
3541fphysical, 3538
Adsorption behaviorof californium, 1524of fermium, 1628of oxidation states, 3287of protactinium, 176of rutherfordium, 1696
Adsorption enthalpyof dubnium, 1705of element 112, 1721gas-phase chromatography for, 1663of nobelium, 1705of rutherfordium, 1693, 1694fof tantalum, 1705transactinide predictions of, 1684
ADU process. See Ammonium diuranateprocess
Advanced Fuel Cycle Initiative (AFCI), 3815
Advanced gas cooled reactor (AGR),historical background on, 3670
AE calculations. See All-electron calculationsAerobic respiration, 3598–3599
anaerobic switch from, 3600in bioreduction, 3618–3619
Aerobic zone, oxidation states in, 3603tAerosol release fraction (ARF)
description of, 3252plutonium release of, 3253
AES. See Atomic emission spectrometry;Auger electron spectroscopy
AFCI. See Advanced Fuel Cycle InitiativeAge determination, of plutonium, 3983–3984Aging of plutonium, metal and intermetallic
compounds, 979–987AGR. See Advanced gas cooled reactorAIMP. See Ab initio model potentialsAir
plutonium hydrides reaction with, 3218plutonium metal reaction with, 3225–3238,
3231–3232uranium corrosion by, 3242–3245, 3243f,
3244tAircraft Reactor Experiment (ARE), 3794Airplanes, nuclear weapon carrying, accidents
with, 3491Air samples
actinide handling in, 3021–3022treatment of, 3022
Albumin, actinide distribution with,3362–3363
Aliquat 336actinium extraction with, 30americium extraction with, 1293curium extraction with, 1410dubnium extraction with, 1705fermium extraction with, 1624neptunium extraction with, 714–715, 715fprotactinium extraction with, 185–186
Alkali metalsactinide oxides with, 2150–2153enthalpy of formation, 2151entropy, 2151, 2152thigh-temperature properties, 2151–2153
cyclopentadienyl complexes with, 2844neptunium (IV) ternary oxides, 730neptunium (V) ternary oxides, 730neptunium (VI) ternary oxides, 729–730neptunium (VII) ternary oxides, 728–729oxoplutonates of, preparation of,
1056–1057for pyrochemical processes, 2692with thorium molybdates, 112with thorium sulfates, 104–105uranates (V) and (IV) of, 380–382crystal structures of, 381non-stoichiometry in, 382–383
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-13
physicochemical properties of, 372t–378t,381–382
preparation of, 381uranates (VI) of, 371–380non-stoichiometry in, 382–383physicochemical properties of,
372t–378t, 380preparation of, 371, 379
in uranium mixed halogeno-complexes, 575with uranium selenites, 298–299
Alkaline earth metalsactinide chelation v. sequestration of,
1823–1824actinide oxides with, 2153–2157enthalpy of formation, 2153–2156, 2154f,
2155t, 2156fentropy, 2155t, 2156–2157high-temperature properties, 2157, 2158t
mendelevium separation with, 1633neptunium (IV) ternary oxides, 730neptunium (V) ternary oxides, 730neptunium (VI) ternary oxides, 729–730neptunium (VII) ternary oxides, 728–729nobelium v., 1639–1640oxoplutonates of, preparation of, 1057–1059for pyrochemical processes, 2692uranates (V) and (IV) of, 380–382crystal structures of, 381non-stoichiometry in, 382–383physicochemical properties of, 372t–378t,
381–382preparation of, 381
uranates (VI) of, 371–380non-stoichiometry in, 382–383physicochemical properties of,
372t–378t, 380preparation of, 371, 379
Alkaline solutions, actinide separations from,852, 2667–2668
Alkane, activation of, 3002–3006, 3004tAlkanes, actinide ion reactions with,
4126–4129Alkenes, hydrosilylation ofactivity data for, 2970tkinetic studies of, 2972–2974organoactinide complex promotion,
2969–2974products of, 2971Alkoxides, of plutonium, 1185–1186
Alkylamines, fermium complexes with, 1629Alkyl ligands, 2866–2867complexation with, 2866–2867cyclopentadienyl complexes with, tetrava-lent, 2539f, 2819–2820, 2820f, 2837–2839of plutonium, 1186
preparation of, 2866stabilization of, 2867structure of, 2867, 2868f
Alkylphosphoric extractionof curium, 1407for uranium leach recovery, 312–313
Alkylpyrocatechols, actinide separationwith, 1408
Alkyne complexes, 2866cross dimerization of, 2947–2952,
2948f–2949fdimerization of, 2930–2947
external amines in, 2943–2944hydroamination and, 2944–2945promotion of, 2938–2947, 2940f-2941fterminal, 2930–2935terminal ansa-organothorium promotion,
2935–2937hydroamination of, 2981–2990
kinetic studies, 2986–2990rates of, 2985regioselectivities, 2984scope and mechanistic studies, 2981–2986thermodynamics of, 2982–2984
hydrosilylation ofactive species formation, 2957–2961alkyne:silane ratio, 2956bridged complex promotion, 2964–2969cationic complex promotion, 2974–2978kinetic studies, 2957, 2965–2966mechanism, 2961–2963neutral organoactinide promotion,
2953–2964with primary silanes, 2966–2969scope at room temperature, 2953–2954scope of catalysis at high temperature,
2954–2955thermodynamics, 2963–2966
oligomerization of, 2923–2930bisacetylide organoactinide, 2924–2925cross, 2929–2930key intermediate complex in, 2926,
2926fkinetic, thermodynamic, and thermo-
chemical data in, 2926–2929regioselective, 2945–2947terminal, 2925–2926, 2928fstoichiometric reactions of, with
pentamethyl-cyclopentadienyl andsilanes, 2916–2918, 2917f
Allanite, thorium in, 56tAll-electron (AE) calculations, of uranyl, 1918Allotropesof plutonium, 1, 877–890, 880f, 881t
α phase, 879–882, 882f-884f, 884tβ phase, 882, 882f-883f, 885tδ phase, 882–883, 882f-883f, 886f,
892–897, 899, 916–917δ0 phase, 882f-883f, 883ε phase, 882f-883f, 883γ phase, 882, 882f-883f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-14
transformations, 886–890, 888f-889fζ phase, 882f-883f, 883, 890, 891f
of uraniumα-phase, 320–326, 328–339, 344β-phase, 321–323, 325–326, 328–339,
344,347γ-phase, 321–323, 347
Alloysof americium, 1302, 1304tof berkelium, 1461–1462of californium, 1526of curium, 1411–1412, 1413t-1415tof einsteinium, 1592–1593magnetic studies of, 2238mechanical properties of, 972–973of neptunium, 719–721
tellurium, 742of plutonium, 862–987, 3213
α and β stabilizers, 897aluminum, 894, 895f-896f, 919–920, 920fapplications of, 862δ field expansion, 892–897electronic structure, theory, and
modeling, 921–935eutectic-forming elements, 897gallium, 892–894, 893f-896f,
899,916–917, 916f-917f, 917–919, 918fhistory of, 862indium, 896, 896finterstitial compounds, 898microsegregation in δ-phase alloys, 899,
916–917nature of, 863oxidation and corrosion, 973–979phase transformations, 891–921phase transformations in δ-phase alloys,
917–921physical and thermodynamic properties
of, 935–968thallium, 896, 896ftheory and modeling of, 925–929, 926f
of protactinium, 194, 194tof thorium, 63of uranium, 325–326, 325tAllyl ligands, 2865
α–α Correlationfor rutherfordium identification, 1701–1702for seaborgium identification, 1708for transactinide identification, 1659, 1662
Alpha decayactinium
actinium-225, 25–26, 43–44actinium-227, 20–23, 25f
americium, 1265–1267, 1266tamericium-241, 1267, 1337–1338americium-243, 1337–1338
ARCA and measurement of, 1665of bohrium, detection with, 1711
californium, californium-252, 1505curiumcurium-242, 1432curium-243, 1432curium-244, 862, 1432
of dubniumdetection with, 1705dubnium-262, 1703–1704
einsteinium, einsteinium-253, 1594element 112, 1719of hassium, detection with, 1714lawrencium, 1641lawrencium-257, 1641–1642lawrencium-258, 1642
neptunium, neptunium-237, 712, 782–785nobelium, 1637plutoniumdecay, 980hexafluoride, 1090–1092redox behavior of, 1143–1146, 1146ttransmutation products from, 984–987,
985fprotactinium, 164protactinium-231, 164, 166, 167f, 224protactinium-233, 162–163
in radioactive displacement principle, 162rutherfordium, 1639detection with, 1701rutherfordium-261, 1698
of seaborgium, detection with, 1708superactinide elements, 1735uranium, uranium-232, 256
α-HIBA. See α-Hydroxyisobutyric acidα-Hydroxyisobutyric acid (α-HIBA)
berkelium separation with, 1449–1450,1450f
californium separation with, 1508curium separation with, 1409dubnium separation with, 1704–1705fermium separation with, 1624, 1629lawrencium separation with, 1643, 1645separation with, 2639–2641, 2640f, 2641t,
2650α-Hydroxyl–2-methyl butyrate, californium
extraction with, 1512Alpha-particles
cell viability and, 3605, 3608–3610, 3610fcounting, 3959–3961, 3959fbackground subtraction, 3975beta-particle and gamma-ray v., 3957counters for, 3957–3958for plutonium, 3959f, 3960–3961
dissolution rate and, 3852–3853electronic energy loss of, 3681–3682, 3681fenergy loss and displacements produced by,
3678–3679, 3679f, 3679tionization tracks of, 3513–3514LET of, 3514
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-15
plutonium decay, 3890radiation damage with, 3676in ceramics, 3825–3828, 3825f,
3831–3833, 3832fdose rate and, 3848–3850, 3849fin glasses, 3825–3828, 3825f, 3833–3835,
3835fin metamict minerals, 3828in short-lived actinides, 3828volume changes and, 3848–3850, 3849f,
3851fsimulation of, 3830–3831, 3831f
α-Phaseof plutonium, 879–882, 882f-884f, 884tamericium influence on, 985atomic volume, 923, 923fdensity of, 936t, 937diffusion rate, 958–960, 959telastic constants, 942–943, 944telectrical resistivity of, 2309–2310, 2310f,
2345–2347, 2346ffine-grain plasticity, 968, 970–971, 970fground state, 924heat capacity, 947–949, 947f, 950t–951t,
952flattice changes in, 981–982, 982f,
982t, 984magnetic properties of, 2355thermal conductivity, 957thermal expansion, 938t, 939–942, 940fthermoelectric power, 957–958, 958t
of uraniumβ phase transformation of, 344electrical properties of, 324general properties of, 321–323, 322t–323thydrogen system of, 328–339, 329t, 334fintermetallic compounds and alloys,
325–326, 325tmagnetic susceptibility of, 323–324
physical properties of, 320–321, 321fresistivity-temperature curve of, 324,324f
Alpha-recoilsradiation damage within ceramics, 3825-3828, 825f, 3831–3833,
3832fin glasses, 3825-3828, 3825f, 3833–3835,
3835fin metamict minerals, 3828in short-lived actinides, 3828
simulation of, 3830-3831, 3831fαS. See Alpha spectroscopyAlpha-spectrometers, multi-channel, for
protactinium231, 224Alpha spectroscopy (αS)of actinium, 20–23, 25fadvantages/disadvantages of, 3329americium, 1364, 3295–3296of americium, 1364
applications of, 3292–3296, 3294fcurium, 3296for environmental actinides, 3026t,
3029–3031, 3030ffundamentals of, 3291–3292, 3291fICPMS v., 3329
βS and, 3070of neptunium, 783–785, 3294–3295overview of, 3289performance of, 3292of plutonium, 3295of protactinium, 3294
protactinium-231, 224of thorium, 133–134, 3293–3294TIMS v., 3329for trace analysis, 3289–3296tracers for, 3289–3291, 3290turanium, 3293
bioassay with, 3293Aluminates, actinide adsorption on, 3158Aluminumactinide compounds with, thermodynamicfor arene preparation, 2859in curium complex, 1413t–1415t, 1422–1423for neptunium halide preparation, 738in plutonium alloy, 894, 895f–896f
damage recovery of, 983–984, 983fδ-phase lattice, 930f, 932–933elastic constants, 943, 944theat capacity, 948oxidation of, 976, 977tsolubility ranges, 930, 930ftransformation of, 919–920, 920f
properties of, 2205–2206, 2206t–2207tprotactinium extraction with, 176–178, 177furanium v., 318
Amberlite XAD-4, for actinide extraction,715–716
Americiumadsorption of, 3538, 3542α-phase plutonium influence of, 985Am2S3, 4009Am(IO3)3, 4162analytical chemistry and spectroscopy,
1364–1370radioanalytical chemistry, 1364spectroscopy, 1364–1370
aqueous solution chemistry, 1324–1356complexation reactions, 1338–1356, 1339toxidation states, 1324–1338
atomic properties, 1295–1297atomic and ionic radii, 1295–1296electron configuration, 1295emission spectra, 1296ionization potentials, 1296Mossbauer spectrum, 1297photoelectrom spectrum, 1296–1297x-ray spectrum, 1296
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-16
in biological systemsin bone, 1817health hazard of, 1814ingestion and inhalation of, 1818–1820in liver, 1815–1816in organs, 1815
carbonates of, 3526–3527chemical toxicity of, 3611–3612complexation of, 3521, 3522fcomplexes of
cyclopentadienyl, 2803tris-cyclopentadienyl, 2470–2476,
2472t–2473tcompounds of, 1302–1324
acetate, 1322, 1323tacetone, 1322, 1323t, 1324arsenate, 1321borides, 1321carbides, 1305t–1312t, 1319carbonates, 1305t–1312t, 1319chalcogenides, 1305t–1312t, 1316–1319chromates, 1321cyclooctatetraene, 1323t, 1324cyclopentadiene, 1323t, 1324formate, 1322, 1323thalides, 1305t–1312t, 1314–1316hydrides, 1305t–1312t, 1314hydroxides, 1303, 1305t–1312t,
1313–1314inorganic, 1303–1321, 1305t–1312tmolybdate, 1321organic, 1322–1324, 1323toxalate, 1322, 1323toxides, 1303, 1305t–1312t, 1313–1314phosphates, 1305t–1312t, 1319–1321,
1355pnictides, 1305t–1312t, 1316–1319silicates, 1321sulfates, 1305t–1312t, 1319–1321tungstate, 1321
coordination chemistry and complexes,1356–1364
inorganic ligands, 1356–1361organic ligands, 1361–1364
discovery of, 5t, 8enthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated ion,
2539, 2540tglass compositions with, valence states of,
3845–3846heat capacity of, 2119t–2120t, 2121fhexafluoride, thermodynamic properties
of, 2164thistory of, 8, 1265hydrocarbon reactions with, 4127–4131,
4129f
ionization potentials of, 1296, 1874tisotope production, 1267 –1268isotope shifts of, 1882 –1884, 1883f,
1883tisotopes of, 9–10, 12, 1265–1267, 1266tlanthanide elements v., 2isomers, 1880–1884, 1881f, 1883f–1884f,
1883tlaser spectroscopy of super-deformed
fissionmagnetic properties of, 2355–2356metal and alloys, 1297–1302metal preparation, 1297properties of, 1297–1302, 1298t, 1301f
metallic state of, structure of, 2386–2387MSE oxidation of, 869natural availability of, 3479natural inorganic colloids, 3532–3533natural occurrence of, in marine
organisms, 1809nuclear properties of, 1265–1267organic and inorganic molecule reactivity
with, 4138oxidant reactions with, 4132–4136,
4136t–4138toxidation states of, 3511, 3513t, 3572, 3603,
3603toxidation states of, 2526in aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
in plutonium alloyδ-phase lattice, 930–931, 930fneptunium v., 931, 931fsolubility ranges, 930, 930f
from plutonium decay, 985, 985fplutonium with, 3898–3899production of, 1758–1759pyrochemical methods for, molten
chlorides, 2699–2700quadropole moments of, 1884, 1884fradiolysis of, 3515reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fseparation and purification of, 1268–1295from curium, 2672–2673DDP, 2706from europium, 2676–2677, 2677textraction chromatographic processes,
293–1295history of, 1268–1269ion-exchange processes, 1289–1293from plutonium, 869–870, 877, 878fprecipitation processes, 1270–1271pyrochemical processes, 1269–1270solvent extraction processes, 1271–1289TALSPEAK for, 2672–2673
solubility of, 3515–3516, 3517f, 3521,3522f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-17
sublimation enthalpy of, 2119t–2120t,2122–2123, 2122f
superconductivity of, 1789synthesis of, 8–9
Americium (II)electrode potentials of, 1328, 1329tmagnetic properties of, 2265–2268oxidation of, by water, 1337preparation of, 1325stabilization of, 2077
Americium (III)absorption spectra of, 1364–1365, 1365fautoreduction of, 1330–1331chlorides of, magnetic data, 2229–2230,
2230tcomplexes of, 1321carbonate, 1340–1341formation constants of, 1273organic ligands, 1341, 1342t–1352t,
1353–1354, 1353fstrengths of, 1353
compounds ofcarbides, 1319halides, 1315sulfates, 1320
detection oflimits to, 3071tUVS, 3037electrode potentials of, 1328–1329, 1329textraction of, 1274bis(2,3,4-trimethylpentyl)-dithiophosphi-
nic acid, 1286–1287Cyanex 301, 1287–1289, 1288f,
2675–2676DBBP, 1274DHDECMP, 1277–1278, 2737–2738from europium (III), 1283, 1287–1289,
2665–2666, 2667formation constants of, 1338, 1339tHDEHP, 1275–1276, 1409hydration numbers of, 2534, 2535thydrolysis, 1339–1340hydrolytic behavior of, 2546, 2547f,
2547t–2548tin hydrosphere, 1807–1810interaction parameters of, 2062–2064,
2063tligands for, 3420–3421luminescence of, 1368–1369, 1369f, 2098magnetic properties of, 2263–2265in mammalian tissuesbone, 3403bone binding, 3409circulation clearance of, 3368–3369,
3368f–3375f, 3371–3376glycoproteins, 3410–3411, 3411tinitial skeletal fractions of, 3349transferrin binding to, 3365
organophosphorus and carbamoylpho-sphonate reagents, 1276–1278
peroxydisulfate oxidation ofin acid media, 1333–1334, 1333fin carbonate media, 1335from picric acid, 1284preparation of, 1325purification of, 1290–1293anion-exchange, 1291–1292cation-exchange, 1290–1291from curium (III), 1410inorganic exchangers, 1292–1293zirconium based sorbents, 1409radii of, 1295–1296separation factors for, 2669–2670,
2670tseparation of, HDEHP for, 2651,
2651fspeciation of, 3114t, 3115TBP, 1271–1272TIP of, 2263–2264TPEN, 2675TPTZ and HDNNS, 1286–1287,
2673–2675, 2674tfrom trivalent lanthanides, 1286–1289,
1288fXANES of, 3087, 3089f
Americium (IV)absorption spectra of, 1365autoreduction of, 1331complexes of, carbonate, 1341compounds of, halides, 1315disproportionation of, 1331electrode potentials of, 1328–1329, 1329thydrolysis, 1340magnetic properties of, 2262–2263peroxydisulfate oxidation of, in nitric
acid, 1334preparation of, 1325–1326radii of, 1295–1296stabilization of, 1355–1356XANES of, 3087, 3089f
Americium (V)absorption spectra of, 1366, 1367fautoreduction of, 1330–1331complexes of, carbonate, 1341compounds of
carbides, 1319halides, 1315sulfates, 1320–1321
disproportionation of, 1332, 1332felectrode potentials of, 1329, 1329thydrolysis, 1340preparation of, 1326reduction of
by hydrogen peroxide, 1335–1336by neptunium (IV), 1336by neptunium (V), 1336–1337
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-18
in sodium hydroxide, 1336by uranium (IV), 1337
uranium (VI) interaction with, 1356Americium (VI)absorption spectra of, 1366, 1367fin americium precipitation, 1271autoreduction of, 1331complexes of, carbonate, 1341compounds of
halides, 1315sulfates, 1321
electrode potentials of, 1329, 1329textraction of, HDEHP, 1275hydrolysis, 1340preparation of, 1326–1327reduction of
by hydrogen peroxide, 1335by other reductants, 1335
TBP extraction of, 1272Americium (VII)absorption spectra of, 1367–1368, 1368felectrode potentials of, 1329, 1329tpreparation of, 1327
Americium–240deformation of, 1880isotope shift of, 1882–1884, 1883f, 1883t
Americium-241applications of, 1267–1268, 1828autoreduction of, 1330–1331curium242 from, 1267, 1397, 1401–1402detection of
αS, 3301–3302γS, 3295ICPMS, 3328limits to, 3071t
environmental hazards of, 1807importance of, 1267industrial use of, 3475isotope shift of, 1882–1884laser spectroscopy of, 1873neutrons from, 1827nuclear properties for, 3277tin nuclear weapons testing, 3491–3493production of, 1265, 1268radiolysis of, 1337–1338recoil atom of, 3678separation and purification of,
pyrochemical processes, 1269–1270in spent nuclear fuel, 3490study of, 1765
Americium-242isotope shift of, 1882–1884, 1883f, 1883tlaser spectroscopy of, 1880–1882, 1881fnuclear properties for, 3277tproduction of, 1267
Americium-243applications of, 1267–1268autoreduction of, 1330
curium from, 1400detection ofMBAS, 3043MBES, 3028
importance of, 1267isotope shift of, 1882–1884laser spectroscopy of, 1873nuclear properties for, 3277tproduction of, 1268radiolysis of, 1337–1338study of, 1765for tracer solution, 3909 –3910
Americium-244, isotope shift of, 1882 –1884,1883f, 1883t
Americium antimonide, 1318Americium bismuthide, 1318Americium carbide
entropy of, 2196, 2197tformation enthalpy of, 2195–2196, 2197thigh-temperature properties of, 2198,
2198f, 2199tAmericium (III) fluoride, stability constants
of, 1354–1355Americium (III) thiocyanate, 1355Americium (V) carbonate, in americium
precipitation, 1271Americium carbonates, structural chemistry
of, 2426–2427, 2427tAmericium chalcogenides, structural
chemis-try of, 2409–2414,412t-2413t
Americium dibromide, structure of, 2415Americium dichloride, 2179, 2180t structure
of, 2415Americium diiodide
magnetic properties of, 2266structure of, 2415
Americium dioxide, 1303, 1313enthalpy of formation, 2136–2137, 2137t,
2138fentropy of, 2137–2138EPR of, 2292heat capacity of, 2138–2141, 2139f, 2142tmagnetic properties of, 2291–2292phase relations of, 2396phase transformation of, 2292
Americium hexafluoride, thermodynamicproperties of, 2159–2161, 2160t,2162t–2164t
Americium hydridesentropy of, 2188, 2189tformation enthalpy of, 2187–2188, 2187t,
2189t, 2190fhigh-temperature properties of, 2188–2190,
2190tstructure of, 2404
Americium monoxide, structure of, 2395Americium nitride, 1317–1319
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-19
Americium oxalate, in americiumprecipitation, 1270–1271
Americium oxidephase diagram of, 3694, 3696fthermophysical properties of, 3694, 3695t,
3696, 3696fAmericium oxidesphase relations of, 2395–2396structure of, 2395–2396
Americium oxyhalides, structural chemistryof, 2421, 2422t, 2423, 2424t–2426t
Americium phosphates, structural chemistryof, 2430–2433, 2431t-2432t
Americium phosphide, 1318Americium-plutonium, 3777, 3779fAmericium pnictides, structure of, 2409–2414,
2410t–2411tAmericium sesquioxideformation enthalpy of, 2143–2146, 2144t,
2145fhigh-temperature properties of, 2139f,
2146–2147structure of, 2395, 2396t
Americium sesquisulfide, 1316–1317Americium sulfates, structural chemistry
of, 2433–2436, 2434tAmericium tetrahalides, structural chemistry
of, 2416, 2418tAmericium trichloride, thermodynamic
properties of, 2170t, 2172, 2173tAmericium trihalides, structural chemistry
of, 2416,2417tAmericium tritelluride, 1317Americium-uranium, 3777, 3778fAmericyl ion, complexes ofcation-cation, 2594structure of, 2400–2402
Amidescomplexes of, with cyclopentadienyl
complexes, 2832extractants, for americium, 1285–1286of plutonium, 1184–1185for plutonium extraction, 3921–3922
Amidinate ligands, 2873–2875Amine extractantsfor americium, 1284quaternary ammonium salts, 1284tertiary amine salts, 1284
for berkelium, 1448–1449for separation, 2660, 2661f
Amine extraction, for uranium leachrecovery, 312
Amine, silane reactions with, 2978–2981Amines, for plutonium extraction,3921–3922
Amines, with terminal alkyne complexescross dimerization, 2952dimerization, 2943–2944
Aminex A6for rutherfordium extraction, 1699for seaborgium extraction, 1710
Aminopolycarboxylateamericium and curium extraction with, 1286complexes of, 2587, 2588f, 2589t
californium, 1554Ammoniaplutonium processing with, reduction and
oxidation reactions, 1141–1142with uranium trichloride, 452
Ammonium carbonate, for uraniumcarbonate leaching, 308
Ammonium citrate, for californiumseparation, 1508
Ammonium diuranate (ADU) process, foruranium dioxide fabrication, 3708,3708f
Ammonium lactate, for californiumseparation, 1508
Ammonium, (NH4)4[(UO2)5(MoO4)7](H2O)5,4180–4181, 4181f
Ammonium nitrate, actinium solubility in,38–39
Ammonium oxalate, actinide stripping with,1280
Ammonium uranyl carbonate (AUC) process,for uranium dioxide fabrication,3708f, 3709
Ammonium-uranyl-plutonyl carbonate(AUPuC) process, for mixed oxidefuels, 3714
Amoeba effect, of coated particle fuels,3788–3789,3788f
Amorphous state, of ceramic waste, 3832,3832f
pyrochlore, 3863–3864, 3864fAmperometric method, for protactinium,
227AMS. See Accelerator mass spectrometryAnaerobic respiration, 3601aerobic switch to, 3600
Anaerobic zone, oxidation states in, 3603tAnalytical chemistryfor actinide elements, 3018, 3019t
requirements for, 3018–3020separation for, 3021
of actinium, 42comparing techniques for, 3065–3071of neptunium, 782–795of thorium, 133–134of uranium, 631–639
chemical techniques, 631–635nuclear techniques, 635–636spectrometric techniques, 636–639
of plutonium, 3889–3990analytical methods, 3930–3972applications of, 3979–3990
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-20
data handling and error analysis,3972–3978
introduction to, 3889–3892, 3891tproperties of, 3892–3900sample preparation and separation
methods, 3900–3930applications of, 3979–3990applications of, 3979–3990applications of, 3979–3990
Angle-resolved photoemission spectroscopy(ARPES)
description of, 2336of UIr3, 2336–2339, 2337f
Angular coefficients, of actinide elements,1863
Angular function, of f-orbitals, 1895, 1896tAngular momentumof band structure, 2319spin-orbit coupling with, 1911
Animalsactinide clearance from circulation,
3367–3387dioxo ions, 3379–3387rates of, 3367–3369, 3368f-3375ftetravalent and pentavalent, 3376–3379trivalent, 3370–3376
actinide elements in, 3339–3424binding in bone, 3406–3412bone, 3400–3406liver, 3395–3400
initial distribution in, 3340–3356access to, 3340–3341beagle dogs, 3343tdioxo ions, 3354–3356ionic radii and stability constants, 3346,
3347tKenya baboons, 3345tMacaque monkeys, 3344tmice, 3343tpentavalent, 3350–3354rats, 3341t-3342tskeletal fraction, 3346–3349, 3348fsoft tissues, 3349–350tetravalent, 3350–3354trivalent, 3345–3350
introduction, 3339–3340in vivo chelation, 3412–3423
desferrioxamine, 3414polyaminopolycarboxylic acids,
3413–3414siderophores, 3414–3423
tissue deposition kinetics, 3387–3395in mice, 3388–3395, 3389f-3392f, 3394tin rats, 3387–3388
transport in body fluids, 3356–3367extracellular fluid circulation,
3357–3359
loose connective tissue, 3359plasma and tissue fluid composition,
3356–3357, 3357t–3358tplasma distribution of, 3357t–3358t,
3359–3361Anion exchange
historical development of, 2635–2637,2635f, 2642
for trace analysis, 3283, 3286fAnion-exchange chromatography
for actinium purification, 31for americium purification, 1291–1292chloride solutions, 1291–1292thiocyanate solutions, 1291
for californium separation, 1509 for curiumseparation, 1409, 1433 for einsteiniumseparation, 1585
flow sheet for, 849, 850fimprovements of, 851liquid, 851–852for neptunium extraction, 714operation of, 850–851for plutonium concentration,
848–851, 850fplutonium (IV), 848–849, 848f
for protactinium purification, 187–188for rutherfordium extraction, 1695–1696,
1700Anion-exchangers, 3924
for plutonium separation, 3926–3928Anisotropic ligand polarization effect,
crystal-field splittings and, 2054Annealing, of plutonium, after self-irradiation,
982–983, 983fAnoxic zone
anaerobic respiration in, 3600radiation damage in, 3607
Ansa-organoactinide complexes dimerizationof, 2935–2937
synthesis of, 2918–2920, 2920fAnsa-organothorium complexes
alkyne complexes, dimerization of,2935–2937
terminal alkyne complexes, dimerizationof, 2935–2937
Anthropogenic actinides, 3015f, 3016, 3476,3486–3490
isotopically enriched, 3488–3489light transuranium elements, 3489–3490,
3489ffrom mining industry, 3486–3488
Antimonidesof americium, 1318of neptunium, 743–744of plutonium, 1022–1023preparation of, 1022structure of, 1023, 1024f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-21
thermodynamic properties of, 2197t,2203–2204
of uranium, 411–412Antimonyprotactinium compound of, 204thorium compound of, 98t, 100uranium oxides with, preparative methods
of, 383–389, 384t-387tApatite, thorium in, 56tAqueous phaseactinide ions in, 1774–1776, 1775t,
2123–2133electrode potentials, 2127–2131enthalpy of formation, 2123–2125,
2124f–2125fentropies, 2125–2127heat capacities, 2132–2133
separation in, 2638, 2649, 2649f, 2666–2667for transactinide elements, measured
v. predicted, 1717, 1718tAqueous raffinate, protactinium enrichment
with, 175–176Aragoniteuranium in, 291uranyl in, 3160–3161, 3161t
ARCA. See Automated Rapid ChemistryApparatus
Archaea. See Methanogens; MicroorganismsArc spectrometry, of plutonium,
3932–3933ARE. See Aircraft Reactor Experiment
Arene complexes, structural chemistryof, 2489–2491, 2490t–2491t, 2493f
Arene ligands, 2858–2860bond distances, 2860bonding of, 2859bridging, 2859–2860, 2861fhydrogenation of, 2999–3000kinetic data, 3002
overview of, 2858–2859preparation of, 2859, 2860f
AREP. See Average RECPARF. See Aerosol release fractionArgentic oxidation, for plutonium
determination, 3936–3937Argonuranium carbide oxide in matrix of,
1978–1980uranium carbonyl in matrix of, 1985uranium dioxide in matrix of, 1971–1976uranium nitride in matrix of, 1988–1989
ARPES. See Angle-resolved photoemissionspectroscopy
Arrhenius curvesfor plutonium corrosion, 3225–3226,
3226ffor uranium corrosion, in air and water
vapor, 3242–3243, 3243f, 3244t
Arsenatesof actinide elements, 1796of americium, 1321structural chemistry of, 2430–2433of thorium, 113of uranium, 265t-266t
autunite structures, 294–295chain structures, 295–296groups of, 294natural occurrence of, 293phosphuranylite structures, 295synthetic, 296–297uranophane structures, 295
Arsenazo-III. See 3,6-Bis-[(2-arsenophenyl)azo]-4,5-dihydroxy-2,7-naphthalenedisulfo acid
Arsenidesof neptunium, 743of plutonium, 1022of protactinium, 204, 206t
preparation of, 204properties of, 207
thermodynamic properties of, 2197t,2203–2204
of thorium, 98t, 100of uranium, 411–412
Aryls, cyclopentadienyl complexes with,tetravalent, 2539f, 2819–2820, 2820f,2837–2839
Ascorbate, for plutonium removal, 1823Athermal diffusion, 3683–3684
of oxide fuel fission gas, 3728f, 3731–3733in oxide fuel in LWRs, 3723–3726, 3725f
Atmospheric pressure ionization, gas phasereactions, 4139–4140
Atmospheric test ban treaty, 3493Atomic absorption spectrometry (AAS)for environmental actinides, 3034t, 3036overview of, 3307–3308of uranium, 636
Atomic actinide ions, reactivity of, 4125–4139,4129f, 4136t–4138t
with hydrocarbons, 4125–4131, 4129fwith organic and inorganic molecules,
4136–4139with oxidants, 4131–4136, 4136t–4138t
Atomic-beam magnetic resonance techniquefor electronic structure, 1770for fermium, 1626
Atomic emission spectrometry (AES)for electronic structure, 1770overview of, 3307–3308of plutonium, oxides, 3208of uranium, 636–637
Atomic propertiesof actinium, 33–34of americium, 1295–1297
atomic and ionic radii, 1295–1296
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-22
electron configuration, 1295emission spectra, 1296ionization potentials, 1296Mossbauer spectrum, 1297photoelectrom spectrum, 1296–1297x-ray spectrum, 1296
of curiumabsorption spectra, 1402–1404,
1404f–1405felectronic structure, 1404–1405fluorescence spectroscopy, 1405–1406,
1406fof einsteinium, 1586–1588, 1589t–1590tof fermium, 1626, 1627tof lawrencium, 1643–1644of mendelevium, 1633–1634, 1634tof nobelium, 1634t, 1639of plutonium, 857–862
core-level spectra, 861ionization potentials, 859Mossbauer spectra, 861–862optical emission spectra, 857–859, 858f,
860tx-ray spectra, 859–861
of protactinium, 189–191emission spectrum, 190ground state configuration, 190Mossbauer effect, 190–191X-ray atomic energy levels, 190, 190t
of transactinide elements, 1672–1676electronic structures of, 1672–1673, 1672tionic radii and polarizability, 1674f,
1675–1676, 1676toxidation state stabilities and IPs,
1673–1675, 1673t, 1674f-1675fAtomic radiiof americium, 1295–1296of berkelium, 1458of californium, 1519–1521of einsteinium, 1612–1613of element 119, 120, 1729, 1730f
Atomic spectroscopyof actinide elements, 2016–2018, 2018foverview of, 3307–3308of thorium, 59–60for trace analysis, 3307–3309
Atomic vapor laser isotope separation(AVLIS), history of, 1840
Atomic volumesof actinides, 922–923, 923fof δ-plutonium, 2345–2347, 2346fof einsteinium, 1578–1579, 1578fof lawrencium, 1644of plutonium, 886, 887t
in alloys, 934, 934fof rare earths, 922–923, 923fof transition metals, 922–923, 923f
ATW. SeeAccelerator transmutation of waste
AUC process. See Ammonium uranylcarbonate process
Auger electron spectroscopy (AES), forenvironmental actinides, 3049t, 3051
AUPuC process. See Ammonium-uranyl-plutonyl carbonate process
Automated Rapid Chemistry Apparatus(ARCA)
dubnium study with, 1704–1705overview of, 1665rutherfordium study with, 1695, 1698seaborgium study with, 1710
Automated systemsfor superactinide element chemical
studies, 1734–1735for transactinide element chemical
studies, 1663Autoradiography (RAD)
of actinide elements in bones, 1817for environmental actinides, 3026t, 3031,
3032fAutunite
at Oklo, Gabon, 271–272uranium in, 259t-269tof uranium phosphates and arsenates,
294–295Average RECP (AREP), for scalar relativistic
mode, 1907–1908AVLIS. See Atomic vapor laser isotope
separationAzide
complexes of, 2580, 2581tcyclopentadienyl complex reaction with,
2809of neptunium, equilibrium constants
for, 773torganouranium catalytic reduction of,
2994–2996of uranium, 602, 603t
Bacillus sp., at actinide-contaminated sites,3601–3602
Bacillus sphaericus, bioreduction by, 3624B. sphaericus, plutonium adsorption,
3182–3183Bacillus subtilis, 3614
bioassociation of, 3630Background subtraction, 3974–3975Back-scattered electrons (BSE), for SEM,
3939–3940Bacteria. See also Biomolecule;
Microorganismsabundance of, 3544at actinide-contaminated sites, 3601–3602cell walls of, 3604complexation of plutonium by, 3529,
3546–3547enzymatic and redox changes of,
3547–3549, 3548f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-23
metal-reducing, 3549plutonium interaction with, 3545–3548,
3545f, 3548fradiotoxicity and, 3605–3610high LET radiation, 3608–3610, 3610flow LET radiation, 3605–3608, 3606f,
3607fsurvival curves, 3605, 3606f
Bacterial interactions, sorption studies of,3177–3183
DMRB, 3178, 3181examples, 3182–3183overview, 3177–3178, 3179t–3180treduction potentials, 3181solubility and mobility, 3181–3182surface complexation model, 3182
Bacterial leaching, of uranium ore, 306Bacterial reduction, of uranium (VI), 297Ballistic phase, of fission spike, 3681Ballistic processes, in glasses and ceramics,
3826–3827Band structurefilling of, 2320free-electron model with, 2324metal properties from, 2320, 2321fof uranium metal, 2318, 2318f
Barents Sea, 3553–3554, 3554fBariumBa4Cr2US9, 4053, 4055fBa2Cu2US5, 4053–4054, 4055fBaUS3, 4024in curiummetal production, 1411–1412
Barriers, for nuclear waste disposal,3566, 3568
Base redox speciationin carbonate solution systems,
3129–3137in hydroxide solution systems, 3124–3129of neptuniumneptunium (IV), 3111t–3112t,
3135–3136neptunium (VII/VI), 3111t–3112t, 3124,
3125of neptunyl (V), 3111t–3112t, 3133–3134of plutoniumplutonium (IV), 3113t, 3136of plutonium (VII/VI), 3126
of plutonyl (VI), 3113t, 3134of tetravalent ions, 3134–3135of thoriumthorium (IV), 3129, 3136–3137
uranium (IV), 3101t–3102t, 3136of uranyl (VI), 3101t–3102t, 3126–3133
Bassetiteat Oklo, Gabon, 271–272uranium in, 259t–269t
Bastnaesite, 3479Bastnasite ore, plutonium-244 in, 824
Becquerelite, 3518f, 3519at Shinkolobwe deposit, 273uranium in, 259t–269t
Bentonite, thorium and uranyl complexesof, 3157–3158
Benzamidinate ligands, 2875Benzene, actinide complexes of, 1959–1960,
1961fBenzene complexes, of uranium and thorium,
4121Benzoates, structural chemistry of,
2439t–2440t4-Benzoyl–2,4-dihydro–5-methyl–2-phenyl–
3H-pyrazol–3-thione, for americium/europium extraction, 2676–2677,2677t
Berkeley. See Lawrence Berkeley NationalLaboratory
Berkeley Gas-filled Separator (BGS)pre-separation by, 1666
hassium, 1713rutherfordium, 1701superactinide element, 1734
SISAK with, 1666Berkeliumanalytical chemistry, 1483–1484complexes of, tris-cyclopentadienyl,
2470–2476, 2472t–2473tcompounds, 1462–1472, 1464t–1465t
chalcogenides, 1470coordination, 1471general summary of, 1462–1463halides, 1467–1470hydrides, 1463magnetic behavior of ions, 1472, 1473forganometallic, 1471other inorganic, 1470–1471oxides, 1466–1467pnictides, 1470
concluding remarks, 1484–1485discovery of, 5t, 8einsteinium separation from, 1584, 1584fenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tfree atom and ion properties, 1451–1457
electronic energies, 1452–1453emission spectra, 1453–1454ion-molecule reactions in gas phase,
1455–1457, 1457fsolid-state absorption spectra, 1455,
1456fthermochromatographic behavior,
1451Gibbs formation energy of, 2539, 2540thalf-life of, 1445–1447, 1446theat capacity of, 2119t–2120t, 2121fhistory of, 1444–1445
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-24
ionization potentials of, 1452, 1874tions in solution, 1472–1483
hydrolysis and complexation behavior,1475–1479, 1477t–1478t
oxidation states, 1472–1473, 1485redox behavior and potentials,
1479–1482, 1481t, 1482fspectra in solution, 1473–1475,
1475f–1476fthermodynamic properties, 1482–1483,
1483tisotopes of, 9–10, 1445–1447, 1446tlanthanide elements v., 2magnetic properties of, 2355–2356metallic state of, 1457–1462
alloys, 1461–1462chemical properties, 1460–1461intermetallic compounds, 1461physical properties, 1458–1460preparation of, 1457–1458structure of, 2388theoretical treatment, 1461
nuclear properties, availability, andapplications, 1445–1447, 1446t
oxidation states ofin aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
production, 1446t, 1448reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fseparation and purification, 1448–1451
TALSPEAK for, 2672sublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fsynthesis of, 8–9
Berkelium (II)absorption spectra of, 1475overview of, 1473
Berkelium (III)absorption spectra of, 1444–1445,
1473–1475, 1475fchlorides of, magnetic data, 2229–2230,
2230tcompounds of
β-diketonate, 1471cyclopentadienyl, 1471halides, 1468orthophosphate, 1470–1471oxalate, 1479
electronic spectra of, 1475extraction of, 1479hydrolytic behavior of, 2546, 2548tinitial skeletal fractions of, 3349ionic radii values of, 1463magnetic properties of, 2268–2269, 2270toverview of, 1472–1473oxidation of, 1448redox behavior of, 1479–1482, 1481t, 1482f
separation and purification of, 1448–1451speciation of, 3109–3110, 3114tstability constants of, 1475–1476,
1477t–1478tBerkelium (IV)
absorption spectra of, 1474–1475, 1476fcalifornium (III) separation from,
1508–1509compounds offluorides, 1467–1468halides, 1468iodate, 1479
electronic spectra of, 1475energy levels of, 2075–2076, 2075fhydration of, 2531ionic radii values of, 1463magnetic properties of, 2265–2268overview of, 1472–1473redox behavior of, 1479–1482, 1481t,
1482fspeciation of, 3109–3110, 3114t
Berkelium (V), overview of, 1472Berkelium-249
adsorption of, 1451availability of, 1445californium–249 from, 1504, 1511, 1766californium alloy with, 1462decay of, 1447dubnium production from, 1703from einsteinium–253, 1579electron-binding energies of, 1452emission spectrum of, 1453–1454lawrencium–260 from, 1642physical properties of, 1445–1447production of, 1444, 1448, 1504for transactinide element production,
1661–1662Berkelium-250
adsorption of, 1451decay of, 1447
Berkelium chalcogenides, structuralchemistry of, 2409–2414,2412t–2413t
Berkelium dioxideenthalpy of formation, 2136–2137, 2137t,
2138fentropy of, 2137–2138heat capacity of, 2138–2141, 2139f, 2142tmagnetic susceptibility of, 2268structure of, 2398
Berkelium hydride, 1463, 1464t–1465tstructure of, 2404
Berkelium orthophosphate, 1470–1471Berkelium oxide
identification of, 1466metal production with, 1457–1458oxygen decomposition of, 1466structure of, 2397–2398, 2398t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-25
Berkelium oxyhalides, structural chemistryof, 2421,2422t, 2423, 2424t–2426t
Berkelium pnictides, structure of, 2409–2414,2410t–2411t
Berkelium sesquioxalate, 1471high-temperature properties of, 2139f,
2146–2147Berkelium sesquioxide, 1466–1467formation enthalpy of, 2143–2146, 2144t,
2145fstructure of, 2397, 2398t
Berkelium tetrafluoridemetal production with, 1457properties of, 1467–1468
Berkelium tetrahalides, structural chemistryof, 2416, 2418t
Berkelium tribromide, 1469structural chemistry of, 2416, 2417t
Berkelium trichloridemonitoring of, 1469–1470properties of, 1468–1469
Berkelium trifluoride, 1469metal production with, 1457
Berkelium trihalides, structural chemistryof, 2416,2417t
Berkelium triiodide, 1469Berylliumfoil, berkelium separation from, 1450thermodynamic properties of actinide
compounds with, 2205, 2206t–2207tBeta decayactinium as, 19–20actinium-225, 25–26actinium-227, 20actinium-228 as, 24
americium, 1265–1267, 1266tberkeliumberkelium-249, 1461in study of, 1446
californium-253, 1582neptunium asneptunium-238 as, 861neptunium-239 as, 814
plutonium asplutonium-241, 825plutonium-243, 825
protactinium as, 164protactinium-233, 225–226protactinium-234, 162, 225
in radioactive displacement principle, 162uranium asuranium-237, 256uranium-239, 825, 825f
β-Diketonecomplexesof actinide elements, 1783of californium, 1554of fermium, 1629
for oxidation state speciation, 2726separation with, 2632, 2680
TTA v., 2650Beta-particlescell viability and, 3605–3608, 3606f, 3607fcounting
alpha-particle v., 3957counters for, 3957
energy loss and displacements producedby, 3678
LET of, 3514, 3605radiation damage with, 3676
β-Phaseof plutonium, 882, 882f–883f, 885t
density of, 936tdiffusion rate, 958–960, 959tfine-grain plasticity, 969–970lattice changes in, 981–982, 982f, 982tmagnetic properties of, 2355thermal conductivity, 957thermoelectric power, 957–958, 958t
of uraniumα phase transformation of, 344γ phase transformation of, 347general properties of, 321–323, 322t–323thydrogen system of, 328–339, 329t, 334f,
335tintermetallic compounds and alloys,
325–326, 325tphysical properties of, 321thermal expansion, 938f
βS. See Beta spectroscopyBeta spectroscopy (βS)for environmental actinides, 3026t,
3028–3029ICPMS v. αS and, 3070
BF. See Bright fieldBGS. See Berkeley Gas-filled SeparatorBicarbonate complexation, 3507
Bicarbonates, in plasma, 3361for uranyl ion, 3380–3381
Bijvoetitenatural occurrence of, 290structure of, 290
Billietiteat Shinkolobwe deposit, 273uranium in, 259t–269t
Bimetallic complexes, 2889–2893bond distance in, 2893bridging ligands in, 2889cyclopentadienyl complexes and, 2890metal-metal interaction in, 2891–2892,
2893fmetathesis reactions for, 2889overview of, 2889phosphine groups in, 2890phospholyl ligand in, 2890–2892, 2892f
Binary actinide chalcogenides, 4005, 4006t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-26
AnQ2 and AnQ2-x compounds, 4012–4015,4012f–4015f
AnQ3 compounds, 4015–4018,4017f–4019f
An2Q5 compounds, 4015, 4016f–4017fcompounds between AnQ and AnQ2,
4008–4012,4009f–4011fmonochalcogenides (AnQ), 4007–4008U4S3, 4007, 4007fUTe5, 4018, 4019f
Binding energyof fermium, 1626, 1627tof uranium carbide oxides, 1980
Bioassociationbiouptake and, 3632cell walls and, 3604, 3610ionizing radiation and, 3609–3610mechanism of, 3627–3629, 3628fwith microorganisms, 3626–3632
biouptake, 3632surface complexation, 3629–3632, 3631f
of redox-invariant actinides, 3630by surface complexation, 3596
Bioavailabilitycomplexation and, 3614–3615speciation and, 3613–3616
Biochemistry, of uranium, 630–631Bio-colloids, 3545, 3596formation of, 3181
Biodegradation, 3545, 3596bioprecipitation and, 3638for bioremediation, 3632–3633of citrate, 3611complexation and, 3614–3615mathematical modeling of, 3641, 3643–3650
actinide complexation with strongcomplexing intermediates, 3648–3650,3649f
actinide toxicity and strong complexationwith electron donor substrate,3645–3648,3646f, 3647f, 3648f
of NTA, 3633–3634, 3646–3648, 3646f,3647f, 3648f
of organic chelating molecules, 3632–3636,3635f, 3636f
rate of, 3614Biofilms, 3544mathematical modeling of, 3643
Biogeochemical zones, 3597–3598, 3599faerobic, 3599anaerobic, 3601anoxic, 3600multivalent actinide reduction in,
3603–3604,3603tBiokinetics studies, of actinides, 3339–3340Biological behavior, of actinide elements,
1813–1818bioremediation, 1817–1818
in body fluids, 1814–1815bone uptake, 1817general considerations, 1813–1814liver uptake, 1815–1816
Biological matrices, trace analysis in,3273–3330
atomic spectrometric techniques,3307–3309
chemical procedures, 3278–3288introduction, 3273–3277mass spectrometric techniques,
3309–3328nuclear techniques, 3288–3307summary, 3328–3329
Biologic effectsof berkelium, 1445of californium, californium–252, 1507of einsteinium, 1579
Biomolecule, interactions with, 3544–3549,3545f, 3548f
Bioprecipitation, 3636–3638heterogenous, 3637homogenous, 3637mathematical modeling of, 3645
Bio-Rad AG MP–1, for rutherfordiumextraction, 1700
Bioreductionof manganese dioxide, 3600mechanism of, 3617–3622, 3620fof multivalent actinides, 3603t, 3617–3626,
3618fof neptunium, 3612, 3623–3624of plutonium, 3624–3626oxidation states and, 3625–3626
of uranium, 3622–3623, 3651mathematical modeling of, 3639
Bioremediationbioassociation for, 3630biodegradation for, 3632–3633mathematical modeling of, 3641–3642natural attenuation and, 3650–3652of neptunium, 3651–3652of plutonium, 3651–3652
Biosorptionsolubility and mobility with, 3181–3182of uranium and thorium by RA, 2669
Biotechnology, for neptuniumextraction, 717
Biouptake, 3632chemical toxicity and, 3611ionizing radiation and, 3609–3610
BiPO4. See Bismuth phosphate3,6-Bis-[(2-arsenophenyl)azo]-4,5-dihydroxy-
2,7-naphthalene disulfoacid(Arsenazo-III), protactinium
compound with, 219extraction with, 183, 2666–2667in spectrophotometric methods, 228
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-27
Bis(2-ethylhexyl)phosphoric acid (HDEHP)actinide extraction with, 1769actinium extraction with, 30, 1293americium extraction with, 1275–1276, 2671berkelium extraction with, 1448–1450,
1450fcalifornium extraction with, 1509curium extraction with, 1407, 1434, 2672einsteinium extraction with, 1585lawrencium extraction with, 1646–1647mendelevium extraction with, 1633neptunium extraction with, 708–709nobelium extraction with, 1638–1640protactinium extraction with, 172, 184separation with, 2639–2640, 2641t,
2650–2651, 2651f, 3282Bis(2-ethyl)orthophosphoric acid, californium
extraction with, 1513Bis(2,3,4-trimethylpentyl)-dithiophosphinic
acid, americium (III) extraction with,1287
Bisacetylide organoactinide complexesmagnetic properties of, 2925synthesis of, 2924–2925
Bis-cyclopentadienyl complexes, structuralchemistry of, 2476–2482, 2478f,2479t–2480t, 2481f–2483f
Bismuth-214, nuclear properties for, 3298tBismuth-231, actinium-225 generation of, 44Bismuthidesof americium, 1318of neptunium, 744thorium compound of, 98t, 100of uranium, 411–412
Bismuth phosphate (BiPO4)for coprecipitation, 2634for plutonium coprecipitation, 835for plutonium precipitation, 3913–3914for plutonium production, 3894–3895
Bismuth phosphate process, for actinideproduction, 2730
Bismuth, uranium oxides with, 383–389,384t–387t
Bisphosphine oxide, lanthanide extractionwith, 2657
Bistriazinylpyridine (BTP), americiumextraction with, 2674–2675, 2674t
Bis(trimethylsilyl)amide, 2876–2879geometry of, 2876–2877hydride compounds, 2877metallacycles, 2877, 2878forganoimido complexes, 2877–2879tetravalent complexes of, 2877trivalent homoleptic complexes with, 2876
Bloch statesin actinide metals, 2316overview of, 2316representation of, 2317
Body fluids, actinide transport in, 3356–3367plasma and tissue fluid composition,
3356–3357, 3357t–3358tBohriumberkelium-249 in production of, 1447chemical properties of, 1691t, 1711–1712discovery of, 6t, 1653, 1653t, 1762electronic structures of, 1676–1682,
1677f–1678f, 1680t–1681t, 1682fionic radii of, 1674f, 1675–1676, 1676tionization potential of, 1674, 1674fisotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, in aqueous solution,
1774–1776, 1775trelativistic orbital energies for, 1669fsolution chemistry of
complexation of, 1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686, 1685f–1686f
Bohrium-264, from meitnerium-268, 1717Bohrium-267decay chains of, 1711discovery of, 1735production of, 1711
Boiling point, of californium, metal, 1523Boiling water reactor (BWR)fuel cladding for, 3717–3718, 3718tfuel composition for, 3667, 3667ffuel element, 3718–3719, 3718ffuel pins for, 3716–3717, 3717fhistorical background of, 3672
Boltwoodite, 3519–3520Bomb reduction furnace, for plutonium
metal production, 866, 867fBond activation, of actinides, 4125–4131,
4129fBond dissociation energies, of actinides,
4133–4135,4136tBondingin actinide complexes, 2556–2563
coordination numbers, 2558–2560,2559f
covalent contribution to, 2561–2562,2563t
ionicity of f-element, 2556, 2557fsteric effects in, 2560strength of, 2560–2561thermodynamics of, 2556–2557, 2558t
in actinide compounds, 1894relativistic effects on, 1898, 1899f
in actinocenes, 2853–2854, 2854fin berkelium, 1452, 1455–1457, 1457fof cyclopentadienyl complexes, tetravalent,
2815–2817, 2816f, 2816t, 2818fDFT for, 923–924in f-orbital, 1915–1916
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-28
in halides, 2415in metallic state, 2308, 2319oxidation state, coordination numbers
and distance in, 3093in plutonium, 1191–1203
dioxide, 1196–1199, 1197f, 1200fhexafluoride, 1194–1196, 1195fionic and covalent, 1191–1192plutonocene, 1199–1203, 1201f–1202fspecific examples, 1192–1203
in transactinide elements, 1677in uranium
hexafluoride and pentafluoride, 576–575hydrides, 333–336, 334f, 335t
in uranyl polyhedra, 280–281Bond lengthsof actinide nitride oxides, 1990, 1990tof actinide nitrides, 1988, 1989fof actinyl complexes, 1926–1927, 1928tof plutonium, 884tof superactinide elements, 1732of uranium
hexafluroride, 1935–1937, 1937toxides, 1973, 1974t–1975t
of uranium and oxygen, in silicate glass,276–277
Bond valence approachfor crystal structure, 286expression for, 3093for uranyl (VI), 3093–3094, 3094f
Boneaccumulation of protactinium-231, 188actinide binding in, 3406–3412
glycoproteins, 3410–3411in vitro, 3407–3409in vivo, 3406–3407summary, 3411–3412
actinide elements in, 1817, 3400–3406americium (III), 3403neptunyl ion, 3404plutonium (IV), 3403retention of, 3404–3406summary, 3404uranyl ion, 3403
blood supply of, 3402composition of, 3406as deposition site, 3344
liver v., 3344–3345surfaces of, 3401–3402transuranium elements in, 12
Borates, of thorium, 113Boridesof americium, 1321of plutonium, 996–1003
history of, 997phase diagram, 997, 997fpreparation of, 998properties of, 1002–1003
solid-state structures of, 998–1002, 999t,1000f–1002f
structural chemistry of, 2405–2408,2406t
of thorium, 66–67, 71t–73tstructure of, 66–67ternary, 67, 74f
of uranium, 398–399, 399f, 401t–402tphase diagram of, 398, 400fpreparation of, 398properties of, 398–399, 401t–402tstructure of, 398, 399f
Boron, thermodynamic properties of actinidecompounds with, 2205–2206,2206t–2207t
Born equation, for complexation, 2574–2577Borohydrides
of plutonium, 1187structural chemistry of, 2404–2405, 2405f
Borosilicate glassfor actinide waste immobilization, 3816,
3843, 3844tsolubility in, 3846
einsteinium in, 1601–1602, 1602f–1603fSNF disposal in, 1812–1813
BPHA. See N-BenzoylphenylhydroxylamineBrannerites
natural occurrence of, 280uranium in, 269t, 274, 280
Bravais lattice, description of, 2317Breakthrough ion-exchange, 3925Breeder reactors
Generation IV, 3673, 3673thistorical background on, 3669
Breit effects, on element 121, 1669Brevium. See ProtactiniumBright field (BF), for TEM, 3939Brillouin zones
of actinide metals, 2317–2318in crystal structure, 2321description of, 2317in magnetism, 2367
Brinell hardness, of uranium metal, 323Bromates, of actinide elements, 1796Bromides
of actinide elements, 1796of berkelium, 1469of californium, 1533of curium, 1413t–1415t, 1417–1418of dubnium, 1703, 1705–1706of einsteinium, 1599of neptunium, 737–738equilibrium constants for, 772ttetrabromide, 737tribromide, 737–738
of plutonium, 1092–1100preparation of, 1092–1095properties of, 1087t, 1098–1100
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-29
solid-state structures of, 1084t,1096–1097, 1096f–1098f
protactinium derivatives of, 197–199, 207of uraniumbromo complexes, 454dioxide monobromide, 527–528oxide and nitride, 497, 500oxide tribromide, 527oxobromo complexes, 572–574pentabromide, 526ternary and polynary compounds,
495–497tetrabromide, 494–495tribromide, 453tribromide hexahydrate, 453–454
of uranylbromide, 571–572hydroxide bromide and bromide
hydrates, 572BSE. See Back-scattered electronsBTP. See BistriazinylpyridineButenouranocene, structure of, 2487, 2488t,
2489fBUTEX processfor actinide production, 2731PUREX process v., 842REDOX process v., 2731
BWR. See Boiling water reactorBy-product, uranium as, 314Cadmiumnitridation in, 2725with thorium molybdates, 112
Calcination, of plutonium, 3912Calcination, of uranium ore, 304Calciouranoite, 3519–3520Calciteuranium in, 289–291, 3160natural occurrence of, 3163surface site incorporation of, 3162
uranyl in, 3160–3161, 3161tCalciumin DOR process, 866–867in einsteinium alloy, 1592reduction, plutonium production, 2722for uranium reduction, 319
Calcium carbonate, for oxidation statespeciation, 2726
Calculation of phase diagrams (CALPHAD),application of, 927–928
Calder Hall, 3668Californium, 1499–1563applications, 1505–1507berkelium alloy with, 1461–1462complexes of, tris-cyclopentadienyl,
2470–2476, 2472t–2473tcompounds of, 1527–1545, 1530t–1531tchalcogenides, 1539–1540dipivaloylmethanato complex, 1541
general comments, 1527–1529,1530t–1531t
halides, 1529–1534, 1532f, 1542–1545,1544f
hydrides, 1540–1541magnetic properties of, 1541–1542organometallic, 1541other, 1538–1541oxides, 1534–1538oxyhalides, 1529–1534, 1532foxysulfates, 1541pnictides, 1538–1539solid-state absorption spectra,
1542–1545, 1544fsulfates, 1549thiocyanates, 1554
concluding remarks on, 1561–1563discovery of, 5t, 8–9einsteinium v., 1613einsteinium separation from, 1585electronic properties and structure,
1513–1517, 1514temission spectra, 1516x-ray emission spectroscopy, 1516–1517
fermium separation from, 1624–1625gas-phase studies, 1559–1561Gibbs formation energy of hydrated ion,
2539, 2540thalf-life of, 1503–1504introduction, 1499–1502ionization potentials of, 1874tisotopes of, 9–10, 12, 1499–1502, 1500tlanthanide elements v., 2lawrencium from, 1641magnetic properties of, 2355–2356metallic state of, 1517–1527
chemical and mechanical properties of,1525–1526
physical properties of, 1519–1525,1520t
preparation of, 1517–1519structure of, 2388theoretical treatments of, 1526–1527
nobelium v., 1640nuclear properties of, 1499, 1500t,
1502–1504oxidation states of, 1528, 1545, 1548, 1562,
2526in aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777tpreparation of, 1499–1500, 1502–1504reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fseparation and purification, 1507–1513,
1510fsolution chemistry, 1545–1559
absorption spectra, 1557–1559, 1557t,1558f, 1559t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-30
complexation chemistry, 1549–1555,1550t–1553t
general comments, 1545–1546redox reactions, 1546–1549, 1547tthermodynamic data, 1555–1557, 1556t
sublimation enthalpy of, 2119t–2120t,2122–2123, 2122f
synthesis of, 8–9thermodynamic properties of
enthalpy of formation, 2123–2125,2124f–2125f, 2539, 2541t
entropy of, 2539, 2542f, 2543theat capacity of, 2119t–2120t, 2121f
Californium (II)absorption spectra of, 1516, 1543–1544existence of, 1547overview of, 1501preparation of, 1534, 1537
Californium (III)absorption spectra of, 1515–1516,
1543–1544, 2091, 2092fberkelium (IV) separation from, 1508–1509compounds of
halides and oxyhalides, 1529–1534, 1532foxides, 1534–1538
EPR of, 2269extraction procedures for, 1512–1513hydration of, 2528–2530, 2529f, 2529thydrolytic behavior of, 1554, 2546, 2548tmagnetic properties of, 2269–2271, 2270tmagnetic susceptibility of, 2269–2271, 2270tin mammalian tissues
circulation clearance of, 3368–3369,3368f–3375f, 3371–3376
initial skeletal fractions of, 3349transferrin binding to, 3365
overview of, 1501oxidation of, 1546reduction of, 1548speciation of, 3110, 3114t, 3115
Californium (IV)compounds of, oxides, 1534–1538
magnetic properties of, 2268–2269, 2270tCalifornium (V), generation of, 1549Californium, Cf(IO3)3, 4162Californium chalcogenides, structural
chemistry of, 2409–2414, 2412t–2413tCalifornium dibromide, 1533Californium dichloride, 1533–1534absorption spectra of, 1542–1544, 1544fstructure of, 2416
Californium diiodide, 1533structure of, 2416
Californium dioxide, 1536enthalpy of formation, 2136–2137, 2137t,
2138fentropy of, 2137–2138structure of, 2399
Californium monoxide, 1535Californium oxides, structure of, 2398–2399,
2398tCalifornium oxyhalides, structural chemistry
of, 2421, 2422t, 2423, 2424t–2426tCalifornium pnictides, structure of,
2409–2414, 2410t–2411tCalifornium sesquioxide, 1535–1537, 1535f
formation enthalpy of, 2143–2146, 2144t,2145f
structure of, 2398, 2398tCalifornium tetrafluoride, 1529Californium tetrahalides, structural chemistry
of, 2416, 2418tCalifornium tribromide, 1533
thermodynamic properties of, 2170t, 2172,2173t
Californium trichloride, 1532Californium trifluoride, 1529, 1532Californium trihalides, structural chemistry
of, 2416, 2417tCalifornium triiodide, 1533Californium trioxide, 1546Californium-242, production of, 1502Californium-249
from berkelium–249, 1446, 1461, 1511, 1579in compounds, 1462
concluding remarks on, 1562curium-245 from, 1401energy spectrum of, 1516IS of, 1872lawrencium from, 1641–1642metal production from, 1517–1518, 1518fnuclear magnetic moments of, 1872production of, 1504study of, 1766for transactinide element production,
1661–1662Californium-250
half-life of, 1504IS of, 1872
Californium-251IS of, 1872nuclear magnetic moments of, 1872production of, 1504
Californium-252for cancer treatment, 1829curium–248 from, 1400, 1765–1766decay of, 1766energy spectrum of, 1516half-life of, 1503industrial use of, 3475IS of, 1872metal production from, 1518neutrons from, 1827–1828, 3302–3303production of, 1401, 1501, 1503–1504spontaneous fission of, 1505synthesis of, 3479
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-31
Californium-253, production of, 1504Californium-254, spontaneous fission of, 1505Calixarenesdescription of, 2456structural chemistry of, 2456–24633 coordination, 2459–24604 coordination, 2460, 2461f5 coordination, 2460–24618 coordination, 2461, 2462f12 coordination, 2461–2462, 2463fother coordination, 2461
CALPHAD. See Calculation of phasediagrams
Calorimetry, for plutonium, 3970–3972,3970t, 3971f
CAM. See CatecholamineCancer treatment, actinium-225 for, 3475Cancer treatment, californium–252 for, 1829Capillary electrophoresis, ICPMS with, 3069Carbamoylmethylenephosphine oxide(CMPO), americium extraction with,
1278–1284Carbamoylphosphonate reagentsamericium extraction with, 1276–1278in solvating extraction systems, 2653
Carbidesof americium, 1305t–1312t, 1319of neptunium, 744of plutonium, 1003–1009chemical properties of, 1007–1008crystal structures of, 1004–1007, 1005t,
1006f–1007fphase diagram of, 1003–1004, 1003fpreparation of, 1004ternary phases, 1009thermodynamic properties of, 1008–1009
of protactinium, 195structural chemistry of, 2405–2408, 2406tthermodynamic properties of, 2195–2198gaseous, 2198solid, 2195–2198
of thorium, 67–69, 68f, 71t–73thalogens with, 68structures of, 67–69, 68fternary, 68–69, 74f
of uranium, 399–405, 401t–402t, 403f–404fapplication of, 405hydrolytic behavior of, 403–405phase diagram of, 399, 403fpreparation of, 400structure of, 400, 404fternary, 405
Carbide fuels, 3757–3762fuel pin and element, 3768–3769historical background on, 3670–3673in-reactor behavior of, 3769–3774, 3770f,
3771f, 3773fplutonium carbide, 3758, 3759f, 3760
uranium carbide, 3757–3758, 3759furanium-plutonium carbide, 3760, 3760f,
3761ffabrication of, 3760f, 3765–3767, 3767f
Carbide oxides, of actinides, matrix-isolated,1976–1984
Carbocyclic ligands, 2858–2865arene ligands, 2858–2860
bond distances, 2860bonding of, 2859bridging, 2859–2860, 2861foverview of, 2858–2859preparation of, 2859, 2860f
cycloheptatrienyl ligand, 2860–2862bonding in, 2862, 2863fformation of, 2860–2861structure of, 2861–2862, 2862f
fullerenes, 2864–2865electronic structure of, 2864–2865overview of, 2864
pentalene, 2862–2864bond lengths in, 2864derivation of, 2862use of, 2863
Carbonateof actinide elements, 1796actinide speciation in, 3159of actinyl complexes, 1926, 1928t, 1929fadsorption and, 3538of americium, 1305t–1312t, 1319,
1340–1341common mineral phases of, 3159, 3159tcomplexation with, 3507, 3525–3527, 3525fcomplexes of, 2583methanogenesis, 3599of neptunium, 745
equilibrium constants for, 774t–775tneptunium species, 3635in plasma, 3361of plutonium, 1159–1166
application of, 1159formation constants, 1160–1161theptavalent, 1163–1165hexavalent, 1165–1166tetravalent, 1162–1163trivalent, 1159
precipitationwith DDP, 2706, 2707fprotactinium enrichment with, 174–175
sorption studies of, 3159–3164structural chemistry of, 2426–2427, 2427t,
2428fof thorium, 108–109
crystallization of, 109with fluoride, 109as ligands, 129solubility and, 127–128synthesis of, 108–109
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-32
of uranium, 261t–263tEXAFS of, 3160–3161, 3161tformation of, 289natural occurrence of, 291properties of, 289–290structures of, 290
Carbonate leaching, of uranium ore,307–309, 309f, 632
benefits of, 307flow chart of, 308, 309foxygen for, 307–308
Carbon dioxidereactions, with cyclopentadienyl
complexes, 2824uranium mineral adsorption and, 3158
Carbon, hydrogen, oxygen, nitrogen principle(CHON principle), actinide extractionby, 1285, 1287
Carbon monoxide (CO) pressure, in coatedparticle fuels, 3786–3788, 3787f
Carbonyl complexesof actinides, 1987of d-transition metals, 2893
Carboxylatescomplexes of, 2584, 2585t–2586t,
2586–2587, 2590entropy change, 2557, 2558t
of curium, 1429of neptunium (IV), EXAFS investigations
of, 3137–3140, 3147t–3150torganophosphorus ligands v., 2585t–2586t,
2588of plutonium, 1176–1181, 1178tstructural chemistry of, 2437–2448, 2438f,
2439t–2443t, 2443f–2447facetates, 2439t–2440t, 2440–2445,
2444fdi-, 2441t–2443t, 2445–2448,
2445f–2447fdipicolinates, 2441t–2443t, 2446–2447,
2446fformates, 2437–2440, 2439t–2440tmalonates, 2441t–2443t, 2447–2448mono-, 2438–2445, 2439t–2440t, 2444foverview of, 2437oxalate, 2441t–2443t, 2445–2446, 2445ftetra- and hexa, 2443t, 2448
of thorium, 113–114EXAFS investigations of, 3137–3140,
3147t–3150tin solvent extraction, 113–114
of uranyl (VI), EXAFS investigations of,3137–3140, 3141t–3150t
Carnotite, 3484description of, 297–298natural occurrence of, 297–298plutonium in, 822uranium production with, 297
Catalytic processes, by organoactinides,2911–3006
alkyne dimerization, 2930–2947promotion of, 2938–2947, 2940f–2941fterminal, 2930–2935terminal ansa-, 2935–2937
alkyne hydroamination, 2981–2990kinetic studies of, 2986–2990neutral organoactinide complex
promotion, 2981–2986alkyne oligomerization, 2923–2930bisacetylide organoactinide, 2924–2925cross, 2929–2930key intermediate complex in, 2926, 2926fterminal, 2925–2926, 2928f
amine, silane reactions, 2978–2981azide and hydrazine reduction, 2994–2996constrained-geometry hydroamination,
2990–2994heterogeneous, 2999–3006active site assessment, 3000–3002alkane activation, 3002–3006arene hydrogenation, 2999–3000
introduction, 2911–2912olefin hydrogenation, 2996–2997olefin hydrosilylation, 2953–2978of alkenes, 2969–2974promotion for alkynes, 2974–2978promotion for terminal alkynes,
2964–2969of terminal alkynes, 2953–2964
olefin polymerization, 2997–2999reactivity, 2912–2923activation modes, 2912–2913alkyne and silane stoichiometric reactions
of, 2916–2918, 2917f[(Et2N)3U][BPh4], 2922–2933stoichiometric reactions of, 2913–2916,
2914f–2915fsynthesis of ansa-complexes, 2918–2920,
2920fsynthesis of high-valent organouranium
complexes, 2920–2922, 2921fterminal alkyne cross dimerization,
2947–2952, 2948f–2949fCatalyzed electrochemical plutonium oxide
dissolution (CEPOD), 3903Catalyzed ignition, of plutonium,
3236–3237Carriers
for plutonium precipitation, 3912–3913for tracer solutions, 3908
CASPT2. See Complete active space plussecond-order perturbation theory
Catcher foil. See FoilCatecholamine (CAM)
complexes of, 2590–2591for plutonium removal, 1824
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-33
Catecholate ligands, as chelating agents,3414–3416, 3415f
Cation exchangeof berkelium, 1449–1450of californium, 1512of curium, 1433historical development of, 2636–2641, 2637ffor trace analysis, 3282–3283of uranium, 633
Cation-cation interaction, 4170–4175actinide complexes of, 2593–2596, 2596f,
2596tmodel of, 2593–2595structures of, 2595, 2596fthermodynamic properties of, 2595–2596,
2596tin neptunium (V) coordination complexes,
748in pentavalent and hexavalent actinides,
1356Cation-exchange chromatographyfor actinium purification, 30–32, 31ffor americium purification, 1290–1291chromatographic elution schemes,
1290–1291distribution coefficients, 1290
for dubnium extraction, 1704–1705for fermium purification, 1629for lawrencium extraction, 1643, 1645for rutherfordium extraction, 1699–1700for seaborgium extraction, 1710–1711
Cation-exchangers, 3924for plutonium separation, 3925–3926
Cationic net, 4173CC. See Complexant concentrateCCBATCH, 3638–3639, 3643–3645, 3649CCF. See Correlation crystal-fieldCCSDs. See Single double coupled cluster
excitationsCell decay, mathematical modeling of, 3642Cell membranesbioassociation and, 3627in bioreduction, 3619chemical toxicity and, 3611neptunium, 3612
complexation and, 3614–3615Cellular damage, from ionizing radiation,
3605–3606, 3607fCell viabilitycalculation of, 3609high LET radiation, 3608–3610, 3610fionizing radiation and, 3605–3607low LET radiation, 3605–3608, 3606f, 3607fplutonium and, 3609–3610
Cell wallsbioassociation and, 3604, 3610, 3626, 3631gram-positive and gram-negative, 3627–
3629, 3628f
Central field approximationeffective-operator Hamiltonian with, 2027for free-ion interactions modeling,
2020–2023overview of, 2020
Centrifugal isotope separation, for uraniumenrichment, 3488
CEPOD. See Catalyzed electrochemicalplutonium oxide dissolution
Ceramic capacitors, protactinium in, 189Ceramics, actinides in, 3854–3859chemistry of, 3822–3824fluorite, 3859–3862, 3860f, 3861tglass-ceramics, 3857f, 3858–3859monazite, 3869–3870murataite, 3870perovskite, 3865–3867, 3866fpyrochlore, 3862–3865, 3864fradiation effects of, 3824–3825, 3825f, 3826f
alpha-decay damage, 3825–3828, 3825fsilicate apatite, 3868–3869single-phase, 3818t, 3859–3872
predictive models for, 3871–3872,3871f
sodium zirconium phosphate, 3870study methods for, 3829–3835
radiation damage simulation, 3830–3831,3831f
radiation-induced damage, 3831–3833,3832f
supercalcine ceramics, 3857–3858, 3857fSynroc, 3855–3856, 3857f
Synroc-related, 3856–3857, 3857fthorium phosphate diphosphate, 3871valence states of, 3824zircon, 3867–3868zirconolite, 3864–3865
Ceriumamericium interaction with, 1302berkelium separation from, 1449extraction of, TALSPEAK for, 2672
Cerium (IV), detection of, VOL, 3061Cerium iodates, 4165, 4166fCerocene, therocene v., 1947CesiumCsAgUS3, 4045, 4047CsAgUSe3, 4045Cs5An(PS4)3, 4053, 4054fCsCUS3, 4045CsCuUS3, 4047CsCuUSe3, 4045CsCuUTe3, 4045
Cs8Hf5UTe30.6, 4063, 4063fCs2Hg2USe5, 4060–4061, 4062fCsMUTe5, 4062–4063, 4062fCsPuP2S7, 4069–4070, 4070fCs5Th(PS4)3, 4053, 4054fCs4Th4P6S18, 4065–4066, 4065f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-34
Cs4Th2P5Se17, 4067, 4068fCs4Th4P4Se26, 4057–4059, 4058fCsTh2Te6, 4034Cs4(UO2)(S2)3, 4056–4057, 4057fCs8U5(P3S10)2(PS4)6, 4050, 4051f, 4053CsU2Se6, 4034CsUTe6, 4026–4027, 4027fCesium-137, processing plant release of,
3496Cesium, with thorium sulfates, 105CF. See Crystal-fieldChain structuresfactors in, 579in soddyite, 293in studtite, 288–289of uranium phosphates and arsenates,
295–296in uranyl minerals, 281
selenites and tellurites, 298in weeksite, 292–293
Chalcogenide compounds, 4005binary actinide chalcogenides, 4005, 4006t
AnQ2 and AnQ2–x compounds,4012–4015,4012f–4015f
AnQ3 compounds, 4015–4018,4017f–4019f
An2Q5 compounds, 4015, 4016f–4017fcompounds between AnQ and AnQ2,
4008–4012, 4009f–4011fmonochalcogenides (AnQ), 4007–4008U4S3, 4007, 4007fUTe5, 4018, 4019f
quaternary actinide chalcogenides, 4044,4046t–4047t
A5An(PS4)3, 4053, 4054fAmAnQ3 compounds, 4045–4048, 4047fAPuP2S7, 4069–4070, 4070fA2ThP3Se9, 4059–4060, 4060f–4061fA11U7(PS4)13, 4050–4053, 4052fAU2SbQ8 compounds, 4048–4049, 4048fBa4Cr2US9, 4053, 4055fBa2Cu2US5, 4053–4054, 4055fCs8Hf5UTe30.6, 4063, 4063fCs2Hg2USe5, 4060–4061, 4062fCsMUTe5, 4062–4063, 4062fCs4Th4P6S18, 4065–4066, 4065fCs4Th2P5Se17, 4067, 4068fCs4Th4P4Se26, 4057–4059, 4058fCs4(UO2)(S2)3, 4056–4057, 4057fCs8U5(P3S10)2(PS4)6, 4050, 4051fK2Cu2ThS4, 4063–4065, 4064fKCuThS3, 4063–4065, 4064fK2Cu2ThS4, 4063–4065, 4064fK3Cu3Th2S7, 4063–4065, 4064fK2Cu3US5, 4050, 4051fK6Cu12U2S15, 4049–4050, 4049fK3Pu(PS4)2, 4068, 4069fK10Th3(P2S7)4(PS4)3, 4066, 4066f
KThSb2Se6, 4066, 4067fK2UP3Se9, 4059–4060, 4060f–4061fNa4(UO2)Cu2S4, 4056–4057, 4057fNa4(UO2)(S2)3·Na3S4, 4056–4057, 4057fRb7Th2P6Se21, 4067–4068, 4069fRb4U4P4Se26, 4057–4059, 4058f(UO)2ErS3, 4054–4056, 4056f(UOS)4LuS, 4054–4056, 4056f
ternary actinide chalcogenides, 4019,4021t–4022t
An2AQ6 compounds, 4034–4037,4036f–4037f
AnMQ compounds, 4020–4023, 4023fAnMQ2 compounds, 4023–4024AnMQ3 compounds, 4024–4026, 4024t,
4025f–4026fAnMQ6 compounds, 4026–4027, 4027fAnM2Q2 compounds, 4027, 4028fAnM2Q3 compounds, 4027–4029, 4028fAnM2Q4 compounds, 4029, 4029fAnM2Q5 compounds, 4032–4034,
4034f–4035fAnM2Q6 compounds, 4029, 4030fAnM3Q4 compounds, 4029, 4030fAnM4Q8 compounds, 4030–4031, 4031fAnM6Q8 compounds, 4031, 4032fAn2MQ4 compounds, 4031–4032, 4033fAn2MQ5 compounds, 4032–4034,
4034f–4035fAn2M2Q compounds, 4037–4039, 4038fAn2M10Q8 compounds, 4039, 4039fAn3MQ5 compounds, 4039–4040, 4040fAn3MQ6 compounds, 4040, 4041fAn3M2Q7 compounds, 4040–4042, 4041fAn4M4Q3 compounds, 4042, 4042fAn6M2Q13 compounds, 4043, 4043fAn6M2Q15.5 compounds, 4043, 4044fAn8MQ17 compounds, 4043–4044, 4045f
Chalcogenidesof americium, 1305t–1312t, 1316–1317coordination of, 1358–1359
of berkelium, 1464t–1465t, 1470preparation of, 1460
of californium, 1530t–1531t, 1539–1540of curium, 1413t–1415t, 1420–1421cyclopentadienyl complexes with, 2837of neptunium, 739–742selenides, 740–741sulfides, 739–740tellurides, 741–742
of plutonium, 1023–1077oxides, 1023–1052sulfides, tellurides, and
selenides,1052–1056ternary and polynary, 1056–1069ternary oxides, 1069–1070
structural chemistry of, 2409–2414,2412t–2413t, 2414f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-35
thermodynamic properties of, 2203t,2204–2205
of thorium, 75t, 95–97structures of, 95–96
of uranium, 412–420, 414t–417tCharge-density waves, quantization of,
2317–2318Charge-transfer transitionsof actinide ions, 2085–2089of neptunyl, 2089overview of, 2085–2086of uranyl, 2086–2089
Chelate chromatography, neptuniumextraction with, 714–716, 715f
Chelate formation, by glycolate and acetate,590
Chelating agentsdesferrioxamine, 3414for plutonium removalexamples of, 1822–1823new, 1824–1825problems with, 1823–1824
polyaminopolycarboxylic acids,3413–3414
siderophores, 3414–3423Chelatobacter heintziineptunium toxicity of, 3612survival curve for, 3605–3607, 3606f
Chemical diffusion, in oxide fuel in LWRs,3723–3726, 3725f
Chemical durability, of actinides in glasses,3847, 3847f
plutonium, 3853–3854, 3854fChemical methodsfor transactinide elements, 1734–1735of uranium ore processing, 302
Chemical precipitation, for uranium leachrecovery, 313–314
history of, 313materials for, 314process of, 313–314
Chemical reactions, of uranium metal, 327,327t
Chemical reactivityof neptunium hexafluoride, 733–734of thorium, 63
Chemical toxicitymicroorganisms and, 3605, 3610–3613of actinium, protactinium, thorium,
uranium, and americium, 3611–3612of neptunium and plutonium, 3612–3613,
3613fradiotoxicity v., 3608, 3610surface complexation and, 3629
Chemical transport reactions, for uraniumoxide preparation, 343
Chemisorption, 3538Chernaya Bay, 3553–3554, 3554f
Chernikovite, 3519at Oklo, Gabon, 271–272uranium in, 259t–269t
Chernobylaccidental release from, 3494–3496, 3497f,
3551–3552, 3671plutonium isotope ratio of, 3488soil contamination at, 3557
Chevrel phases, 4031Chitosan, uranyl adsorption on, 2669Chloridecomplexation, 3507, 3527–3528radiolysis and, 3514–3515
Chloridesof actinide elements, 1796of berkelium, 1468–1470of californium, 1532–1534
absorption spectra of, 1542–1544, 1544fcomplexes of, 2579–2580, 2581tof curium, 1413t–1415t, 1417–1418of dubnium, 1703, 1705of einsteinium, 1595Gibbs energy of formation for, 2710tof neptunium, 736–737
equilibrium constants for, 772ttetrachloride, 736–737trichloride, 737
of plutonium, 1092–1100preparation of, 1092–1095properties of, 1087t, 1098–1100solid-state structures of, 1084t,
1096–1097, 1096f–1098fof protactinium
derivatives of, 197–199, 198f, 207protactinium (V), 213, 215t
in pyrochemical methods, 2694–2700americium, 2699–2700curium and transcurium, 2700neptunium, 2697–2698plutonium, 2698–2699, 2699fprotactinium, 2695thorium, 2694–2695uranium, 2695–2696, 2697f
of seaborgium, 1707TRUEX processing of waste, 2742, 2742fof uranium
anhydrous complexes, 450–452complexes, 492–493, 523–524dioxide dichloride, 567–569hexachloride, 567nitride, 500oxide, 524–525oxochloride, 525–526pentachloride, 522–523perchlorates, 494perchlorates and related compounds,
570–571tetrachloride, 490–492
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-36
trichloride, 446–448, 447ftrichloride hydrates, 448–450
Chloride solutions, for americiumpurification, 1291–1292
Chlorination, of dubnium, 1705Chlorinator-electrolyzer, for DDP, 2707Chlorine, from radiolysis, 1145–1146, 1146tChloroplutonate compoundsapplication of, 1104phase diagram of, 1104, 1108fpreparation of, 1104properties of, 1108, 1109t
CHON principle. See Carbon, hydrogen,oxygen, nitrogen principle
Chromatesof americium, 1321of neptunium, equilibrium constants for,
775tof thorium, 112
structure of, 112synthesis of, 112
Chromatography, overview of, 3067CI. See Configuration interactionCirculation. See PlasmaCitratesadsorption and, 3538in plasma, 3360–3361for plutonium removal, 1823for separation, 2638–2639, 2639tof thorium, as ligands, 131, 132t
Citrobacter sp.at actinide-contaminated sites, 3601–3602bioreduction by, 3624uranyl phosphate precipitation by, 297
Claddingfor fast reactors, 3744–3745, 3745ffor light water reactors, 3717–3718, 3718tpellet interaction with, 3742–3743, 3742f
Clarification, in uranium ore processing,308–309
Clarkeite, transformation of, 288Class III elements, in uranium intermetallic
compounds, 326Claygroups of, 3151–3152silicates in, 3151for SNF storage, 1813
Clay minerals, adsorption on, 3541–3542Cliffordite, as uranyl tellurite, 298Clementine reactor, 3669Closed fuel cycle, 3675, 3675fClostridium sp.at actinide-contaminated sites,
3601–3602bioreduction by, 3622, 3626
CMPO. See Carbamoylmethylenephosphineoxide; n-Octyl(phenyl)-N,N-diisobu-tylcarbamoyl methylphosphine oxide
Coated particle fuels, 3782–3789amoeba effect, 3788–3789, 3788fCO pressure, 3786–3788, 3787ffabrication of, 3783–3784, 3784f, 3785ffission products, 3789phase diagram of, 3786, 3786fthermal conductivity of, 3784–3786,
3785ftristructural isotropic particles, 3782–3783,
3783fCobalt, plutonium melting point and, 897Coffinite, 3484, 3519, 3519f
natural occurrence of, 275–276at Oklo, Gabon, 271–272structure of, 586, 587furanium in, 259t–269t, 274
Cohesion propertiesof actinide metals, 2368–2371in transplutonium materials, 2370–2371
COL. See ColorimetryCOLD. See Cryo On-Line Detector‘Cold’ fusion, element production by, 1737Cold War
legacies of, 3560uranium and plutonium build up in, 3475
Colloidal materials, actinide association with,3287–3288
Colloid-facilitated transport, 3842Colloids
actinide transport of, 3558formation of, 3529–3536bio-colloids, 3545, 3596intrinsic, 3530–3532, 3531fnatural inorganic, 3532–3533natural organic, 3533–3536, 3535f,
3536f, 3537fwaste effluents and, 3508–3509intrinsic colloids,
Colorof actinium, 34–35of protactinium, 194of thorium, 61
Colorant, uranium as, 254Color cathode ray tube, protactinium for,
188–189Colorimetry (COL), for environmental
actinides, 3034t, 3035Columbia river, 3555Column partition chromatography. See
Partition chromatographyComilling, of plutonium and uranium oxides,
1074Complete active space plus second-order
perturbation theory (CASPT2), ofuranium dioxide, 4099
Complexant concentrate (CC), TRUEXprocess for, 2740
Compreignacite, 3519
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-37
Complexation, 3520–3529. See also Surfacecomplexation
of actinide elements, 1782–1784, 2524–2607bonding, 2556–2563cation-cation complexes, 2593–2596cation hydration, 2528–2544cation hydrolysis, 2545–2556complexation reaction kinetics,
2602–2606complexes, 2577–2591correlations, 2566–2577in hydrosphere, 1808–1809inner v. outer sphere, 2563–2566introduction, 2524–2527redox reaction kinetics, 2597–2602summary, 2606–2607ternary complexes, 2591–2593
of actinium, 40, 41tof americium, 1338–1356, 1339tby carbonate, 1340–1341hydrolysis, 1339–1340by organic ligands, 1341, 1342t–1352t,
1353–1354, 1353fby others, 1354–1356
of berkelium, 1475–1479, 1477t–1478tbioavailability and, 3614–3615bioreduction and, 3622of californium, 1549–1555, 1550t–1553tcarbonate complexation, 3525–3527,
3525fof dubnium, 1705effect of, 2601–2602, 2602tof einsteinium, 1607–1609with electron donor substrate, 3645–3648,
3646f–3648fof fermium, 1629hydrolysis reactions, 3523–3525, 3524finner v. outer sphere, 2563–2566, 2566f,
2567tkinetics of, 2602–2606, 2605f, 2606tamericium, 2604–2605Eigen mechanism, 2602–2603multidentate ligands, 2603–2604simple v. complex, 2602trivalent complexes, 2605–2606, 2605f,
2606tin mammalian body, 3340of mendelevium, 1635microbial activity and, 3604of multivalent actinides, 3615organic complexes, 3528–3529of plutonium, 1156–1182carbonates, 1159–1166, 1160t–1161tcarboxylates, 1176–1181, 1178tcation-cation, 1181–1182halides, 1181iodates, 1172–1173nitrates, 1160t–1161t, 1167–1168
overview of, 1156–1158oxalates, 1173–1175oxoanions, 1158–1176perchlorates, 1173peroxide, 1175–1176phosphates, 1160t–1161t, 1170–1172sulfates, 1160t–1161t, 1168–1170
of seaborgium, 1710–1711with secondary ligands, 3527–3528solubility v. speciation, 3521, 3522fstability constants, 3522, 3523fwith strong complexing intermediates,
3648–3650, 3649fsubsurface pH and, 3635, 3635f, 3636fof thorium, 129–133, 130t
coordination compounds for, 115formation constants, 131, 132tinorganic ligands, 129–131, 130tsolubility curves of, 129stability constants, 129, 130tstudy of, 130–131
of transactinide elements, 1687–1689of uranyl, 4140
Complexation enthalpyof complex halides, 2182, 2183t–2184t,
2185fof halides, 2578–2580, 2579t, 2581t
Composition-pressure-temperaturerelationship, of plutonium dioxide,1031, 1031f
Compreignaciteat Shinkolobwe deposit, 273uranium in, 259t–269t
Condensed phaseactinide thermodynamic properties in,
2115–2118, 2119t–2120t, 2121fentropy, 2115–2116, 2116fhigh-temperature properties, 2116–2118,
2117t, 2119t–2120t, 2121fenergy levels and free-ion correlation
with, 2037–2039, 2038tion electronic structures in, 2036–2037
Configuration interaction (CI)of actinide elements, 1852
cyclopentadienyl complexes, 1958for excited state energy calculations, 1910for relativistic correlation effects, 1670
Congruently vaporizing composition (CVC),of uranium oxides, 365
Conversion chemistry, precipitation andcrystallization for, of plutonium,836–839
plutonium (III) oxalate precipitation,836–837
plutonium (IV) oxalate precipitation, 837plutonium (IV) peroxide precipitation,
837–838Conversion, in nuclear fuel cycle, 3674, 3675f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-38
Coolantfast reactor oxide fuel interaction with,
3753–3754, 3755fLWR oxide fuel interaction with,
3743–3744, 3744fCooling, in nuclear fuel cycle, 3674, 3675fCoordination chemistryof cyclopentadienyl complexes, trivalent,
2804water in, 3096
Coordination compoundsof berkelium, 1471of neptunium, 745–750structural chemistry of, 2436–2467
calixarenes, 2456–2463, 2457t–2458t,2459f, 2461f–2463f
with carboxylic acids, 2437–2448, 2438f,2439t–2443t, 2443f–2447f
crown ethers, 2448–2456overview of, 2436–2437porphyrins and phthalocyanines,
2463–2467, 2464t, 2466f–2467fof thorium, 114–115
ligands of, 115properties of, 115
Coordination geometryin actinide complex bonding, 2558–2560,
2559fof americium, 1327, 1328f
chalcogenides, 1358–1359cyclopentadienyl and cyclooctatetraenyl
compounds, 1363–1364halides, 1356–1357, 1358finorganic ligands, 1356–1361nitrogen-donor ligands, 1363others, 1361oxides, 1357–1358, 1358foxoanionic ligands, 1359–1360, 1360foxygen-donor ligands, 1361–1362pnictides, 1358–1359silicides, 1359sulfur-donor ligands, 1363
bond distance and oxidation states with,3093
hexagonal bipyramidalof uranyl (V), 588–589of uranyl (VI), 580–581, 580f, 582f–583f
of neptuniumin biological systems, 1814metallic state, 719
pentagonal bipyramidalof uranyl (V), 589of uranyl (VI), 580, 581f–582f
peroxide complexes, of uranyl (VI), 583–584,584f
of plutonium, 883, 887t, 1112, 1157anions, 1158–1159
six-coordination, of uranyl (VI), 582, 583f
structure and, 579of uraniumhydroxide complexes, 600uranium (III), 610uranium (IV), 595, 610uranium (V), 610uranium (VI), 610uranyl (VI), 580–584, 580f–584f, 3132
Copper spark method, for protactinium, 226Copper, with thorium molybdates, 112Coprecipitation
bismuth phosphate for, 2634of californium, 1547–1548historical development of, 2627–2628of mendelevium, 1633, 1635methods of, 3281–3282of neptunium, 716for oxidation state extraction, 3287of plutonium, 833–835bismuth phosphate process, 835lanthanum fluoride method for,
833–835oxides with uranium oxides, 1074
for sample concentration, 3023for separation, 2633–2634, 3281–3282of uranium oxides with plutonium oxides,
1074of uranyl ion, with iron-bearing mineral
phases, 3168–3169CO pressure. See Carbon monoxide pressureCore-level spectra, of plutonium, 861Correlation crystal-field (CCF), Hamiltonian
of, 2054–2055Corrosion
of curium metal, 1412nitrogen in, 3212of plutoniumcatalyzed, 3236–3237dry, 3227–3228hydrogen- and hydride-catlyzed, 977–979kinetic behavior, 3225–3227metal and intermetallic compounds
of, 973–979, 3223–3238, 3226f, 3227t,3229t
salt-catalyzed, 3238thermal ignition, 3232–3235unalloyed, 3231–3232by water vapor, 3228–3230
rates of, 3200–3201plutonium metal, 3225–3226, 3226f
of uraniumwith hydrogen, 3239–3242, 3240f, 3241tkinetics of, 3239–3246metal, 327–328, 327twith oxygen, water, and air, 3242–3245,
3243f, 3244turanyl with water, 3239
COUL. See Coulometry
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-39
Coulomb repulsion, in actinide metals, 2325Coulometry (COUL)for berkelium, 1484for californium, 1548–1549for environmental actinides, 3049t, 3052for mendelevium, 1636for neptunium, 757–759, 758fdetermination of, 790–791
Coulometry (COUL)for plutonium determination, 3937
Coulopotentiogram, of neptunium, 758–759,758f
Counter-current leaching, of uraniumore, 306
Counting source, plutonium, preparation of,3928–3930
Coupled geochronometer, 3481Coutinhoite, description of, 293Covalencyin actinide complex bonding, 2561–2562,
2563tin actinocene, 1948–1949, 1948fin plutonium, 1191–1192dioxide, 1196–1199, 1197f, 1200fhexafluoride, 1193–1196
of uranium tetrachloride, 2249–2251in uranocene, 2854, 2855fin uranyl ion, 1915–1916
CP. See CupferronCriticalityof plutonium, 3899waste forms and, 3819
Critical mass, of americium, 1268Critical parameters, plutonium-239, 820–821,
821tCross-relaxation, of luminescence, 2103Crown ether, complexes of, 2590description of, 2448–2449structural chemistry of, 2448–2456
Cryogenic matrices, actinide reactions in,4079–4142
actinide fluorides, vibrational spectroscopyof, 4103–4105
actinide hexahalides, electronic spectroscopyof, 4105–4110
actinide tetrahalides, vibrational andelectronic spectroscopy of, 4110–4113,4111f
experimental spectroscopy of, 4081–4082introduction to, 4079–4081
matrix isolation infrared spectroscopy, ofuranium oxides and plutonium oxides,4102–4103
products of, 4113–4122species with actinide-nitrogen or actinide-
phosphorus bonds, 4121–4122thorium and uranium hydroxides, 4113,
4114t–4116t, 4116–4117
thorium and uranium organometalliccomplexes, 4118–4121
thorium and uranium polyhydrides,4114t–4116t, 4117
reactions of actinide atomic and molecularions and neutrals, 4122–4142
thorium oxide, 4082–4088, 4084t, 4086f,4087t
uranium dioxide, 4095–4102, 4097t, 4101furanium oxide, 4088–4095, 4089t, 4092t,
4093f, 4094fCryo On-Line Detector (COLD), for hassium
study, 1713, 1714fCryo-thermochromatographic separator
(CTS), for hassium study, 1712–1713Crystal chemistrysite distortion in, 2047of uranium (IV), 281
Crystal-field (CF), ground state ofmagnetic susceptibility and, 2226uranium dioxide, 2274Zeeman interaction and, 2225–2226
Crystal-field Hamiltoniancorrections to, 2053–2056ECM with, 2052–2053, 2053tfree-ion Hamiltonian with, 2041matrix element evaluation with,
2039–2042parameters of, 2054–2055
initial, 2048symmetry rules for, 2043of trivalent ions, 2056
Crystal-field interactionsof actinide fluorides, 2071, 2073fof actinide ions, importance of, 2076of 5f1 compounds, 2242–2243of 5f7 compounds, 2265crystal field parameters
empirical evaluation, 2047–2049theoretical evaluation, 2049–2053
crystal-field Hamiltoniancorrections to, 2053–2056matrix element evaluation and,
2039–2042free-ion and condensed phase correlation,
2036–2039, 2038tfree-ion interactions with, 2044, 2062–2064,
2063tmagnetic field with, 2044modeling of, 2036–2056symmetry rules, 2043–2047tensor operators for, 2040weak in crystals, 2055
Crystal-field operatorsgeometric properties of, 2043for ions, 2043–2044
Crystal-field parameters, 2044, 2045taccuracy of, 2047
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-40
calculation of, 2050–2052computation of, 2058effective-operator Hamiltonian with,
2050empirical evaluation of, 2047–2049expression of, 2051free-ion states and, 2056
tetravalent ions, 2074of neptunium dioxide, 2284quantum mechanical calculations of, 2049
rank 2, 2051–2052rank 4, 2052rank 6, 2052signs of, 2048–2049theoretical evaluation, 2049–2053of uranocene, 2253
Crystal-field splittingsof 5f states of actinide ions, 2081, 2082fcomputation of, 2076contributions to, 2054of curium (III), 2266of f-element spectroscopy, 2074–2075of plutonium dioxide, 2288–2289of tetravalent actinides, 2075–2076of uranium
dioxide, 2278–2279tetrachloride, 2249uranium (III), 2057–2058, 2057furanium (IV), 2247–2248
Crystal-field theoryfor f-element ions in crystals, 2047–2048for uranium dioxide, 2278, 2279f
Crystallizationof einsteinium, 1607of mendelevium, 1636of plutonium, 831–839
conversion chemistry, 836–839precipitation v., 832–833
Crystallography, of organometallic actinidecompounds, 1800
Crystal morphology, prediction of uranium(IV) sheets, 286–287
Crystal structure, of actinide compounds,4157
hydrothermal redox chemistry, 4158–4161structural chemistry of An(III) compounds,
4161–4162, 4162fstructural chemistry of An(IV) compounds,
4163–4169, 4163f–4169fstructural chemistry of An(V) compounds,
4170–4177, 4170f, 4172f–4177fstructural chemistry of An(VI)
compounds, 4178–4185, 4179f–4181f,4183f–4187f
Crystal structure. See also Structureof actinide elements
metallic state, 1785–1787, 1786tsolid compounds, 1798
of actinide metals, 2312–2313, 2312f, 2320low-symmetry, 2330–2331, 2331t,
2369–2370of actinocenes, 1943–1944, 1944t, 1945fBrillouin zones in, 2321mechanical properties and, 968of neptunium dioxide, 2287–2288, 2287foptimization of, 2048–2049of plutonium, 879, 881tdioxide, 2289–2290
CTS. See Cryo-ThermochromatographicSeparator
Cupferron (CP), protactinium extractionwith, 184
Cupferronates, of protactinium, gravimetricmethods with, 230–231
Cuprosklodowskiteat Shinkolobwe deposit, 273uranium in, 259t–269t
Curie lawfor 5f6 compounds, 2264for magnetic susceptibility data, 2230
Curie-Weiss lawfor einsteinium (III), 2271for magnetic susceptibility data, 2230–2231of UBe13, 2342, 2343ffor uranium (IV) compounds, 2254
Curiteanion topology of, 283, 284f–285ffrom clarkeite, 288at Koongarra deposit, 273uranium in, 259t–269twith uranium phosphates, 294
Curium, 1397–1434adsorption of, 3543, 3543fanalytical chemistry of, 1432–1434analysis of, 1432–1433separations, 1433–1434
aqueous chemistry of, 1424–1432inorganic, 1424–1430, 1426t–1428torganic, 1426t–1428t, 1430–1432
atomic properties of, 1402–1406, 1403tabsorption spectra, 1402–1404,
1404f–1405felectronic structure, 1404–1405fluorescence spectroscopy, 1405–1406,
1406fin biological systems, ingestion and
inhalation of, 1818–1820Cm(IO3)3, 4162, 4162fcomplexation of, 3521, 3522complexes ofcyclopentadienyl, 2803tris-cyclopentadienyl, 2470–2476,
2472t–2473tcompounds of, 1412–1424chalcogenides, 1413t–1415t, 1420–1421general, 1412–1416, 1413t–1415t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-41
halides, 1413t–1415t, 1417–1418hydrides, 1413t–1415t, 1416–1417organometallics, 1413t–1415t,
1423–1424oxides, 1413t–1415t, 1419–1420pnictides, 1413t–1415t, 1421
difficulty of working with, 1397–1398discovery of, 5t, 8half-life of, 1399t, 1400history of, 8, 1397–1398humic substance complexation with,
3534–3536, 3536fhydrocarbon reactions with, 4127–4131,
4129fionization potentials of, 1874tisotopes of, 9–10, 12, 1397–1400, 1399tlanthanide elements v., 2magnetic properties of, 2355–2356metallic state of, 1410–1412chemical properties of, 1412magnetic susceptibility, 2266, 2267t,
2268physical properties of, 1410–1411,
1413t–1415tpreparation of, 1411–1412structure of, 2387–2388
natural occurrence of, in marine organisms,1809
nuclear properties of, 1398–1400, 1399torganic and inorganic molecule reactivity
with, 4138oxidation states of, 1416, 2526in aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
oxidation states of, 3511, 3513t, 3603,3603t
oxidant reactions with, 4131–4135,4136t–4138t
in plutonium alloyδ-phase lattice, 930f, 931–932elastic constants, 943solubility ranges, 930, 930fthermal conductivity, 957
plutonium v., 935production of, 1400–1402, 1758–1759pyrochemical methods for, molten
chlorides, 2700quadropole moments of, 1884, 1884freduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fseparation and purification of,
1407–1410from americium, 2672–2673DDP, 2706ion exchange, 1409–1410precipitation, 1410solvent extraction, 1407–1409TALSPEAK for, 2672
solubility of, 3521, 3522fsynthesis of, 8–9thermodynamic properties of
enthalpy of formation, 2123–2125,2124f–2125f, 2539, 2541t
entropy of, 2539, 2542f, 2543tGibbs formation energy of, 2539,
2540theat capacity of, 2119t–2120t, 2121fsublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fUO2 solid solutions with
oxygen potentials of, 394–396, 395tproperties of, 391t–392t, 392
Curium (II), 1430stabilization of, 2077
Curium (III)absorption spectra of, 1402–1404, 1404faqueous chemistry of, 1424–1432,
1426t–1428tchlorides of, magnetic data, 2229–2230,
2230tcomplexation of, 1424–1430, 1426t–1428t
TTA, 2532detection of
limits to, 3071tTRLF, 3037UVS, 3037
electronic structure of, 1404–1405energy levels of, 2075–2076, 2075fenergy levels, structure of, 2059–2061excitation spectra of, 2061–2062, 2061fextraction of, 1431
aminopolycarboxylic acid, 1286HDEHP, 1409
organophosphorus and carbamoylpho-sphonate reagents, 1276–1278
fluorescence decays of, 2101–2102, 2101fhydration of, 2528–2530, 2529f, 2529thydration numbers of, 2534, 2535f,
2535t–2536tin concentrated solutions, 2536–2538,
2537fhydrolytic behavior of, 2546, 2548tin hydrosphere, 1807–1810luminescence of, 2096–2097, 2097f
study of, 2098–2099magnetic properties of, 2265–2268in mammalian tissues
circulation clearance of, 3368–3369,3368f–3375f, 3371–3376
glycoproteins, 3410–3411, 3411tinitial skeletal fractions of, 3349transferrin binding to, 3365
oxidation of, 1416, 1429–1430purification of
from americium (III), 1410zirconium based sorbents, 1409
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-42
separation from americium, 1271solution reactions of, 1424–1425, 1425fspeciation of, 3110, 3114tstability constants of, 1425, 1426t–1428tTRLF of, 2534–2535, 2536t
Curium (IV)absorption spectra of, 1402–1404, 1405fcomplex of, 1416compound of, 1416electronic structure of, 1404–1405excitation spectra of, 2068, 2071fmagnetic properties of, 2263–2265
magnetic susceptibility of, 2264–2265TIP of, 2263–2264
preparation of, 1429–1430uranium (IV) v., coordination numbers,
585–586Curium-242alpha decay of, 1432from americium–242, 1759applications of, 13981400californium–244 from, 1499detection of, limits to, 3071theat output of, 1398history of, 1397–1398nuclear properties of, 3277tplutonium–238 from, 817production of, 1401–1402solutions of, 1424–1425, 1425fstudy of, 1765
Curium-243alpha decay of, 1432detection of, αS, 3296nuclear properties of, 3277t
Curium-244alpha decay of, 1432from americium, 244, 1759applications of, 1398–1400chemical durability and, 3853–3854,
3854fdetection of
ICPMS, 3328limits to, 3071tαS, 3296
for glass and ceramic study, 3829half-life of, 1759heat output of, 1398history of, 1398isolation of, 1401–1402nobelium from, 1636–1637nuclear properties for, 3277tplutonium-240 from, 862production of, 1400–1401radioactivity of, 1759study of, 1765
Curium-245, production of, 1400–1401Curium-246, production of, 1400Curium-247, production of, 1400
Curium-248berkelium alloy with, 14, 62from californium-252, 1505for hassium production, 1713history of, 1398lawrencium from, 1641neutron emission from, 1505production of, 1400–1401study of, 1765–1766for transactinide element production,
1661–1662Curium-249, decay of, 1447Curium-252, detection of, NAA, 3055–3057,
3056t, 3058fCurium chalcogenides, structural chemistry
of, 2409–2414, 2412t–2413tCurium dioxide, 1413t–1415t, 1419
enthalpy of formation, 2136–2137, 2137t,2138f
heat capacity of, 2138–2141, 2139f, 2142tIPNS of, 2292–2293magnetic properties of, 2292–2293magnetic susceptibility of, 2293structure of, 2397
Curium hydridesentropy of, 2188, 2189tformation enthalpy of, 2187–2188, 2187t,
2189t, 2190fhigh-temperature properties of, 2188–2190,
2190tstructure of, 2404
Curium monoxidedissociative energy of, 2149–2150, 2150fstructure of, 2396
Curium nitrate, 1413t–1415t, 1422Curium oxalate, 1413t–1415t, 1419,
1421–1422Curium oxides, structure of, 2396–2397Curium oxyhalides, structural chemistry of,
2421,2422t, 2423, 2424t–2426tCurium oxysulfate, 1413t–1415t, 1420Curium peroxide, in americium separation,
1271Curium phosphates, 1413t–1415t, 1422
structural chemistry of, 2430–2433,2431t–2432t
Curium pnictides, structure of, 2409–2414,2410t–2411t
Curium sesquioxide, 1413t–1415t, 1419–1420formation enthalpy of, 2143–2146, 2144t,
2145fin gas-phase, 2148t, 2149high-temperature properties of, 2139f,
2146–2147phase diagram of, 3694, 3696fstructure of, 2396–2397, 2396tthermophysical properties of, 3694, 3695t,
3696, 3696f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-43
Curium sesquiselenide, 1413t–1415t, 1420Curium sesquisulfide, 1413t–1415t, 1420Curium sulfate, 1413t–1415t, 1422Curium tetrafluoride, 1413t–1415t, 1418Curium tetrahalides, structural chemistry
of, 2416,2418tCurium tribromide, 1413t–1415t, 1417–1418Curium trichloride, 1413t–1415t, 1417Curium trifluoride, 1413t–1415t, 1417Curium trihalides, structural chemistry of,
2416,2417tCurium trihydroxide, 1413t–1415t, 1421Cyanates, of actinide elements, 1796Cyanex 301americium (III) extraction with, 1287–1289,
1288f, 2675–2676concerns of, 1288–1289disadvantages of, 1289for solvent extraction, 2665trivalent actinide/lanthanide separation,
2762–2763Cyanides, of actinide elements, 1796Cycloheptatrienyl complexes, of uranium,
2253–2254Cycloheptatrienyl ligand, 2860–2862bonding in, 2862, 2863fformation of, 2860–2861structure of, 2861–2862, 2862f
Cyclooctadienyl compounds, americiumligands of, 1363–1364
Cyclooctatetraene complexesof americium, 1323t, 1324of plutonium, 1188–1189structural chemistry of, 2485–2487, 2488t,
2489fCyclooctatetraenyl complexes, 2851–2858americium ligands of, 1363–1364bonding in, 2853–2854, 2854fbridging in, 2857, 2857fcationic derivatives of, 2857–2858chemistry of, 2851, 2856–2857electron transfer rates in, 2856metathesis reactions, 2857pentavalent, 2858ring dynamics of, 2854–2855single ring, 2856–2857synthesis of, 2851–2852trivalent derivatives of, 2855–2856uranocene derivatives, 2851–2853, 2852f
Cyclooctatraene compounds, of neptunium,751–752
Cyclopentadiene complexes, of americium,1323t, 1324
Cyclopentadienyl complexes, 2800–2851of actinide elements, 1801–1803,
1952–1959‘base-free’ 3-ligand, 1954–1956, 1955f3 ligands + X, 1956–1957
4 ligands, 1953–1954metal-metal bonds, 1958–1959mixed ligands, 1957–1958overview of, 1952–1953, 1953fstructure of, 1953, 1953f
of berkelium, 1464t–1465t, 1471bimetallic complexes and, 2890of californium, 1544dicarbollide complexes v., 2868hexavalent, 2847–2851
adamantylimido complex, 2850bis(imido), 2848–2850geometry of, 2847–2848heteroatom substitution, 2850–2851prevalence of, 2847reactivity of, 2847–2850structure of, 2847, 2849fsynthesis of, 2847–2849, 2848f
of neptunium, 750–751pentavalent, 2845–2847
electronic structure, 2847preparation of, 2845–2847, 2846fprevalence of, 2845structure of, 2846f, 2847
phospholyl complexes v., 2869of plutonium, 1189–1191pyrazolylborate v., 2880structural chemistry of, 2468–2485
bis, 2476–2482, 2478f, 2479t–2480t,2481f–2483f
mono, 2482–2485, 2484t, 2485f–2487ftetrakis, 2469, 2469t, 2470ftris, 2470–2476, 2472t–2473t,
2474f–2475f, 2477ftetravalent, 2814–2845
alkali metal reagents, 2844alkyl or aryl ligands, 2539f, 2819–2820,
2820f, 2837–2839amide complexes, 2832bis(indenyl) complex, 2827bonding and structure of, 2815–2817,
2816f, 2816t, 2818fcarbon dioxide reactions, 2824carbon monoxide reactions, 2821–2824cationic species, 2818–2819chalcogenide complexes, 2837dialkyl complexes, 2840Group 14 derivatives, 2820–2821history of, 2815importance of, 2814–2815indenyl complexes, 2844isocyanide ligand insertion, 2825,
2826fmetal-carbon bond in, 2825–2826metathesis and protonation routes for,
2819,2831–2833, 2845mono-ring complexes, 2843–2844organoimido complexes, 2833–2835
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-44
pentamethyl-ligand, 2827–2829, 2829fphosphide complexes, 2832–2833phosphine imide complex, 2825phosphinidene complexes, 2833,
2834f–2835f, 2835phosphorylide complex, 2826, 2828fpolypnictide complexes, 2836pyrazole adduct, 2830reaction patterns, 2841–2843, 2842freactions for, 2817–2818stabilization of, 2829–2830, 2831fthermochemistry, 2821, 2822t,
2840–2841, 2840tthiolate complexes, 2836–2837
of thorium, 116trivalent, 2800–2814
anionic reactions of, 2806cationic complex, 2812chalcogen transfer reagents, 2808coordination chemistry of, 2804dimeric, 2812, 2813fdioxygen reaction, 2808electronic structure of, 2803metal-to-ligand donation, 2806, 2807fmonomeric adducts, 2810–2812, 2811foxidation reactions, 2807–2809, 2814permethylated, 2803–2804reduction of, 2801–2802solubility of, 2802starting material for, 2802structure of, 2802synthesis of, 2800–2801, 2801t, 2803trimeric, 2809–2810of uranium (III), 2812, 2813furanium triiodide THF, 2813–2814
Cyclopropene complexes, of thorium anduranium, 4120
DAAP. See Diamyl(amyl)phosphonateDamage energy, in glasses and ceramics, 3827Damage recovery, of plutonium, 982–983,
983fDark field (DF), for TEM, 3939Darmstadtiumchemical methods for, 1720–1721chemical properties of, 1717–1721discovery of, 6t, 1653electronic structures of, 1682–1684half-life of, 1719isotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, 1720production of, 1719–1720relativistic orbital energies for, 1669fsolution chemistry of
complexation of, 1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686, 1685f–1686f
Darmstadtium-292, half-life of, 1736Data handling, 3972–3978
background subtraction, 3974–3975data from standards, 3978isotope dilution, 3975–3978spectral analysis, 3972–3974decay curve analysis and averaging,
3972–3974Dating, with protactinium-231, 231
and thorium-230, 170–171and uranium-235, 189
DBBP. See Dibutyl butylphosphonateDBM. See DibenzoylmethaneDBP. See DibutylphosphateDCB. See Dirac-Coulomb-Breit HamiltonianDCTA. See 1,2-Diaminocyclohexane
tetraacetic acidDDCP. See Dibutyl-N,N-diethylcarbamyl-
phosphonateDDP. See Dimitrovgrad Dry Process4n+2 Decay chain
thorium–230 from, 53thorium–234 from, 53uranium–238 in, 255–256
Decay chainsof actinium, 20–26, 21f–26fof berkelium–249, 1447of berkelium–250, 1447of bohrium–267, 1711of einsteinium–253, 1447of hassium–269, 1714of hassium–270, 1714of plutonium, 1143–1146of uranium, 21f
Decay process, heat generation in, 985–986Decay curve, analysis and averaging of,
3972–3974Decay energy, of plutonium, 3897, 3898tDecay series. See also Thorium decay series;
Uranium-actinium decay series;Uranium-radium decay series
of actinides, 3480–3481, 3480f4n Decay series. See Thorium decay series4n+1 Decay Series. SeeNeptunium decay series4n+1 Decay Series. SeeUranium-radium decay
series4n+1 Decay Series. See Uranium-actinium
decay seriesDecomposition
acid, 3279–3281fusion, 3278–3279for trace analysis, 3278–3281
Decontamination, of irradiated nuclear fuel,826,828–830
DEH. See N,N-Diethyl hydroxylaminede Haas-van Alphen frequencies, of UIr3,
2334, 2335fD2EHIBA. See Di–2-ethylhexyl isobutylamide
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-45
Deinococcus radioduransactinide chemical toxicity and, 3612, 3613fgamma radiation and, 3608ionizing radiation tolerance of, 3598
Delayed neutron activation analysis(DNAA), for environmentalactinides, 3056t, 3057
δ-phase, of plutonium, 882–883, 882f–883f,886f
5f-electrons, 925atomic volume, 923, 923fdensity of, 935–937, 936tDFT predictions of, 2329–2330, 2330fdiffusion rate, 958–960, 959t, 961felastic constants, 942–943, 944t, 946felectrical resistivity of, 955–957, 955f–956f,
2345–2347, 2346ffield expansion, 892–897heat capacity, 945–947, 950t–951theavy-fermion behavior of, 2342lattice changes in, 981–982, 982f, 982t, 984magnetic properties of, 2355magnetic susceptibility, 949, 953–954, 953fmicrosegregation, 899, 916–917phase transformations, 917–921, 918f–920fself-irradiation defects in, 986solid solubility of, 927solubility ranges of, 930, 930fstability and alloying of, 928–929strength of, 968f, 970–971thermal conductivity, 957thermal expansion, 938t, 939–942, 940fthermoelectric power, 957–958, 958turanium and neptunium influence on, 985
Demesmaekerite, as uranyl selenite, 298Denitrification, 3600Density functional theory (DFT)of actinide metals, 2326–2328of actinocenes, 1947–1948basis of, 1903charge density with, 2330δ-phase plutonium and, 925, 929,
2329–2330, 2330fdevelopments of, 1904electronic structure and bonding properties
with, 923–924for ground state properties calculation,
1671in HF calculations, 1903of neptuniumneptunium (III), 3116neptunium (VII/VI), 3125
for thorium, 3105for thorium oxide, 4088total energy functional of, 2327–2328of uraniumdioxide, 1973hexafluoride, 1935–1937, 1936t
of uranyl, 1920–1921hydroxide complexes, 1925
Density, of plutonium, 935–937, 936toxides with uranium oxides, 1075–1076
Density of states (DOS)of actinide metals, 2318f, 2319description of, 2316–2317Fermi-Dirac distribution function with,
2320of UIr3, 2338, 2338f
Density, of nuclear fuel, 3665Deperturbation analysis, of uranium oxide,
4090Depleted uranium (DU)description of, 1755in environment, 3173–3174environmental contamination with, 3488scope of concern of, 3202
Derriksite, as uranyl selenite, 298Descent-of-symmetry methodcomplications of, 2046use of, 2044
Desferrioxamine (DFO)as chelating agents, 3414iron removal with, 1824for plutonium removal, with DTPA, 1824
Desulfovibrio aspoensis, bioreduction by,3625
Desulfovibrio desulfuricans, bioreductionby, 3623
Desulfovibrio sp., bioreduction by, 3622Desulfovibrio vulgaris, bioreduction by, 3623Deuterides, of plutonium, 989–996applications, 995–996, 996felectronic structure of, 995, 995thistory of, 989physical properties of, 990, 995, 995tpreparation and reactivity of, 989–990solid state structures, 992–994, 993f, 993tstoichiometry and phase relationships,
990–992, 991f–992fstorage and handling of, 989
Dewar-Chatt-Duncanson model, of synergicbonding, 1956
Dewindite, description of, 297DF. See Dark field; Dirac-FockDF-LCAO. See Dirac-Fock linear
combination of atomic orbitalsDFO. See DesferrioxamineDFT. See Density functional theoryDHDECMP. See Dihexyl-N,N-diethylcarba-
moylmethyl phosphonateDHHA. See Di-n-hexyl hexanamideDialkyl complexes, with cyclopentadienyl,
2840Dialysis, for sample concentration, 3023DIAMEX process, for actinide extraction,
1769,2657–2658
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-46
Diamide extractantsactinide extraction with, 1285–1286, 1408overview of, 1285
1,2-Diaminocyclohexane tetraacetic acid(DCTA)
fermium complexes with, 1629mendelevium complexes with, 1635
1,10-Diaminodecane-UO2SeO4-H 2O system,
4182–4184, 4184fDiamyl(amyl)phosphonate (DAAP)for THOREX process, 2736in U/TEVA•Spec, 3284
Diamylamylphosphonate, for plutoniumextraction, 3919
Di-2-amyl-2-butyl-phosphoric acid, forplutonium extraction, 3919
1,3-Diazidobenzene, cyclopentadienylcomplex reaction with, 2809, 2810f
1,4-Diazidobenzene, cyclopentadienylcomplex reaction with, 2809, 2810f
DIBC, protactinium extraction with,182, 188
Dibenzoylmethane (DBM), actinideextraction with, 3287
Dibenzyl sulfoxide, for protactiniumextraction, 181–182
DIBK, protactinium extraction with, 182Dibutyl butylphosphonate (DBBP),
americium extraction with, 1274Dibutyl-N,N-diethylcarbamylphosphonate
(DDCP), extraction with, 3282Dibutylphosphate (DBP), in waste effluents,
3507–3508Dibutylphosphoric acid (HDBP), separation
with, 2650Dicarbollide ligands, 2868–2869cyclopentadienyl v., 2868generation of, 2868–2869geometry of, 2868
Dicarboxylic acids, in plasma, 3360–33615,7-Dichloro–8-hydroxyquinoline,
californium extraction with, 1513Dichromate titration, for plutonium
determination, 3936–3937DIDPA. See Diisodecylphosphoric acidDiethylenetriamine pentaacetate (DTPA)americium separation with, 2671–2672in bone binding study, 3408–3409as chelating agent, 3413–3114curium separation with, 1409, 2672extraction with, 3282plutonium complex with, 1176–1177, 1178t,
1179–1181for removal, 1823
for plutonium removal, with DFO, 1824separation with, 2640–2641
Di(2-ethylhexyl) phosphoric acid (HDEHP),for plutonium extraction, 3919
Differential pulse polarography (DPP), forenvironmental actinides, 3049t,3052, 3053f
Differential pulse voltammetry (DPV), forenvironmental actinides, 3049t,3052, 3053f
Diffusion. See Athermal diffusion; Chemicaldiffusion; Radiation-enhanceddiffusion; Thermal diffusion
Diffusion coefficientsof plutonium, 3685of uranium, 3685
Diffusion ratesof einsteinium, 1606of plutonium, 958–960, 959t
Di–2-ethylhexyl isobutylamide (D2EHIBA)protactinium extraction with, 184for THOREX process, 2736
Diglycolamides, for solvating extractantsystem, 2659–2660
Dihalidesstructural chemistry of, 2415–2416thermodynamic properties of, 2178–2179,
2180t–2181t, 2181fgaseous, 2179solid, 2178–2179
Dihexyl-N,N-diethylcarbamoylmethylphosphonate (DHDECMP)
in actinide production, 2737–2738americium extraction with, 1277–1278extractant comparison with, 2763–2764,
2763tin solvating extractant system, 2655,
2656tDi-isobutylketone (DIPK), protactinium
extraction with, 176, 178, 182, 188Diisodecylphosphoric acid (DIDPA)
actinide extraction with, 2753–2756flow sheet for, 2755, 2755foverview of, 2753–2755, 2755ftests for, 2755–2756
americium extraction with, 1276extractant comparison with, 2763–2764,
2763tneptunium extraction with, 713
Di-isopropylcarbinol (DIPC), protactiniumextraction with, 175
1,3-Diketones, for plutonium extraction,3920
Dimethyl oxalate, actinium precipitation with,38
1,1-Dimethylhydrazine (DMHz), neptunium(VI) reduction with, 761
Dimethyl sulfoxide (DMSO), for protactini-um extraction, 181–182
Dimitrovgrad dry process (DDP)applications, separation efficiency in,
2707–2708
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-47
dissolution for, 2705minor actinide behavior in, 2706–2707,
2707ffor MOX fuel reprocessing, 2692–2693uranium and plutonium recovery,
2705–2706Di(n-butylbutyl)phosphonate, for plutonium
extraction, 3919, 3920Di-n-hexyl hexanamide (DHHA), for
THOREX process, 2736Dinonylnapthalene sulfonic acid (HDNNS),
americum extraction with, 1286–1287,2673–2675, 2674t
Dioxide dichloride, of uranium, 567–570Dioxidesmagnetic properties of, 2272–2294americium, 2291–2292curium, 2292–2293neptunium, 2282–2288plutonium, 2288–2290summary of, 2293–2294uranium, 2272–2282
of plutonium, reactions of, 3219–3222thermodynamic properties of, 2136–2143enthalpy of formation, 2136–2137,
2137t, 2138fentropy, 2137–2138high-temperature properties, 2138–2141,
2139f, 2142tnonstoichiometry, 2141–2143
Dioxouranium (V), aqua ions of, 594t, 595Dioxouranium (VI), aqua ions of, 594t,
596,596fDIPC. See Di-isopropylcarbinolDIPEX resinfor americium extraction, 1294for separation, 3284–3285
Diphenyl-N,N-dibutylcarbamoylmethylene-phosphine oxide (DΦDBuCMPO),in TRUEX process, 1283, 2739
Diphenyl sulfoxide, for protactiniumextraction, 181–182
Diphonix resinfor actinide extraction, 716for americium extraction, 1293–1294for ion exchange, 2642–2643, 2643f
Dipicolinates, structural chemistry of,2441t–2443t, 2446–2447, 2446f
Dipivaloylmethanato complex, ofcalifornium, 1541
DIPK. See Di-isobutylketoneDirac-Coulomb-Breit (DCB) Hamiltonian,
for relativistic treatments, 1670Dirac equation, for relativistic methods,
1904–1905Dirac-Fock (DF)for electronic structure calculation, 1670,
1900
element 113–184 ground stateconfigurations, 1722, 1722t
RECPs with, 1907–1908Dirac-Fock linear combination of atomic
orbitals (DF-LCAO), for electronicstructure calculation, 1670–1671
Dirac-Hartree-Fock calculations, on uranyl,1917–1918
Dirac-HF methods, equations for,1905
Dirac-Kohn-Sham methods, equations for,1905
Dirac-Slater discrete-variational method(DS-DV method), for electronic structure calculation, 1671
Dirac-Slater (DS) method, for electronicstructure calculation, 1670
Direct oxide reduction (DOR)MSE v., 869for plutonium metal production, 866–869,
868f–869ffurnace for, 868fprocess for, 866–868results of, 868–869, 869f
in pyroprocessing, 2694pyroredox v., 875use of, 2692
Di-S-butylphenyl phosphonate (DSBPP),uranium extraction with, 175
Displacementsby alpha-particles, 3678–3679, 3679f,
3679tby beta-particles, 3678cascade in glasses and ceramics, 3826by neutrons, 3677–3678
Dispositionoptions for, 3262–3266
interim storage, 3266issues of, 3262–3263metals and oxides, 3263–3266
of plutonium, 3199–3266by ceramification, 3265–3266immobilization, 3264metal, 3263as MOX fuel, 3263–3264by vitrification, 3265
of uranium, 3199–3266Disproportionation reactionsof actinide complexes, 2600–2601, 2600tof americium, 1331–1332redox behavior v., 2601
Dissimilatory metal reducing bacteria(DMRB), 3547
redox behavior of, 3178, 3181Dissociative energy, of actinide monoxides,
2149–2150, 2150fDissociation energy, of uranium hexafluoride,
4107
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-48
Dissolution, in RTILs, 2690Dissolution reactions, mathematical modeling
of, 3645Distribution coefficient (Kd), 3538for americium purification, 1290of californium, 1554of fission products, 842, 842tof lawrencium, 1645
Dithiophosphinic acids, as trivalent actinideand lanthanide separating agent, 1289,1408, 2676
DMDBDDEMA. See N,N´-Dimethyl-N,N´-dibutyldodecyloxyethyl malonamide
DMDBTDMA. See N,N´-Dimethyl-N,N´-dibutyl-2-tetradecyl malonamide
DMDOHEMA. See N,N´-Dimethyl-N,N´-dioctylhexyloxyethyl malonamide
DMFT. See Dynamical mean-field theoryDMHz. See 1,1-DimethylhydrazineDMRB. See Dissimilatory metal reducing
bacteriaDMRB. See Dissimilatory metal-reduction
bacteriaDMSO. See Dimethyl sulfoxideDNAA. See Delayed neutron activation
analysisDNA footprinting, photochemical oxidation
for, 630–631Dolomite, uranium in, 3160DOR. See Direct oxide reductionDOS. See Density of statesDouble groups, for electronic structure
calculations, 1910–1914Double perovskites, solid state structures
of, 1060t–1061t, 1062–1063, 1063fDowex 1, for separation, 2636, 2636fDowex–1 anion-exchange column,
protactinium separation on, 180, 180fDowex 50actinide elution with, 1624, 1625ffor actinium purification, 30–31for californium purification, 1508for curium separation, 1433–1434for fermium separation, 1624for nobelium purification, 1639for separation, 2636–2638, 2637f
DΦDBuCMPO. See Diphenyl-N,N-dibutyl-carbamoylmethylenephosphine oxide
DPP. See Differential pulse polarographyDPV. See Differential pulse voltammetryDS method. See Dirac-Slater methodDSBPP. See Di-S-butylphenyl phosphonateDS-DV method. See Dirac-Slater discretevar-
iational methodDTPA. See Diethylenetriamine pentaacetateDU. See Depleted uraniumDubnaseaborgium production at, 1706–1707
transactinide element claims of LBNLv., 1659–1660
Dubniumchemical properties of, 1666, 1691t,
1703–1706discovery of, 6t, 1653, 1653telectronic structures of, 1676–1682,
1677f–1678f, 1680t–1681t, 1682fgas-phase chemistry of, 1705–1706history of, 1703ionic radii of, 1674f, 1675–1676, 1676tionization potential of, 1674, 1674fisotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, in aqueous solution,
1774–1776, 1775trelativistic effects in, 1666–1667, 1667frelativistic orbital energies for, 1669fsolution chemistry of, 1703–1705complexation of, 1688–1689hydrolysis, 1686–1687, 1687toxidation states of, 1703–1704redox potentials, 1685–1686,
1685f–1686fvolatility of, 1664
Dubnium-258, chemical properties of,1666
Dubnium-260lawrencium-256 from, 1644from meitnerium-268, 1717
Dubnium-261, study of, 1703Dubnium-262, gas-phase chemistry of,
1705–1706Dynamical mean-field theory (DMFT)
plutonium magnetism with, 2355SIM v., 2344
Dysprosium, californium v., 1545Earth’s crust
thorium in, 3484–3485, 3485turanium in, 3484, 3485t
EBR-I reactor, 3669ECF. See Extracellular fluidECM. See Exchange charge modelEcosphere, actinide fate and transport in,
3504–3560geochemical characteristics for, 3506–3509,
3508fprediction of, 3505–3506processes and mechanisms affecting
speciation, 3509–3549ECPs. See Effective core potentialsEDL. See Electrodeless discharge lampEDS. See Electron dispersed spectroscopyEDTA. See Ethylenediaminetetraacetate;
Ethylenediaminetetraacetic acidEDX. See Energy dispersive X-ray analysesEELS. See Electron energy loss spectroscopy
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-49
Effective core potentials (ECPs), for scalar-relativistic methods, 1906–1907
Effective mass, of actinide metals, 2319–2322Effective moment, for magnetic susceptibility
data, 2230–2231Effective-operator Hamiltonian, 2026–2030corrective terms for, 2029–2030, 2055crystal field parameters with, 2050crystal field theory with, 2036–2037expansion with CCF, 2054–2055free-ion parameters in, 2071–2072, 2073ffor penta- and hexavalent actinides,
2080–2081use of, 2030
Eh, actinide transport and, 3506–3507EHEH. See N,N-Ethyl (hydroethyl)hydrox-
ylamineEh-pH diagrams. See Pourbaix diagramsEigenfunctionsof crystal field level, 2041–2042free-ion, 2042magnetic data for, 2226magnetic susceptibility for, 2226for N-electron ion, 2022
Eigen mechanism, in complexation,2602–2603
Eigen-Wilkins mechanismligand substitution and, 608–610organic and inorganic ligand formation
and, 615–616Einsteinium, 1577–1613atomic and ionic radii, and promotion
energies, 1612–1613complete spectrum of, 1872–1873compounds of, 1594–1612crystal data, 1594–1600, 1596toxychloride, 1595sesquioxide, 1595–1599solids other results of, 1602–1603solids spectrometry of, 1600–1602, 1601fsolutions related studies, 1605–1609,
1606tsolutions spectrometry of, 1604–1605,
1604ftrichloride, 1595in vapor state, 1609–1612
discovery of, 5t, 9, 1577, 1761in electrodeless lamps, 1885–1886, 1885felectronic properties and structure of,
1586–1588, 1587f, 1589t–1590t,1864–1865, 1864f
hydrocarbon reactions with, 4128–4131,4129f
fermium separation from, 1624–1625half-life of, 1579introduction to, 1577–1579applications of, 1579oxidation states of, 1578
ionization potentials of, 1588, 1590f, 1874tisotopes of, 10, 1579, 1581t, 1582lanthanide elements v., 2metallic state of, 1588–1594, 1591t
alloys of, 1592–1593other actinide metals v., 1591–1592, 1591tproblems of, 1588production of, 1590, 1593–1594properties of, 1590–1591, 1591tstructure of, 2388thermodynamic properties of, 1592–1593
nuclear properties, 1580–1583, 1581torganic and inorganic molecule reactivity
with, 4138oxidation states of, 2526
in aqueous solution, 1774–1776, 1775tproduction of, 1577–1578, 1580–1583purification and isolation, 1583–1585
chromatographic methods for,1583–1584
overview of, 1583reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fsublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fsynthesis of, 9thermodynamic properties of
enthalpy of formation, 2123–2125,2124f–2125f, 2539, 2541t
entropy of, 2539, 2542f, 2543tGibbs formation energy of, 2539, 2540theat capacity of, 2119t–2120t, 2121f
Einsteinium (I)atomic properties of, 1588, 1589t
Einsteinium (II)magnetic properties of, 2271–2272
Einsteinium (III)absorption spectra of, 1604–1605, 1604fhydration of, 2528–2530, 2529f, 2529thydrolytic behavior of, 2546, 2548tinteraction parameters of, 2062–2064,
2063tionic radius of, 1613magnetic properties of, 2271in mammalian tissues
circulation clearance of, 3368–3369,3368f–3375f, 3371–3376
initial skeletal fractions of, 3349reduction of, 1602
Einsteinium (VI), existence of, 1611Einsteiniumhydrocarbon reactions with, 4128–4131,
4129forganic and inorganic molecule reactivity
with, 4138Elastic collisions, 3676Einsteinium-253atomic properties of, 1588, 1589t–1590t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-50
in borosilicate glass, 1601–1602,1602f–1603f
from californium–253, 1504decay of, 1447discovery of, 1580half-life of, 1580mendelevium–256 from, 1630–1631production of, 1582–1583in rutherfordium extraction, 1700from rutherfordium–261, 1695
Einsteinium-254production of, 1582–1583thermochromatography of, 1611–1612
Einsteinium-255discovery of, 1580fermium–255 from, 1622half-life of, 1580production of, 1582–1583
Einsteinium dioxide, entropy of, 2137–2138Einsteinium oxides, structure of, 2399, 2399tEinsteinium oxychloride, 1595, 1596tEinsteinium oxyhalides, structural chemistry
of, 2421, 2422t, 2423, 2424t–2426tEinsteinium sesquioxide, 1595–1599bond dissociation of, 1611electron diffraction pattern of, 1597, 1597fformation enthalpy of, 2143–2146, 2144t,
2145flanthanides v., 1613production of, 1595–1597properties of, 1596t, 1597–1598, 1599fself-irradiation and, 1598structure of, 1598–1599, 2399, 2399t
Einsteinium tetrafluoride, formation of,1611–1612
Einsteinium tribromide, 1599Einsteinium trichloride, 1595, 1596tEinsteinium trifluoride, tetrafluoride from,
1611–1612Einsteinium trihalides, structural chemistry
of, 2416, 2417tEisenstein-Pryce theory, optical transitions
to, 2227tEkanite, structural data for, 113Elastic collisions, 3676Elastic constantsof plutonium, 942–943, 944t, 945f–946frole of, 943
Elastic recoil detection analysis (ERDA), forenvironmental actinides, 3059t, 3065
Eldorado mine, uraninite at, 274Electrical conductivity, of uranium, oxide,
368–369Electrical propertiesof plutonium hydrides, 3205of uranium metal, 324, 324f, 324t
Electrical resistivityof actinide metals, 2309, 2310f, 2324
of americium, 1298t, 1299of Fermi liquid, 2340–2341, 2341fof plutonium, 954–957, 954f–956f,
2345–2347, 2346fδ-phase, 955–957, 955f–956funalloyed, 954–955, 954f
of UBe13, 2342, 2343fof uraniumhydrides, 333metallic state, 322
Electric field deflection measurements, ofuranium dioxide, 4095–4096
Electricity generation, fuels for, 3475, 3572Electrochemical methods
for neptuniumdetermination of, 790–792electrolysis, 761–762
for protactinium, 227gravimetric methods, 229–231polarographic, 227potentiometric and amperometric, 227spectrophotometric methods, 227–228
Electrochemical separation, of uranium,632–633
Electrodeless discharge lamp (EDL)for actinide spectroscopy, 1839design and construction of, 1839,
1885–1886, 1885fElectrodeposition
of neptunium, 717for plutonium counting source preparation,
3929–3930in RTILs, 2690–2691
Electrode potentialsof actinide ions, 2127–2131, 2130f–2131fof americium, 1328–1330, 1329tof einsteinium, 1606of element 113, 1725
Electrolysisof actinium, 38of neptunium, 761–762of protactinium, 220of thorium, 60–61
Electrolytes, plasma and urine concentrationsof, 3356–3357, 3357t
Electrolytic behavior, of neptunium, 755–759coulometric behavior, 757–759, 758fvoltammetric behavior, 755–757, 756t, 757f
Electrolytic refining, for plutonium metalproduction, 3896
Electromagnetic separationof plutonium isotopes, 821–822for uranium enrichment, 3488
Electrometallurgical technology (EMT)overview of, 2693in pyroprocessing, 2694
Electron acceptorsbioprecipitation, 3637
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-51
in bioreduction, 3617–3622, 3618f, 3625carbonate as, 3599mathematical modeling of, 3639–3642metal as, 3598–3601in microorganism growth, 3598nitrate as, 3599oxygen as, 3598–3599sulfate as, 3598–3601
Electron behaviorin actinides, 1–2parameters for, 2054
Electron diffraction techniques, for einsteini-um, 1595–1598, 1597f
Electron dispersed spectroscopy (EDS),for environmental actinides, 3049t,3050–3051
Electron-electron correlationsin actinide metals, 2325–2326
Fermi surface in, 2334Hartree term and, 2328
Electron energy loss spectroscopy (EELS),3939
for environmental actinides, 3049t,3051–3052
Electron donorsactinide toxicity and strong complexation
with, 3645–3648, 3646f–3648faerobic respiration and, 3599in bioreduction, 3617–3622, 3618fin bioremediation, 3652in complexation, 3648–3650, 3649fhydrogen as, 3616, 3648mathematical modeling of, 3639–3642
Electron exchange reactions, of actinidecomplexes, 2597–2598
Electronic configuration, of plutonium,3892–3894
Electronic energiesof berkelium, 1452–1453of californium, 1513–1515, 1514t
Electronic excitations, in glasses and ceramics,3826–3827
Electronic spectra. See also Absorptionspectra
of actinides, 1950–1951of berkelium, 1475of plutonium, ions, 1113–1114, 1115fof uranium dioxide, 1973
Electronic spectroscopyof actinide hexahalides, 4105–4110of actinide tetrahalides, 4110–4113,
4111fElectronic structuresof actinide compounds, 1893–1998actinyl ions and oxo complexes,
1914–1933concluding comments, 1995–1996divalent, 2024, 2024t
halide complexes, 1933–1942introduction, 1893–1901, 2013–2016matrix-isolated, 1967–1991organometallics, 1942–1967relativistic approaches, 1902–1914speciated ions, 1991–1992tetravalent, 2024, 2024ttrivalent, 2024, 2024tunsupported metal-metal bonds,
1993–1994of actinide elements, 1770–1773,
1842t–1850t, 1851–1860, 1851f,1894–1897, 1896f–1897f,1896t–1897t
charge-transfer transitions and actinylstructures, 2085–2089
configuration, 1771–1773, 1772t, 1773fcrystal-field interaction, 2036–2056determination of, 1858–1860, 1860fdivalent, 2077–2079energies of, 1853–1858, 1854f, 1855t,
1856f, 1859ffree-ion interactions, 2020–2036general considerations, 1770metallic state, 1788–1789, 1789fpenta- and hexavalent, 2079–2085, 2080tperiodic table position, 1773, 1774fredox potentials v., 1859–1860, 1860frelative energies, 2016–2020relativistic approaches to, 1902–1914spectroscopic studies, 1770–1771structure, 1771–1773, 1772t, 1773fsummary of, 1866–1872, 1868ttetravalent, 2064–2076theoretical term structure, 1860–1862trivalent, 2056–2064
of actinide metals, 2318–2319, 2318fof actinocenes, 1946–1948of americium, 1295of berkelium, 1452–1453, 1461
berkelium (III), 1445of curium
curium (III), 1404–1405curium (IV), 1404–1405
of cyclopentadienyl complexespentavalent, 2847trivalent, 2803
DFT for, 923–924of dubnium, 1703of einsteinium, 1586–1588of element 113, 1722t, 1723–1725of element 114, 1722t, 1725–1727of element 115, 1722t, 1727–1728of fullerenes, 2864–2865of ion in condensed-phase medium,
2036–2037Kramers degeneracy, 2228of lawrencium, 1643
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-52
of mendelevium, 1633–1634, 1634tof 5f orbital, determination of, 2019–2020of 6d orbital, determination of, 2020of plutonium, 857, 921–935, 922–923, 923f,
1191–1203alloy theory and modeling, 925–929, 926fα-phase, 923–924, 923fδ-phase, 923f, 925hydrides and deuterides, 995, 995tionic and covalent bonding models,
1191–1192lattice effects and local structure, 930–935novel interactions of, 921–922, 922fplutonium dioxide, 1044, 1196–1199,
1197f, 1976plutonium hexafluoride, 1194–1196, 1195fpnictides, 1023radial probability densities, 1192, 1193fspecific examples, 1192–1203
of thorium, 1869, 1870tcarbide oxide, 1982, 1983t
of transactinide elementscalculation of, 1670gas-phase compounds, 1676–1684,
1677f–1678f, 1680t–1681t, 1682fof tris(amidoamine) complexes, 2888of uranium
carbide oxide, 1977–1978, 1977t, 1982,1983t
metallic state, 2318–2319, 2318furanium dioxide, 1973
uranyl ion, 1915Electronic transport, and magnetism,
2367–2368Electronic transitionsin actinocenes, 1949–1952
protactinocene, 1949–1951thorocene and uranocene, 1951–1952
radiative and nonradiative, 2089–21035f5f transitions, 2089–2093fluorescence lifetimes, 2093–2095ion-ion interaction and energy transfer,
2101–2103nonradiative phonon relaxation,
2095–2100of uranium dioxide, 4096–4099, 4097tof uranium oxide, 4088–4089, 4089t,
4093–4094, 4094fElectronic transition spectroscopy, for
electronic structure, 1770–1771Electron microprobe analysis (EMPA), for
environmental actinides, 3049t, 3050Electron microscopy, for actinide element
study, 14Electron-nuclear double resonance
(ENDOR)fluorine structure measurement by, 2243of uranium bis-cycloheptatrienyl, 2246
Electron paramagnetic resonance (EPR)actinide ion measurements with, 2226of americiumamericium (IV), 2263dioxide, 2292
of 5f1 compounds, 2241of 5f7 compounds, 2265of cyclopentadienyl complexes, trivalent,
2803of einsteinium, 1602einsteinium (II), 2272
for electronic structure, 1770Kramers degeneracy and, 2228of neptuniumhexafluoride, 2243tetrachloride, 2258t, 2261
neutron scattering v., 2232non-Kramers degeneracy and, 2228of organouranium (V) complexes, 2246of plutonium (III), 2262–2263of thoriumdioxide, 2265thorium (III), 2240
of uraniumbis-cycloheptatrienyl, 2246tris-cyclopentadienyl, 2259, 2259turanium (III), 2259
Electron repulsion, spin-orbit coupling v.,1928–1929
Electron transfer rates, in cyclooctatetraenylcomplexes, 2856
Electron transport tower, 3620–3621,3620f
Electronic excitations, in glasses and ceramics,3826–3827
Electronic spectroscopyof actinide hexahalides, 4105–4110of actinide tetrahalides, 4110–4113, 4111f
Electronic transitionsof uranium dioxide, 4096–4099, 4097tof uranium oxide, 4088–4089, 4089t,
4093–4094, 4094fElectronic transition spectroscopy, for
electronic structure, 1770–1771Electroplating, for sample concentration,
3023–3024Electrorecovery, of actinide elements,
2719–2721Electrorefining (ER), 2712–2717
electro-transport in, 2714–2715historical development of, 2712–2713IFR and, 2713reprocessing in, 2713–2714
for plutonium metal production, 870–872,873f–875f
equipment for, 871–872, 873f–874fprocess for, 870product of, 872, 875f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-53
pyroredox after, 872–876use of, 2692
separation efficiencies in, 2715–2717, 2718tElectrospray ionization (ESI), gas phase
reactions, 4139–4140Electrospray ionization mass spectroscopy
(ESMS), for environmental actinides,3049t, 3052–3055, 3054f
Electrostatic adsorption, 3538Electrostatic concentration methods, for
uranium ore, 303Electrostatic integrals, of actinide elements,
1862–1863divalent and 5þ valent, 2076
Electrothermal vaporization (ETV), forICPMS, 3323
Element 112chemical methods for, 1720–1721chemical properties of, 1717–1721discovery of, 1653–1654electronic structures of, 1682–1684isotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, 1720production of, 1719, 1720relativistic orbital energies for, 1669fsolution chemistry ofcomplexation of, 1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686,
1685f–1686fElement 113chemical properties of, 1723–1725, 1724telectronic structure of, 1722t, 1723–1725ionization potentials of, 1723, 1726tisotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1659production of, 1737relativistic orbital energies for, 1669f
Element 114chemical properties of, 1724t, 1725–1727electronic structure of, 1722t, 1725–1727ionization potentials of, 1725, 1726tisotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1659oxidation states of, 1727production of, 1738relativistic orbital energies for, 1669f
Element 114–287, discovery of, 1735Element 114–288, discovery of, 1735Element 114–289, discovery of, 1735–1736Element 114–298, half-life of, 1736Element 115chemical properties of, 1724t, 1727–1728electronic structure of, 1722t, 1727–1728
ionization potentials of, 1725f, 1726t, 1727isotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1659oxidation states of, 1727–1728relativistic orbital energies for, 1669f
Element 116chemical properties of, 1724t, 1728–1729ionization potentials of, 1726t, 1728isotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1659oxidation states of, 1728production of, 1737–1738relativistic orbital energies for, 1669f
Element 116–292, discovery of, 1736Element 117chemical properties of, 1724t, 1728–1729ionization potentials of, 1726t, 1728orbital filling in, 1659oxidation states of, 1728relativistic orbital energies for, 1669f
Element 118chemical properties of, 1724t, 1728–1729ionization potentials of, 1726t, 1728–1729orbital filling in, 1659oxidation states of, 1729relativistic orbital energies for, 1669f
Element 118–293decay of, 1737production of, 1737
Element 119chemical properties of, 1724t, 1729–1731ionization potentials of, 1729, 1730forbital filling in, 1659
Element 119–294, production of, 1737Element 120chemical properties of, 1724t, 1729–1731ionization potentials of, 1729, 1730forbital filling in, 1659
Element 120–295, production of, 1737Element 121breit effects on, 1669chemical properties of, 1724t, 1729–1731orbital filling in, 1659
Element 122elements beyond, 1659, 1731–1734orbital filling in, 1659
Element 164, chemical properties of, 1732Element 165, properties of, 1732–1733Element 166, properties of, 1732–1733Element 171, properties of, 1733Element 172, properties of, 1733Element 184, properties of, 1733Elemental mass spectrometers, actinide gas
phase reactions in, 4141El’kon District deposit, brannerite at, 280Ellingham diagram, for fission products, 3730f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-54
Elution chromatography, in ion-exchangechromatography, 1289–1290
Elution ion-exchange, 3925Embrittlement, of plutonium, 981from radiogenic helium, 986
Emission spectrometryof plutonium, 3932–3933of thorium oxide, 4083, 4084tof uranium hexafluoride, 4106
Emission spectrumof americium, 1296of berkelium, 1453–1454, 1484of californium, 1516of plutonium, 857–859, 858f, 860tof protactinium, 190, 226
protactinium (IV), 2067–2068, 2068fEMPA. See Electron microprobe analysisEMT. See Electrometallurgical technologyENAA. See Epithermal neutron activation
analysisEncapsulation, in nuclear fuel cycle, 3674, 3675fEndocytosis, actinide elements in liver and,
1816ENDOR. See Electron-nuclear double
resonanceEnergetic projectiles, slowing down of in
matter, 3676–3682Energy bandsin actinide metals, 2313–2317energy levels in, 2316–2317
Energy dispersive X-ray analyses (EDX)forensics investigations with, 3984–3985,
3985f, 3986ffor plutonium analysis, 3942–3951, 3944f
absorption edge spectrometry,3945–3948, 3945f–3947f
for scanning electron microscopy,3940–3942, 3942f
Energy levelsof actinide cyclopentadienyl complexes,
1954, 1955fof actinide ions in crystals, 2013, 2014tof actinium (III), 2058, 2059fof 5f1 compounds, 2241, 2242fof crystal fields, 2044, 2046tof curium (III), 2059–2061, 2266deduction of, 2019effective-operator Hamiltonian for, 2026–2027in energy band, 2316–2317of 5f electrons, 2347, 2348f–2349fof free-ions, 2042
condensed phase correlation and,2037–2039, 2038t
of f orbitals, 2014–2016, 2015f5f, 2019–20206d, 2020Hamiltonian of, 2031–2032
magnetic data for, 2226
in metallic state, 2308of neptuniumhexafluoride, 2083–2085, 2083t, 2085fneptunium (IV), 2067
of plutonium hexafluoride, 2083–2085,2083t, 2085f
of protactinium (IV), 2065–2066, 2066tof radiative relaxation, 2094–2095, 2094ffor RIMS analysis, 3319, 3320ffor tetra-, penta-, and hexavalent ions,
2081–2082, 2083t, 2084fof tetravalent actinide ions, 2070, 2072t,
2075–2076, 2075fof thoriumcarbide oxide, 1981, 1982fcarbonyl, 1986, 1987f
of trivalent actinide elements, 2032, 2033t,2058–2061, 2058f–2060f
of uraniumcarbide oxides, 1980fcharge-transfer, 2086, 2087fhexafluoride, 1934–1935, 1934f, 1936toxides, 1973, 1975furanium (III), 2058, 2058furanium (IV), 2066–2067, 2066t
Energy lossby alpha-particles, 3678–3679, 3679f, 3679tby beta-particles, 3678by neutrons, 3677–3678
Eniwetok, 3551Enrichment
in nuclear fuel cycle, 3673–3675, 3675fof uranium, 3488–3489
Enthalpy. See also enthalpies for specificprocesses
of alkyne complexes oligomerization,2627f, 2926–2929
of americium, 1328–1330, 1329tof berkelium, 1459–1460of californiummetal, 1523–1524, 1524foxides, 1537
of curiumdioxide, 1419sesquioxide, 1419
of cyclopentadienyl complexes, tetravalent,2821, 2822t–2823t
of electron exchange reactions, 2597of fermium, 1627–1628of halides, 2578–2580, 2579t, 2581tof lawrencium, 1644of mendelevium, 1634–1636of metal-ligand bonds, 2912–2913of plutoniumoxides with uranium oxides, 1076tribromide, 1100
Enthalpy of formation. See also Formationenthalpy of actinides, 4135, 4137t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-55
Entropyof actinide elements, 2115–2116, 2116f,
2539, 2542f, 2543tof actinide ions, 2125–2127of actinide oxideswith alkali metals, 2151, 2152twith alkaline earth metals, 2155t,
2156–2157of americium, 1298t, 1299of californium, 1527of carbides, 2196, 2197tof curium, 1411of dihalides, 2179, 2180t–2181tof dioxides, 2137–2138of electron exchange reactions, 2597of halides, 2578–2580, 2579t, 2581tof hexahalides, 2159–2160, 2160t, 2164tof hydrides, 2188, 2189tof mendelevium, 1635of monohalides, 2179, 2180t–2181tof nitrides, 2197t, 2201–2202of oxyhalides, 2182, 2183t–2184t,
2186t–2187tof pentahalides, 2160t, 2161, 2164, 2164tof sesquioxides, 2146, 2146fof tetrahalides, 2166t, 2167, 2168fof thorium, 119, 119tof transition metal compounds, 2206t,
2210–2211of trihalides, 2170t, 2176tribromides, 2172f, 2174t, 2176trichlorides, 2172f, 2173t, 2176trifluorides, 2171t, 2172f, 2176triiodides, 2172f, 2175t, 2176
of trihydroxides, 2191, 2191tEnvironment. See also Ecosphereactinides injected into, 3476actinide species in, 3013–3014, 3015fanalytical techniques for, 3018–3020,
3019tanthropogenic, 3016dispersal of, 3016–3017humic and fulvic acids with, 3139–3140mining, 3017natural occurrence, 3014–3016, 3015fseparation of, 3021
depleted uranium in, 3173–3174identification and speciation in, 3013–3073background, 3013–3021combining and comparing analytical
techniques, 3065–3071concluding remarks, 3072–3073electron-photon, -electron, -ion
techniques, 3047–3055ion-photon, -electron, -neutron, -ion
techniques, 3058–3065neutron-photon, -electron, -neutron, -ion
techniques, 3055–3057
passive techniques, 3025–3033photon-phonon, -electron, -neutron, -ion
techniques, 3043–3047photon-photon techniques, 3033–3043specifics of, 3024–3065
natural availability of actinides in, 3479sampling, handling, treatment, and
separation in, 3021–3024issues with, 3021sample and data collection in, 3021–3022treatment and separation of, 3022–3024
trace analysis in, 3273–3330atomic spectrometric techniques,
3307–3309chemical procedures, 3278–3288introduction, 3273–3277mass spectrometric techniques,
3309–3328nuclear techniques, 3288–3307summary, 3328–3329
Environmental aspects, of actinide elements,1803–1813, 2769
in hydrosphere, 1807–1810man-made, 1805–1807of natural origin, 1804–1805nuclear waste disposal, 1811–1813overview of, 1803separation techniques for, 2725–2727sorption and mobility, 1810–1811
Environmental contaminationwith depleted uranium, 3488of plutonium, 3979–3980
Environmental problemsactinide chemistry for, 3of neptunium, 782–783, 786of nuclear power, 1826transuranium elements released, 1807,
1808t, 3095of uranium, 270
Environmental samplecollection of, 3021–3022issues with, 3021sorption studies on, 3140–3183
bacterial interactions, 3177–3183carbonate incorporation, 3159–3164iron-bearing mineral phases, 3164–3169natural soil samples, 3171–3177overview of, 3140, 3151phosphates, 3169–3171silicates, 3151–3158
synchrotron for, 3086–3087, 3095–3140acid redox speciation, 3100–3124base redox speciation, 3124–3137organic acids, 3137–3140overview, 3095–3100
treatment and separation of, 3022–3024coprecipitation, 3023dialysis of, 3023
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-56
electroplating, 3023–3024gel electrophoresis, 3024liquid-liquid partitioning, 3024liquid-solid partitioning, 3024
Environmental zones, actinides in, 3549–3560aqueous environments, 3552–3556, 3554fcolloidal transport, 3558global fallout, 3549–3552natural analogues, 3559–3560subsurfaces and sediments, 3557–3558
Enzymatic reductionof multivalent actinides, 3618–3621of uranium, 3623
e-Phase, of plutonium, 882f–883f, 883density of, 936tdiffusion rate, 958–960, 959tstrength of, 968f, 970thermal expansion, 938t, 939thermoelectric power, 957–958, 958t
Epidote, thorium in, 56tEpithermal neutron activation analysis
(ENAA), description of, 3303EPR. See Electron paramagnetic resonanceEquilibrium constantsof neptunium
inorganic ligands, 771, 772t–775t, 781organic ligands, 776t–780t, 781–782
of plutonium, 1158hexafluoride, 1088–1090, 1091f
of protactinium (V), 211, 211tof uranium
hydroxide complexes, 598, 599tinorganic ligand complexes, 601t, 602organic ligand complexes, 603–605, 604tternary complexes, 605–606, 606turanium (III), 598, 601t, 604t
ER. See ElectrorefiningERDA. See Elastic recoil detection analysisError analysis, 3972–3978background subtraction, 3974–3975data from standards, 3978isotope dilution, 3975–3978spectral analysis, 3972–3974
decay curve analysis and averaging,3972–3974
Erythrocytes, actinide association with,3366–3367
ESI. See Electrospray ionizationESMS. See Electrospray ionization mass
spectroscopyEthane complexes, of thorium and uranium,
4120–4121Ethereal sludge, protactinium enrichment
from, 176–178, 177fEthers, for plutonium extraction, 3920–3921Ethylenediaminetetraacetate (EDTA)actinide element complexes with, 1783–1784in bone binding study, 3407–3409
californium separation with, 1509as chelating agent, 3413complexes of, 2587, 2588f, 2589tstability constants, 2257f, 2556
curium separation with, 1409neptunium extraction with, 708plutonium complex with, 1176–1179,
1178t, 1181for removal, 1823
separation with, 2639–2640, 2641tof thorium, as ligands, 131with uranium, 603–605, 604t
Ethylenediaminetetraacetic acid (EDTA)adsorption and, 3538complexation with, 3528–3529in waste effluents, 3507–3508
Ethylene sulfide, cyclopentadienyl complexoxidation by, 2814
2-Ethylhexylphenylphosphonic acid(HEMΦP), einsteinium extractionwith, 1585
Ethylidene dihydride, of uranium, 4120–4121ETV. See Electrothermal vaporizationEuropium
einsteinium v., 1578–1579in einsteinium alloy, 1592extraction offrom americium, 2676–2677, 2677tTALSPEAK for, 2672
UO2 solid solutions with, oxygen potentialsof, 395t, 396
Europium II, XANES of, 3087, 3088fEuropium (III)
extraction of, 1274americium (III), 1283, 1287–1289,
2665–2666, 2667tseparation factors for, 2669–2670, 2670t
hydration numbers of, 2534, 2535tin concentrated solutions, 2536–2538,
2537fseparation factors for, 2669–2670, 2670tXANES of, 3087, 3088f
EXAFS. See Extended X-ray absorption finestructure analysis
Exchange charge model (ECM)calculation of, 2053, 2053twith crystal-field Hamiltonian, 2052–2053
Excitation schemes, of actinide elements,1876–1877, 1877t, 1878f
Excitation spectraof curium (III), 2061–2062, 2061fof curium (IV), 2068, 2071f
Extended X-ray absorption fine structureanalysis (EXAFS)
for acid redox speciation, 3100–3103of actinyl complexes, 1921hydroxides, 1925water, 1923
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-57
of americium (III), 3115of californium (III), 3110, 3115for coordination number analysis, 586, 588,
602, 3087–3088of curium (III), 3110FT data with, 3090–3091, 3092fof iron-bearing phases, 3165–3167LAXS v., 589of neptunium (III), 3116–3117of neptunium (IV), 3106–3107, 3135–3136carboxylates, 3137–3140, 3147t–3150t
of neptunium (VII/VI), 3124–3125of neptunyl (V), 3133–3134for obtaining structural information, 589organic acid analyses with, 3137–3140model systems, 3138–3139natural systems, 3139–3140
of plutoniumdioxide, 1041–1042, 1043fplutonium (III), 3117–3118plutonium (IV), 3108–3109, 3136plutonium (VII/VI), 3126
of plutonylplutonyl (V), 3210plutonyl (VI), 3134plutonyl (VI/V), 3123–3124
problems with, coordination numbers, 3103of tetravalent ions, 3134–3135of thorium (IV), 3104–3105, 3129,
3136–3137carboxylates, 3137–3140, 3147t–3150t
of thorium, silicate adsorption, 3152–3154of uraniumin carbonates, 3160–3161, 3161tsilicate adsorption, 3154–3155silicate phosphate, 3170uranium (III), 3116
of uranium (IV), 3105–3106, 3136in silicate glass and, 276
of uranyl (V), 3122of uranyl (VI), 3118–3123, 3126–3129,
3131–3133carboxylates, 3137–3140, 3141t–3150t
use of, 3090–3091of XAS, 3087, 3088f
Extracellular fluid (ECF)circulation of, 3357–3359clearance fromof mice, 3388–3395, 3389f–3392f, 3394tof rats, 3387–3388
Extraction chromatographyfor americium purification, 1293–1295for berkelium extraction, 1449for californium separation, 1509for curium purification, 1434for einsteinium extraction, 1585n-Octyl(phenyl)-N,N-diisobutyl-carbamoyl
methylphosphine oxide for, 2748–2749
overview of, 844–845, 1293plutonium extraction with, 844–845protactinium purification with, 181–186,
183fresins for, 3284–3285of rutherfordium, 1692for trace analysis, 3284–3285, 3286fuse of, 845
FA. See Fulvic acidFAAS. See Flame source atomic absorption
spectrometryFabrication, in nuclear fuel cycle, 3674, 3675fFacultative denitrifying bacteria, 3633Fast breeder reactor (FBR)historical background of, 3672–3673nuclear forensics for, 3982–3983plutonium disposal in, 3672plutonium and uranium oxides for, 1070
Fast reactor (FR)carbide fuels for, 3757–3762, 3759f–3761f
fabrication of, 3760f, 3765–3767, 3767ffuel pin and element, 3768–3769in-reactor behavior, 3769–3774, 3770f,
3771f, 3773fminor actinides, 3760plutonium carbide, 3758, 3759f, 3760uranium carbide, 3757–3758, 3759furanium-plutonium carbide, 3760, 3760f,
3761fmetallic fuel for, 3774–3782
fabrication of, 3779–3780fuel pin and fuel element, 3780in-reactor behavior, 3780–3782, 3781fminor actinides, 3777–3779, 3778f,
3779furanium and alloys, 3774–3775, 3775furanium-plutonium alloys, 3775–3777,
3776f–3778fminor actinide oxides, 3694–3696, 3695t,
3696ffabrication of, 3715–3716
nitride fuels for, 3762–3765fabrication of, 3767–3768fuel pin and element, 3768–3769in-reactor behavior, 3769–3774, 3770f,
3771f, 3773fplutonium nitride, 3762, 3763f, 3764turanium nitride, 3762, 3763f, 3764turanium-plutonium nitride, 3762, 3764t,
3765, 3765f, 3766foxide fuels for
fission gas release, 3752–3753, 3753ffission products of, 3750–3752, 3751f,
3752ffuel-coolant interaction, 3753–3754,
3755ffuel pin and fuel element, 3744–3745,
3745t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-58
fuel restructuring, 3747–3749, 3747f,3748f, 3750f
in-reactor behavior of, 3746–3757minor actinide fuels, 3754–3757, 3756f,
3757fthermal profile of, 3746–3747, 3746f
plutonium dioxide, 3691–3692, 3693f,3694f, 3695t
ThO2-PuO2 and ThO2-UO2, 3705–3706,3706f, 3707f, 3707t
fabrication of, 3716UO2-Gd2O3, 3704–3705
fabrication of, 3714–3715UO2-PuO2, 3697–3701, 3697f–3701f
fabrication of, 3712–3714, 3713f, 3714fUO2-PuO2-AnO2, 3701–3703, 3702furanium dioxide, 3685–3691, 3685f–3689f,
3691f, 3692ffabrication of, 3707–3712, 3708f–3711f
FBR. See Fast breeder reactor5f0 Compoundsmagnetic properties of, 2239–2240magnetic susceptibilities of, 2240f
5f1 Compoundsenergy levels of, 2241, 2242fEPR of, 2241magnetic properties of, 2240–2247
oxides, 2244, 2245tmagnetic susceptibility of, 2241optical data for, 2227t
5f2 Compoundsmagnetic interactions on, 2228, 2229fmagnetic properties of, 2247–2257, 2255t
5f3 Compounds, magnetic properties of,2257–2261, 2258t–2260t
5f4 Compounds, magnetic properties of,2261–2262
5f5 Compounds, magnetic properties of,2262–2263, 2263t
5f6 Compoundsmagnetic properties of, 2263–2265, 2264tTIP of, 2263–2264
5f7 Compoundsmagnetic properties of, 2265–2268,
2266t–2267tmagnetic susceptibility of, 2266, 2267t,
22685f8 Compounds, magnetic properties of,
2268–2269, 2270t5f9 Compounds, magnetic properties of,
2269–2271, 2270t5f10 Compounds, magnetic properties of, 22715f11 Compounds, magnetic properties of,
2271–2272f-d promotion energiesof actinides, 1560, 1561f, 1586–1588, 1587f,
1609–1610, 1609f–1610f, 1859–1860, 1860fof tetravalent ions, 2065
FEFFrole of, 3091–3092for XAS, 3089
5f-Electron. See 5f Orbital5f Electrons, in bonding and reactivity,
4079–4080Fe(OH)3. See Iron hydroxideFermi-Dirac distribution function
with DOS, 2320Pauli exclusion principle with, 2323
Fermi energyof actinide metals, 2319–2322electronic heat capacity with, 2323in free-electron model, 2320–2321
Fermi liquid, 2339–2441electrical resistivity of, 2340–2341, 2341fplutonium as, 2345–2347
Fermi surfacein actinide metals, 2322–2323description of, 2322in electron-electron correlations, 2334in Luttinger theorem, 2334in magnetism, 2367topology of, 2322–2323UIr3 measurements of, 2334
Fermium, 1622–1630atomic properties of, 1626, 1627tchemical properties of, 1628–1630, 1646tdiscovery of, 5t, 9, 1622, 1761einsteinium separation from, 1585introduction, 1622ionization potential of, 1877isotopes of, 10, 1622–1624, 1623tlanthanide elements v., 2mendelevium separation from,
1632–1633metallic state of, 1626–1628nobelium V., 1640oxidation states of, 2526in aqueous solution, 1774–1776, 1775t
preparation and purification of, 1624–1625,1625f
reduction potentials of, 1778, 1779f,2127–2131, 2130f–2131f
solution chemistry, 1628–1630synthesis of, 9, 1622thermodynamic properties ofenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated
ion, 2539, 2540tFermium (III)
hydration of, 2528–2530, 2529f, 2529thydrolytic behavior of, 2546, 2548t
Fermium-251, X-rays emitted by, 1626Fermium-253, in rutherfordium extraction,
1700
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-59
Fermium-255availability of, 1624from einsteinium–255, 1582production of, 1622
Fermium-257availability of, 1624production of, 1582, 1623–1624
Ferrihydrate, uranium (VI) adsorption on,3166–3167
Ferritin, in liver, 3397Ferrocene, history of, 1952Ferrous reduction, for plutonium
determination, 3936–3937FES. See Flame emission spectrometryf-f transitionsof actinyl ions, 1930of divalent ions, 2078, 2079fintensity of, 2089–2093Judd-Ofelt theory for, 2093of tetravalent ions, 2065, 2067of uranyl, 2088–2089
FI. See Flow injectionFiltrationfor actinide speciation, 3069for oxidation state speciation, 2726
Finland, radioactive waste management in,3568
Fission-enhanced diffusion, 3683–3684Fission gas releaseof oxide fuels fast reactor, 3752–3753,
3753fof oxide fuels in LWR, 3729–3735, 3731f,
3732ffrom MOX, 3734–3735, 3735fthermal and athermal diffusion, 3728f,
3731–3733from uranium dioxide, 3733–3734,
3734ffrom pin failure, 3743–3744, 3744f
Fission processhistory of, 3–4, 2628of plutonium, 815plutonium–239, 820products of, 826, 827t–828t, 828
of uranium, 1804–1805Fission products (FPs)accumulation of, 3683of coated particle fuels, 3789electronic energy loss of, 3681–3682, 3681fEllingham diagram of, 3730fof fast reactor oxide fuel, 3750–3752, 3751f,
3752fimpact of, 3679–3682, 3680f, 3681fin LWR, 3819–3820, 3820f, 3821fof oxide fuels in LWRs, 3726–3729, 3726t,
3727f–3729fof plutonium, 3899gamma-ray counting of, 3962
Fission reactions. See also Spontaneousfission
in nuclear fuel, 3676–3677, 3819–3821,3820f, 3821f
Fission spike, 3680–3682, 3681fre-solution, 3684, 3684f
Fission track analysis (FTA)applications of, 3307description of, 3303
Fission track counting, for plutonium,3968–3969
Flame emission spectrometry (FES), overviewof, 3307–3308
Flame source atomic absorption spectrometry(FAAS), of uranium, 636
Floating zone technique, for uranium oxidepreparation, 343
Flocculants, for uranium ore processing, 309Flotation concentration methods, for uranium
ore, 303–304Flow coulometry, for neptunium, 757–759,
758fFlow injection (FI), for separation, 3281Fluorite, 3859–3862, 3860f, 3861tFluorescenceof actinide elements, history of, 1894of americium (III), 1368–1369of berkelium, 1454intensity of, 626lifetimes of, 2093–2095overview of, 625, 625fphosphorescence V., 625quenching of, 625of uranyl, 2087–2088, 2088f
uranyl (VI), 624–630Fluorescence decay kineticsplutonium hexafluoride, 4109of uranium hexafluoride, 4106–4107
Fluorescence spectrumof uranium dioxide, 4098–4099of uranium oxide, 4088–4089of uranium, uranium oxobromo complexes,
573Fluorescence spectroscopyof curium, 1405–1406, 1406f, 1433laser-induced, 628–629of neptunium, 786–787photochemical studies and, 627
FLUOREX, for plutonium separation,856–857
Fluoridesof actinide elements, 1796
free-ion and crystal-field interactions of,2071,2073f
of berkelium, 1457, 1467–1469of californium, 1529, 1532, 1546complexes of, 2578of curium, 1413t–1415t, 1417–1418, 1429
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-60
of dubnium, 1705of mendelevium, 1635of neptunium, 730–736
equilibrium constants for, 772thexafluoride, 732–734pentafluoride, 731–732tetrafluoride, 730–731trifluoride, 730
optical spectroscopic data of, 2069–2070,2069f–2070f
for plutonium precipitation, 3915for plutonium separation, 3933precipitation with, 2633–2634
plutonium, 836, 838of protactinium (V), 213–215, 216f, 217tprotactinium derivatives of, 197–199,
198f, 207alkali, 200–203, 202t
in pyrochemical methods, 2700–2701of rutherfordium, extraction of, 1699–1700of seaborgium, 1710–1711with thorium carbonates, 109as thorium ligand, 129of uranium, 444–446, 484–489, 518–521,
557–564fluoro complexes, 445–446, 487–489,
520–521, 520t, 563–564, 564thexafluoride, 557–563hexavalent oxide fluoride complexes,
566–567oxide difluoride, 565–566oxide tetrafluoride, 564–565oxides and nitrides of, 489–490pentafluoride, 518–520pentavalent oxide fluorides and
complexes, 521polynuclear, 579tetrafluoride, 484–486tetrafluoride hydrates, 486–487trifluoride, 444–445trifluoride monohydrate, 445–446
Fluorinationof dubnium, 1705of einsteinium, 1611of plutonium, 1080–1082, 1081ffor plutonium metal production, 866, 867fof rutherfordium, 1699–1700of seaborgium, 1710–1711of uranium, 315–317, 316f, 317tby uranium hexafluoride, 561
Fluorination reactors, for plutoniumfluorination, 1080–1081, 1081f
Fluorite, 3859–3862, 3860f, 3861tFluorometryapplications of, 3308fundamentals of, 3308of uranium, 636–637
Fluorophosphates, 4167, 4168f
Fluoroplutonate compoundspreparation of, 1103–1104properties of, 1104, 1105t–1107t
Fluxed fusion decomposition, of uranium,631–632
FOD. See 6,6,7,7,8,8,8-Heptafluoro–2,2-dimethyl–3,5-octanedione
Foilfor lawrencium capture, 1643for mendelevium capture, 1632–1633for nobelium capture, 1638–1639for one-atom-at-a-time chemistry, 1663
Foldy-Wouthuysen transformation, forelectronic structure calculation, 1906
Forensics investigations, on plutonium,3981–3990
age determination, 3983–3984materials characterisation by microscope
techniques, 3984–3985, 3985f, 3986fmethodology of, 3981–3982MOX powder, 3985–3988, 3986t, 3987fplutonium round robin, 3989radioactive waste theft, 3988–3989reactor type determination, 3982–3983,
3982f, 3983fsummary for, 3989–3990
Formatesof americium, 1322, 1323tof neptunyl, 2257structural chemistry of, 2437–2440,
2439t–2440tof thorium, 114synthesis of, 114
Formation constantsfor americium, 1338, 1339tamericium (III), 1273
for plutonium, 1158, 1160t–1161tFormation enthalpy. See also Complexation
enthalpyof actinide ions, 2123–2125, 2124f–2125f,
2539,2541tof actinide oxideswith alkali metals, 2151with alkaline earth metals, 2153–2156,
2154f, 2155t, 2156fof carbides, 2195–2196, 2197tof dihalides, 2179, 2180t–2181tof dioxides, 2136–2137, 2137t, 2138fof hexahalides, 2159–2160, 2160t, 2164tof hydrides, 2187–2188, 2187t, 2189t,
2190fof hydroxides, 2193–2195, 2194tbetween Lewis acid and Lewis base,
2576–2577of monohalides, 2179, 2180t–2181tof nitrides, 2197t, 2200–2201, 2201fof oxyhalides, 2182, 2183t–2184t,
2186t–2187t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-61
of pentahalides, 2160t, 2161, 2164tof plutonium oxides, 1971of sesquioxides, 2143–2146, 2144t, 2145fof tetrahalides, 2165–2167, 2166t, 2168fof transition metal compounds, 2206t,
2208–2210, 2210fof trihalides, 2169–2172, 2170ttribromides, 2169–2172, 2172f, 2174ttrichlorides, 2169–2172, 2172f, 2173ttrifluorides, 2169–2172, 2171t, 2172ftriiodides, 2169–2172, 2172f, 2175t
of trihydroxides, 2190–2191, 2191tFourier transform ion cyclotron resonance
(FTICR), laser ionization with, 4142Fourier transform ion resonance mass
spectrometry (FTIRMS), ofcalifornium, 1560
Fourier transform spectrometers (FTS),actinide element infrared spectrawith, 1840
Fourier transform spectrum (FT)of berkelium, 1474EXAFS with, 3088, 3090–3091, 3092fof plutonium, 858, 858f
Fourmarieriteanion topology of, 282–283, 284f–285fat Oklo, Gabon, 271–272at Shinkolobwe deposit, 273uranium in, 259t–269t
FPs. See Fission productsFR. See Fast reactorFractional crystallization, for actinium
and lanthanum separation, 18FRAM analysis code, for gamma-ray
counting, 3964France, radioactive waste management in,
3568–3569Francium-223, from actinium–227, 20Francoisiteat Oklo, Gabon, 271–272uranium in, 259t–269t
Frank-Condon factors, thorium oxide and,4087
Free-electron modelband structure with, 2324Fermi energy in, 2320–2321, 2323
Free-ion Hamiltonianadjustment of, 2054correction terms on, 2076Coulomb interaction of, 2055crystal-field Hamiltonian with, 2041, 2054crystal field theory with, 2036–2037matrix of, 2031parameterization of, 2031–2036parameters of, 2054–2055of trivalent ions, 2056
Free-ion interactionsof actinide fluorides, 2071, 2073f
condensed-phase V., 2037–2039, 2038tcrystal-field interactions with, 2044,
2062–2064, 2063tof f orbital, 2024, 2025t–2026tHF calculations of, 2022–2023, 2050modeling of, 2020–2036
central field approximation, 2020–2023effective-operator Hamiltonian,
2026–2030LS coupling and intermediate coupling,
2023–2026parameterization of free-ion Hamiltonian,
2031–2036reduced matrices and free-ion state
representation, 2030–2031Free-ion parametersof actinide elements, 2038–2039, 2038tcomputation of, 2058crystal field parameters and, 2050
tetravalent ions, 2074in effective-operator Hamiltonian,
2071–2072, 2073fFrisch-grid detector, for alpha-particle
detection, 3957FTA. See Fission track analysisFTICR. See Fourier transform ion cyclotron
resonanceFTIRMS. See Fourier transform ion
resonance mass spectrometryFTS. See Fourier transform spectrometersFuel cladding, for light water reactors,
3717–3718,3718tFuel elementcarbide and nitride, 3768–3769for fast reactor oxide, 3744–3745, 3745tfor light water reactors oxide, 3718–3719,
3718fmetallic fuel, 3780
Fuel pincarbide and nitride, 3768–3769failure of, 3743–3744, 3744ffor fast reactor oxide, 3744–3745, 3745tfor light water reactors oxide, 3716–3717,
3717fmetallic fuel, 3780
Fuel restructuring, for fast reactor,3747–3749,3747f, 3748f, 3750f
Fullerenes, 2864–2865electronic structure of, 2864–2865overview of, 2864
Fulvic acid (FA)americium (III) complexation with,
1353–1354colloid formation with, 3533–3536,
3535f–3537fcomplexes of, 2590–2591environmental actinides and, 3139–3140for thorium complexation, 132–133
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-62
Fusion decomposition, 3278–3279description of, 3278–3279disadvantage of, 3279
Gadolinium (III), energy levels of, 2075–2076,2075f
Gadolinium, UO2 solid solutions with,oxygen potentials of, 395t, 396, 397f
Galliumin plutonium alloy, 892–894, 893f–896f
δ-phase lattice, 930f, 932–933δ-phase self-irradation damage, 986–987,
987felastic constants, 942–943, 944t, 946felectrical resistivity, 955–957, 955f–956fhardness of, 971–972, 971f–972fheat capacity, 947–948, 950t–951tmagnetic susceptibility, 949, 953–954, 953fmicrosegregation, 899, 916–917,
916f–917fsolubility ranges, 930, 930fthermal conductivity, 957thermal expansion, 937–942, 940f–941ftransformations in, 917–919, 918f
thermodynamic properties of actinidecompounds with, 2205–2206,
2206t–2207tγ-Phaseof plutonium, 882, 882f–883f
density of, 936tdiffusion rate, 958–960, 959tstrength of, 968f, 970thermal expansion, 938tthermoelectric power, 957–958, 958t
of uraniumβ transformation of, 347general properties of, 321–323, 322t–323tphysical properties of, 321
Gamma radiation, from berkelium–249, 1447Gamma-rayscell viability and, 3605–3608, 3606f, 3607fcounting, 3959–3965, 3961f, 3964f
alpha-particle V., 3957background subtraction, 3975counters for, 3957–3958for plutonium, 3961f, 3962–3965, 3964fDeinococcus radiodurans and, 3608LET of, 3514, 3605liquid source for counting, 3956–3957
Gamma-ray spectroscopy (γS)of actinium
actinium–227, 23–24, 26factinium–228, 24–25detector for, 3299–3300
advantages of, 3329of americium, 1364applications of, 3300–3302for environmental actinides, 3025–3028,
3026t, 3028f
fundamentals of, 3297–3300, 3299fof neptunium, 783–785neptunium–237, 784–785
overview of, 3296–3297, 3299fof protactiniumprotactinium–231, 166, 168f, 224–225protactinium–233, 225–226protactinium–234, 170, 171f
of thorium, 133–134for trace analysis, 3296–3302tracers for, 3297, 3298t
γS. See Gamma-ray spectroscopyGamma source, americium as, 1267Gas adsorption chromatography, for
lawrencium, 1643Gas-cooled fast reactors (GFR)
Generation IV, 3673, 3673thistorical background on, 3670nuclear forensics for, 3982, 3982f
Gaseous centrifugation, for uraniumenrichment, 3674
Gaseous diffusion, for uranium enrichment,3488, 3674
Gas-jet methodof mendelevium production, 1632of nobelium production, 1638–1639
Gas-phaseof californium, 1559–1561of dubnium, 1705–1706of einsteinium, 1586–1588, 1609–1610with laser ablation technique, 1612
of rutherfordium, 1693, 1694fof seaborgium, 1707–1709of superactinide elements, 1734thermodynamic properties in, 2118–2123,
2119t–2120tof actinide compounds, 2147–2150,
2148t, 2150fof halides, 2160–2161, 2164–2165, 2169,
2177–2179of transactinide compounds, 1676–1685electronic structures,
1676–1684,1677f–1678f, 1680t–1681t,1682f
volatility predictions, 1684–1685for transactinide elements, 1663–1665measured V. predicted, 1715, 1716t
Gas phase, actinide reactions in, 4079–4142actinide fluorides, vibrational spectroscopy
of, 4103–4105actinide hexahalides, electronic spectroscopy
of, 4105–4110actinide tetrahalides, vibrational and
electronic spectroscopy of, 4110–4113,4111f
difficulties with, 4080experimental spectroscopy of, 4081–4082introduction to, 4079–4081
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-63
matrix isolation infrared spectroscopy, ofuranium oxides and plutonium oxides,4102–4103
reactions of actinide atomic and molecularions and neutrals, 4123–4142
thorium oxide, 4082–4088, 4084t, 4086f,4087t
uranium dioxide, 4095–4102, 4097t, 4101furanium oxide, 4088–4095, 4089t, 4092t,
4093f, 4094fGas transport systems, for transactinide
element chemical studies, 1663GDMS. See Glow discharge mass
spectrometerGel electrophoresis, of environmental sample,
3024General Purpose Heat Source-Radioisotope
Thermoelectric Generators(GPHS-RTGs)
pellet-formation for, 1032–1033plutonium–238 in, 818–819, 819f
Generalized gradient approximations (GGA),for HF calculations, 1904
Generalized least-squares (GLS), foractinides, 1865
Generation IV Nuclear Energy SystemsInitiative, 3815
Generation IV systems, 3673, 3673tGeobacter metallireducensbioreduction by, 3622–3626plutonium toxicity of, 3612–3613
Geobacter sp.bioreduction by, 3622in bioremediation, 3651
Geochemical characteristics, of actinidesin ecosphere, 3506–3509, 3508f
Geochemical modeling, 3549global fallout for, 3551
Geochemical tracer, actinium–227 as, 44Geological matrices, trace analysis in,
3273–3330atomic spectrometric techniques,
3307–3309chemical procedures, 3278–3288introduction, 3273–3277mass spectrometric techniques, 3309–3328nuclear techniques, 3288–3307summary, 3328–3329
Geologic material surfacesinteractions with, 3536–3544, 3539f–3541f,
3543firon (oxy)hydroxides, 3532, 3542magnesium oxide, 3543spectroscopy for, 3543–3544, 3543f
Geometries, of uranyl polyhedra, 281–282,284f–286f
Geosphere, actinides in, 3475–3574concluding remarks for, 3571–3574
fate and transport of, 3504–3560introduction to, 3475–3477, 3477fmanagement of inventories of, 3560–3571sources of, 3478–3504
Germaniumthermodynamic properties of actinide
compounds with, 2206–2208,2206t–2207t
uranium compounds with, 407Germanium photon detectors, for gamma-ray
detection, 3956–3958, 3961, 3961fGermany, radioactive waste management
in, 3569Germates, of thorium, 113Gesellschaft fur Schwerionenforschung
(GSL), darmstadtium discovery at,1653
GFAAS. See Graphite furnace source atomicabsorption spectrometry
GFR. See Gas-cooled fast reactorsGGA. See Generalized gradient
approximationsGibbs energyof actinide cation correlations, 2568–2570,
2568f–2569f, 2572–2574chemical reaction and, 3202of complexation, 2577
of halides, 2578–2580, 2579t, 2581tof electron exchange reactions, 2597of formation, 2539, 2540t
for chlorides, 2710tof hydration, 2539, 2540t
of thorium, 119, 119tof reactions, of oxyhalides, 2182of transfer, for americium and curium, 2098
Gibbs energy, precipitates and, 3518Glass-ceramics, 3857f, 3858–3859Glasses, actinides in, 3816–3817, 3843–3854,
3844tchemical durability of, 3847, 3847fchemistry of, 3822–3824dissolution of, 3852–3853glass-ceramics, 3857f, 3858–3859radiation effects of, 3824–3825, 3825f,
3826f, 3847–3854, 3849f, 3851f,3854f
alpha-decay damage, 3825–3828, 3825fsolubility of, 3846study methods for, 3829–3835
radiation damage simulation, 3830–3831,3831f
radiation-induced damage, 3831–3835,3835f
valence states of, 3824, 3845–3846Global fallout, 3549–3552. See also
Stratospheric falloutGlobal Nuclear Energy Partnership (GNEP),
3562,3815,3815f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-64
Globulins, actinide distribution with,3362–3363
Gloved boxes, for actinide element study,11–12, 11f
Glow discharge mass spectrometer (GDMS),for mass spectrometry, 3310
GLS. See Generalized least-squaresGlycine, of uranium, 603–605, 604tGlycolatecoordination with, acetate V., 590of uranium, 603–605, 604t
Glycolates, structural chemistry of,2439t–2440t
Glycoproteinsactinide bone binding by, 3410–3411in plutonium fixation, 1817
GNEP. See Global Nuclear EnergyPartnership
Goethite, adsorption by, 3542Gold foilberkelium separation from, 1450mendelevium capture on, 1632
Gorleben, 3514, 3527, 3558, 3569GPHS-RTGs. See General Purpose Heat
Source-Radioisotope ThermoelectricGenerators
Grain size, in uranium dioxide fuel,3710–3712,3711f
Gram-negative cell wall, 3627–3629, 3628fGram-positive cell wall, 3627–3629, 3628fGranitefor nuclear waste disposal, 3568thorium in, 3485uranium in, 3484
Graphite furnace source atomic absorptionspectrometry (GFAAS), of uranium,636
Graphite-moderated reactors (RBMK),nuclear forensics for, 3982–3983, 3983f
GRAV. See GravimetryGravimetric methodsfor protactinium, 229–231
cupferronate, 230–231hydroxide, 229iodate, 230peroxide, 230phenylarsonate, 229–230
for uranium, 634–635Gravimetry (GRAV), for environmental
actinides, 3026t, 3029Gravitational concentration methods, for
uranium ore, 303Ground crystal field state, Zeeman interaction
and, 2225–2226Ground state configurationof actinide elements, 1895, 1897t,
2016–2018, 2018fcyclopentadienyl complexes, 1955
three-electron configurations, 2018–2019,2018f
of actinide metals, 2328of actinocenes, 1946–1948of actinyl, 1929–1930, 1930tof cerrocene, 1947DFT calculation of, 1671of element 184, 1722t, 1733of heavy fermions, 2342of neptunocene, 1946of neptunyl, 1931of 5f orbital, 2042of plutonium, 924compounds, 2345–2347dioxide, 2288
of plutonyl, 1931of protactinium, 190of protactinocene, 1946scalar-relativistic methods for, 1900of superactinide elements, 1722, 1722t,
1731of thoriumcarbonyl, 1986, 1988fthorium (III), 2240–2241
of thorocene, 1947of transactinide elements, 1722, 1722t, 1895,
1897tof uraniumcarbide oxide, 1978–1979, 1979fdioxide, 1972–1973, 2279hexavalent and complex halides, 557
of uranyl, 1972, 2086–2087, 2087fGround state vibrational constants
thorium oxide, 4083of uranium dioxide, 4096–4097, 4097t,
4100of uranium oxide, 4089, 4089t
Groundwateractinides in, 3556humic substances in, 3533–3534
Group IIA elements, thermodynamicproperties of, 2205, 2206t–2207t
Group IIIA elements, thermodynamicproperties of, 2205–2206, 2206t–2207t,2208f
Group IVA elements, thermodynamicproperties of, 2206–2208, 2206t–2207t
Group 14 ligandsin actinide chemistry, 2894cyclopentadienyl complex derivatives of,
2820–2821GSL. See Gesellschaft fur Schwerionen-
forschungGuilleminite, as uranyl selenite, 298G-value, 3514HA. See Humic acidHafnium
dubnium v., 1703
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-65
extraction with TTA, 1701rutherfordium v., 1692–1693, 1694f, 1702extraction of, 1696–1700studies of, 1696
Hafnium–169, rutherfordium–261 studywith, 1696
Half-lifeof actinide isotopes, 1764tof actiniumactinium–227, 20actinium–228, 24
of americium, 1265–1267, 1266tof berkelium, 1445–1447, 1446tof californium, 1503–1504of curium, 1399t, 1400curium–244, 1759
of darmstadtium, 1719of einsteinium, 1579einsteinium–253, 1580einsteinium–255, 1580
of lawrencium, 1642, 1642tlawrencium–260, 1645
of meitnerium–271, 1718of mendelevium, 1630–1631, 1631tof nobelium, 1637, 1638tof plutonium, 815isotopes, 822–823plutonium–24, 822–823plutonium–238, 815, 817plutonium–239, 820, 822–823
of protactinium, 162–163protactinium–231, 166, 170protactinium–233, 169protactinium–233 (IV), 221protactinium–234, 186
of roentgenium, 1719of superactinide isotopes, 1735–1737of transactinide isotopes, 1661
Halidesof actinide elements, 1790, 1791t–1795t,
1933–1942oxyhalides, 1939–1942uranium hexafluoride and related
complexes, 1933–1939of americium, 1305t–1312t, 1314–1316coordination of, 1356–1357, 1358foverview of, 1315–1316preparation of, 1314–1315
of berkelium, 1464t–1465t, 1467–1470berkelium (III), 1464t–1465t,
1468–1470berkelium (IV), 1464t–1465t, 1467–1468
of californium, 1529–1534, 1530t–1531t,1532f
complexes of, 2578–2580, 2579t, 2581tof curium, 1413t–1415t, 1417–1418high-temperature properties of,
2162t–2163t
of neptunium, 730–739preparation of, 730–739structures of, 731t
of plutonium, 1077–1108chlorides, bromides, and iodides,
1092–1100fluorides, 1077–1092oxyhalides of, 1100–1102as sigma-bonded ligands, 1182–1184stability of, 1077ternary halogenoplutonates, 1102–1108
of protactinium, 197–204, 201talkali, 200–203, 202tpreparation of, 197–199, 198f–199fproperties of, 199–200
structural chemistry of, 2414–2421,2417t–2418t, 2419f, 2420t–2421t
bonding in, 2415dihalides, 2415–2416hexahalides, 2419, 2421, 2421toverview of, 2414–2415pentahalides, 2416, 2419, 2419f, 2420ttetrahalides, 2416, 2418ttrihalides, 2416, 2417t
thermodynamic properties of, 2157–2179complex, 2179–2182, 2183t–2184t, 2185fdi- and monohalides, 2178–2179,
2180t–2181t, 2181fhexahalides, 2159–2161pentahalides, 2161–2165tetrahalides, 2165–2169trihalides, 2169–2178
of thorium, 78–94binary, 78–84, 78tcrystallographic data of, 87t–89tfluoride, 78–80, 78t, 79fnitride reaction with, 98–99phases of, 84–86, 85f, 86tpolynary, 84–94tetrabromide, 81–82, 81ftetrachloride, 78t, 80–81, 81ftetraiodide, 78t, 82–84, 83f
of uranium, 420–575. See also Uraniumhalides
applications of, 420chemistry of, 421oxidation states in, 420–421tervalent and complex, 421–456
Halide slagging, 2709–2710description of, 2709, 2710tresults of, 2709–2710
Halide volatility processesoverview of, 855for plutonium separation, 855
Hamiltonian. See also Pauli Hamiltoniancrystal-field
ECM with, 2052–2053free-ion Hamiltonian with, 2041
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-66
initial parameters of, 2048matrix element evaluation with,
2039–2042symmetry rules for, 2043
effective-operator, 2026–2030corrective terms for, 2029–2030use of, 2030
free-ioncrystal-field Hamiltonian with, 2041,
2054matrix of, 2031parameterization of, 2031–2036
for N-electron ion, 2021for spin-orbit coupling, 2028
Handlingatmosphere for, 3259–3260hazard assessment, 3248–3259
case studies, 3256–3259chemical property uncertainty, 3255metal incidents, 3256–3257nuclear criticality, 3255–3256nuclear material release and dispersal,
3252–3255oxide incidents, 3257–3258potential hazards, 3248–3256residue incidents, 3258–3259thermal hazards, 3251–3252
hazard mitigation, 3259–3262atmosphere for, 3259–3260conditions for, 3260–3262
of plutonium, 3199–3266alloys, 3213hydrides, 3204–3206metals, 3223–3238other compounds, 3212–3213oxides, 3206–3212reaction kinetics, 3215–3223scope of concerns, 3201–3202
radiolytic reactions, 3246–3248of uranium, 3199–3266
compounds, 3213–3215scope of concerns, 3201–3202
Hanfordactinide release from, 3498t, 3500–3504,
3503f, 3555 remediation at, 3560Hartree–Fock (HF) calculationsof actinide elements, 1852with central field approximations,
2020–2023of crystal-field interactions, 2050–2051developments of, 1904of electronic structure calculation, 1900,
1902–1904of f electrons, 2032, 2034f, 2035of free-ion interactions, 2022–2023, 2050of free-ion parameters, 2039hybrid approach to, 1904one-electron band structures from, 2325
of plutonium, 1857–1858, 1857fof trivalent ions, 2056of uranium hexafluoride, 1935–1937, 1936tof uranyl, 1920
Hartree–Fock–Slater (HFS) approach, 1903Hartree–Fock–Wigner–Seitz band calculation
of berkelium metal, 1461of californium, 1513, 1514tof lawrencium, 1643of nobelium, 1640
Hassiumchemical properties of, 1712–1715, 1715fchemical studies of, 1664discovery of, 6t, 1653, 1653t, 1762electronic structures of, 1676–1682,
1677f–1678f, 1680t–1681t, 1682fionic radii of, 1674f, 1675–1676, 1676tionization potential of, 1674, 1674fisotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, in aqueous solution,
1774–1776, 1775tproduction of, 1662, 1713relativistic orbital energies for, 1669fsolution chemistry ofcomplexation of, 1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686,
1685f–1686fHassium-269
decay chains of, 1714discovery of, 1735production of, 1713
Hassium-270decay chains of, 1714discovery of, 1735production of, 1713
Hausmannite, plutonium (VI) reactions with,3176–3177
HAW. See High-level aqueous raffinate wasteHazards
assessment of, 3248–3259case studies, 3256–3259chemical property uncertainty, 3255metal incidents, 3256–3257nuclear criticality, 3255–3256nuclear material release and dispersal,
3252–3255oxide incidents, 3257–3258potential hazards, 3248–3256residue incidents, 3258–3259thermal hazards, 3251–3252
mitigation of, 3259–3262atmosphere for, 3259–3260conditions for, 3260–3262
of plutonium, 3200alloys, 3213
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-67
corrosion, 3204hydrides, 3204–3206hydroxides, 3213metals, 3223–3238nitrides, 3212–3213oligomerized, 3210–3211other compounds, 3212–3213oxides, 3206–3212, 3219–3222reaction kinetics of, 3215–3223surface chemistry, 3209–3210
radiolytic reactions, 3246–3248rate-controlling factors and mechanisms
in, 3202–3204scope of concerns, 3201–3202storage for, 3199of uranium, 3200compounds, 3213–3215
HBS. See High burnup structureHDBP. See Dibutylphosphoric acidHDEHP. See Bis(2-ethylhexyl)phosphoric
acid; Di(2-ethylhexyl) phosphoric acidHDNNS. See Dinonylnapthalene sulfonic
acidHeap leaching, of uranium ore, 306Heat capacityof actinide elements, 2116–2118, 2117t,
2119t–2120t, 2121fof actinide ions, 2132–2133of actinide metals, 2323of americium, 1298t, 1299of carbides, 2198, 2198f, 2199tof dioxides, 2138–2141, 2139f, 2142tof hydrides, 2188–2190, 2190tof neptuniumdioxide, 2272–2273, 2273fhydrides, 723–724
of nitrohalides, 2182, 2187tof oxyhalides, 2182, 2187tof plutonium, 945–949history of, 945–947oxides, 1076
of protactinium, 192, 193tof tetrahalides, 2166t, 2167, 2168fof thorium, dioxide, 2272–2273, 2273fof transition metal compounds, 2206t,
2210–2211of trihalides, 2170t, 2176tribromides, 2172f, 2174t, 2176trichlorides, 2172f, 2173t, 2176trifluorides, 2171t, 2172f, 2176triiodides, 2172f, 2175t, 2176
of uraniumdioxide, 2272–2273, 2273fhydrides, 333–334, 334foxide difluoride, 565oxides, 1076
Heat flow calorimeters, for plutonium, 3971,3971f
Heat sourceactinium as, 42–43plutonium–238 as, 703, 817
oxides, 1023–1025Heavy Element Volatility Instrument
(HEVI)for isothermal chromatographic systems,
1664for rutherfordium study, 1693, 1694f
Heavy fermionsbehavior of, 2342–2343, 2343fdescription of, 2341–2342ground states of, 2342magnetic properties of, 2360
Heavy fission products (HFP), impact of,3680–3682, 3680f
Heavy-ion bombardmentproblems with, 1761–1762as source of actinide elements, 1761–1763
Heavy water reactors (HWRs)historical background on, 3668–3669nuclear forensics for, 3982–3983, 3982f
HEDPA. See 1-Hydroxyethylene–1,1-diphosphonic acid
HE-EELS. See High-energy electron energyloss spectroscopy
HEHA. See 1,4,7,10,13,16-Hexaazacyclohex-adecane-N,N0,N00,N00 0,N00 00-hexaaceticacid
Heliumceramic waste accumulation of, 3833for fuel pin, 3717glass waste accumulation of, 3851–3852in nuclear fuel, 3683
Helium, from plutonium decay, 980, 985–987,985f, 987f
accumulation of, 986amount of, 985study of, 986–987, 987f
HEMΦP. See 2-Ethylhexylphenylphosphonicacid
Hemosiderin, in liver, 3397–33986,6,7,7,8,8,8-Heptafluoro–2,2-dimethyl–3,5-
octanedione (FOD), separation with,2632, 2680
Heterobimetallic mixed-actinide compounds,4165–4167
Heterogenous bioprecipitation, 3637HEU. See Highly enriched uraniumHEVI. See Heavy Element Volatility
Instrument1,4,7,10,13,16-Hexaazacyclohexadecane-N,
N’,N’’,N’’’,N’’’’-hexaacetic acid(HEHA), for tumor radiotherapy, 43
Hexafluoridesof actinide elements, 2083–2085, 2083t,
2084f–2085fcomplexes of, 2578
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-68
Hexafluoroacetylacetonate, for plutoniumseparation, 3934
Hexafluoroacetylacetone (HFA), SFEseparation with, 2680
Hexahalidesstructural chemistry of, 2419, 2421, 2421tthermodynamic properties of, 2159–2161,
2160tgaseous, 2160–2161, 2164tsolid, 2159–2160, 2160t
Hexone. See MethylisobutylketoneHFA. See HexafluoroacetylacetoneHF calculations. See Hartree-Fock
calculationsHFIR. See High-Flux Isotope ReactorHFO. See Hydrous ferric oxideHFP. See Heavy fission productsHFS approach. See Hartree–Fock–Slater
approachHigh burnup structure (HBS), of oxide fuels
for LWR, 3735–3742characteristics of, 3735–3740, 3736f–3739fformation mechanism of, 3741–3742
High-energy electron energy loss spectroscopy(HE-EELS), for plutonium study, 967
Highest occupied molecular orbit (HOMO)of thorocene, 1946of uranyl, 1916–1917, 1917f
High-Flux Isotope Reactor (HFIR)berkelium–249 from, 1445, 1448californium production in, 1501, 1503einsteinium production in, 1582neutron irradiation at, 1759–1760plutonium–239 in, 821target preparation for, 1401for transcurium element production, 9for transfermium element production, 12
High-flux nuclear reactors, for transpluto-nium element production, 9
High-level aqueous raffinate waste (HAW),TRUEX process for, 2743–2744
High-level liquid waste (HLLW), actiniderecovery from, 2717
High level waste (HLW), 3565–3566disposal of, 3566, 3567f, 3568electrodeposition for, 717glass storage of, 3816–3817host phases for, 3817, 3818timmobilization of, 3813‘light glass’ v., 1273long-lived actinides in, 2729, 2729tneptunium in
intermetallic compounds, 721neptunium–237 in, 702, 783partitioning of, 712–713, 2756–2757
problem of, 2728–2729radiotoxicity of, 3562, 3563freprocessing of, 704
DMDBTDMA, 2756n-Octyl(phenyl)-N,N-diisobutyl-
carbamoyl methylphosphine oxidefor, 1407–1408
Purex process for, 710–712, 710f,1273–1276, 1285
TRPO for, 2753, 2754tTRUEX process for, 1275, 2740–2745
uranium in, 270Highly enriched uranium (HEU)
description of, 1755production and use of, 1755–1758
High-performance liquid chromatography(HPLC)
ARCA with, 1665berkelium separation with, 1449–1450,
1450fcurium separation with, 1433einsteinium separation with, 1585ICPMS and, 3068–3069, 3068ffor separation, 3281
High-purity germanium detector (HPGe)for gamma-spectroscopy, 3297–3299,
3299ffor uranium analysis, 635
High-purity product refinement, of uraniumore, 314–317, 315f–316f, 317t
High-resolution gamma spectrometry(HRGS), 3962–3964, 3967, 3967f
High resolution inductively coupled plasmamass spectrometry (HR-ICPMS),3324–3326, 3325f
High temperature reactor (HTR)fuel composition for, 3666, 3667fhistorical background on, 3670
High-temperature propertiesof carbides, 2198, 2198f, 2199tof dioxides, 2138–2141, 2139f, 2142tof halides, 2162t–2163tof hexahalides, 2162t–2163tof hydrides, 2188–2190, 2190tions in condensed phase, 2116–2118,
2117t, 2119t–2120t, 2121fof nitrides, 2199t, 2202of oxideswith alkali metals, 2151–2153with alkaline earth metals, 2157, 2158t
of oxyhalides, 2182, 2183t–2184t,2186t–2187t
of pentahalides, 2162t–2163tof sesquioxides, 2139f, 2146–2147of tetrahalides, 2166t, 2167–2168of transition metal compounds, 2207t,
2208f, 2211of trihalides, 2162t–2163t, 2176–2177,
2177fHill plot, for uranium compounds, 2331–2333,
2332f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-69
HLLW. See High-level liquid wasteHLW. See High-level wasteHOMO. See Highest occupied molecular
orbitHomogenous bioprecipitation, 3637HOPO. See Hydroxypyridonate‘Hot fusion, element production by, 1738Hot-wire deposition, for uranium metal
preparation, 319HPGe. See High-purity germanium detectorHPLC. See High-performance liquid
chromatographyHRGS. See High-resolution gamma
spectrometryHR-ICPMS. See High resolution inductively
coupled plasma mass spectrometryHTR. See High temperature reactorHuckel calculations, on cyclopentadienyl
complexes, 1957–1959Humanactinide elements in, 3339–3424binding in bone, 3406–3412bone, 3400–3406liver, 3395–3400
clearance from circulation, 3367–3387dioxo ions, 3379–3387rates of, 3367–3369, 3368f–3375ftetravalent and pentavalent, 3376–3379trivalent, 3370–3376
in vivo chelation, 3412–3423desferrioxamine, 3414polyaminopolycarboxylic acids,
3413–3414siderophores, 3414–3423
initial distribution in, 3340–3356access to, 3340–3341adult men, 3346tdioxo ions, 3354–3356ionic radii and stability constants, 3346,
3347tpentavalent, 3350–3354skeletal fraction, 3346–3349, 3348fsoft tissues, 3349–3350tetravalent, 3350–3354trivalent, 3345–3350
introduction, 3339–3340tissue deposition kinetics, 3387–3395tissue sample, DIPEX resin for, 3284transport in body fluids, 3356–3367extracellular fluid circulation, 3357–3359loose connective tissue, 3359plasma and tissue fluid composition,
3356–3357, 3357t–3358tplasma distribution of, 3357t–3358t,
3359–3361Humic acid (HA)americium (III) complexation with,
1353–1354
colloid formation with, 3533–3536,3535f–3537f
complexes of, 2590–2591environmental actinides and, 3139–3140plutonium complexation, 3529for thorium complexation, 132–133
Huttonite, 3485Huttonite, thorium in, 55–56Huzinaga-Cantu equation, RECPs v., 1908HWRs, historical background on. See Heavy
water reactorsHybrid K-Edge Densitometer, 3949, 3949fHydration, of actinide cations, 2528–2544in concentrated solution, 2536–2538,
2537fhexavalent, 2531–2532in non-aqueous media, 2532–2533overview, 2528pentavalent, 2531–2532tetravalent, 2530–2531thermodynamic properties, 2538–2544,
2540t–2541t, 2542f, 2543t, 2544ftrivalent, 2528–2530, 2529f, 2529t
Hydration enthalpy, calculation of,2538–2539
Hydration numbersof actinide cations, 2532–2533, 2533t
hexavalent, 2531–2532pentavalent, 2531–2532tetravalent, 2530–2531trivalent, 1605, 2528–2530, 2529f, 2529t
of americium, 1327, 1328famericium (III), 2534, 2535t
of curium (III), 2534, 2535f, 2535t–2536tin concentrated solutions, 2536–2538,
2537fof einsteinium, 1605of europium (III), 2534, 2535t
in concentrated solutions, 2536–2538,2537f
of neodynium (III), 2534, 2535tof neptunyl ion, 2531of thorium, 118of uranyl ion, 2531–2532
Hydrazineorganouranium catalytic reduction of,
2994–2996plutonium processing with, 1142
Hydridesof actinide elements, 1790, 1791t–1795tof americium, 1305t–1312t, 1314of berkelium, 1463, 1464t–1465t
preparation of, 1460of californium, 1540–1541of curium, 1413t–1415t, 1416–1417of neptunium, 722–724
chemical behavior, 724heat capacity, 723–724
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-70
physical properties of, 722, 723f, 724tthermodynamic properties, 722–723
of plutonium, 989–996air reaction with, 3218applications, 995–996, 996fcorrosion, 977–979electrical properties of, 3205electronic structure of, 995, 995thistory of, 989hydrogen reaction with, 3215–3216magnetic properties, 3205–3206nitrogen reaction with, 3217–3218oxygen reaction with, 3216–3217phase diagram of, 990, 991f–992fphysical properties of, 990, 995, 995tpreparation and reactivity of, 989–990solid state structures, 992–994, 993f, 993tstoichiometry and phase relationships,
990–992, 991f–992fstorage and handling of, 989thermodynamic properties of, 3205, 3206twater reaction with, 3219
of protactinium, 194structural chemistry of, 2402–2404
americium, 2404berkelium, 2404curium, 2404neptunium, 2403–2404plutonium, 2403–2404protactinium, 2402–2403thorium, 2402uranium, 2403
thermodynamic properties of, 2187–2190enthalpy of formation, 2187–2188, 2187t,
2189t, 2190fentropy, 2188, 2189thigh-temperature properties, 2188–2190,
2190tof thorium, 64–66, 66t
decomposition of, 65formation of, 64–65properties of, 64reaction with, 65structure of, 64ternary, 65–66, 66t
of uranium, 328–339, 3213–3214chemical properties of, 336–337, 337tcrystal structures of, 329–330, 329telectrical resistivity, 333magnetic properties and bonding of,
333–336, 334f, 335tother compounds of, 337–339phase relations and dissociation pressures
of, 330–332, 330f–331fpreparative methods for, 329reactions of, 337, 337tthermodynamic properties, 332–333, 332tuse of, 333
Hydrobiotite, uranyl-loaded, 3156Hydrobromic acid, rutherfordium extraction
with, 1697–1698Hydrocarbons, actinide ion reactions with,
4125–4131, 4129fHydrocarbyls, of neptunium, 752Hydrochloric acid
curium separation in, 1409dubnium separation in, 1705plutonium processing in, 836rutherfordium extraction with, 1696–1699uranates (V) and (IV) dissolution in,
381–382uraniumcompound dissolution in, 632metal reactions with, 328oxide reactions with, 370–371
Hydrofluoric acidprotactinium (IV) precipitation by, 222as protactinium solvent, 176, 178–179rutherfordium extraction with, 1699–1700
Hydrofluorination, of uranium, 319, 320fHydrogen
as electron donors, 3616plutoniumcorrosion by, 977–979hydrides reaction with, 3215–3216metal reaction with, 3223–3225, 3224fand water formation of, 3250
radiolytic formation of, 3246–3247hazards of, 3248–3249
uraniummetal solubility of, 330f, 331–332reaction with, 3239–3242, 3240f, 3241t
Hydrogen peroxideberkelium extraction with, 1448protactinium extraction with, 175, 179reduction byamericium (V), 1335–1336americium (VI), 1335
UO2 dissolution in, 371Hydrogen peroxide complexation, 3528Hydrolysis reactions. See also Hydroxide,
complexation of plutonium, 3904–3905Hydrolytic behavior
of actinide cations, 2545–2556, 2545fhexavalent, 2553–2556, 2554f–2555f,
2554t–2555tpentavalent, 2552–2553tetravalent, 2547–2552, 2549t–2550t,
2551f–2552ftrivalent, 2546, 2547f, 2547t–2548t
of actinide complexes, ternary, 2592–2593of actinide elements, 1555, 1778–1782,
1810–1811of americium, 1339–1340of berkelium, 1475–1479, 1477t–1478tof californium, californium (III), 1554
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-71
in mammalian body, 3340of neptunium, 766–770neptunium (III), 768neptunium (IV), 768–769neptunium (V), 727, 769–770neptunium (VI), 770neptunium (VII), 770tendency towards, 766, 767t
of 5f orbital, 3100of plutoniumcharacterization of, 1146–1147importance of, 1146ions, 1110–1111nitrides, 1019plutonium (III), 1147–1149, 1148tplutonium (IV), 1148t, 1149–1150, 1781plutonium (V), 1154–1155plutonium (VI), 1155–1156plutonium (VII), 1156stability of, 1146–1156
of protactinium, 170–171, 179protactinium (IV), 222, 1780protactinium (V), 209–212, 210f, 211t,
212f, 1782of rutherfordium, 1701of seaborgium, 1711sorption process v., 1810of thorium, 119–120, 121t, 122fof transactinide elements, 1686–1687, 1687tof uraniumaqueous complexes, 597–600, 599tcarbides, 403–405pentavalent and complex halides, 501uranium (IV), 585–586, 1780–1781
Hydrometallurgy, 2727–2729long-lived actinides in HLW, 2729, 2729tproblem for, 2728–2729SNF overview, 2727–2728
Hydrosilylation, organometallic intermediatesin, 2916–2918, 2917f
Hydrosphere, actinide elements in,1807–1810
Hydrothermal redox chemistry, 4158–4161Hydrothermal synthesis, of actinides, 4157hydrothermal redox chemistry,
4158–4161structural chemistry of An(III) compounds,
4161–4162, 4162fstructural chemistry of An(IV) compounds,
4163–4169, 4163f–4169fstructural chemistry of An(V) compounds,
4170–4177, 4170f, 4172f–4177fstructural chemistry of An(VI) compounds,
4178–4185, 4179f–4181f, 4183f–4187fHydrous ferric oxide (HFO), uranyl
interaction with, 3166Hydroxamic acid, for plutonium removal,
1824
Hydroxidesof actinide elements, 1796of actinyl, 1925–1926, 1926t, 1927fof americium, 1303, 1305t–1312t,
1313–1314history of, 1313preparation of, 1313–1314
complexation, 3507, 3523–3525, 3524fof mendelevium, 1635of neptunium, 724–730
heptavalent, 726–727hexavalent, 727pentavalent, 727tetravalent, 727–728
of plutonium, 3213precipitation with, 836, 838
for plutonium precipitation, 3915precipitation with, 2633–2634of protactinium, 207–208
gravimetric methods with, 229of seaborgium, 1709thermodynamic properties of, 2190–2192
enthalpy of formation, 2190–2191,2191t
entropy, 2191, 2191tsolubility products, 2191–2192
of thorium, 76of uranium, 259tof uranyl, 1925–1926, 1926t, 1927f
Hydroxycarboxylic acids, fermium complexeswith, 1629
1-Hydroxyethylene -1,1-diphosphonic acid(HEDPA), actinide stripping with,1280–1281
Hydroxylamine, plutonium processing with,reduction and oxidation reactions,1140–1141
Hydroxylamine, in waste effluents,3507–3508
Hydroxypyridinonate ligands, as chelatingagents, 3415f, 3416–3417,3417f–3418f
Hydroxypyridonate (HOPO)complexes of, 2590–2591for plutonium removal, 1824–1825, 1825f
8-Hydroxyquinolineactinide complexation with, 1783californium extraction with, 1513
Ianthiniteat Pena Blanca, Chichuhua District,
Mexico, 272–273uranium in, 259t–269t
ICPAES. See Inductively coupled plasmaatomic emission spectrometry
ICPMS. See Inductively coupled plasma massspectrometry
IDA. See IminodiacetateID analysis. See Isotope dilution analysis
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-72
Identificationelectron-photon, -electron, -ion techniques
for, 3047–3055AES, 3049t, 3051COUL, 3049t, 3052DPV and DPP, 3049t, 3052, 3053fEDS, 3049t, 3050–3051EELS, 3049t, 3051–3052EMPA, 3049t, 3050ESMS, 3049t, 3052–3055, 3054foverview of, 3047, 3049t, 3050SEM, 3049t, 3050, 3051fSSMS, 3049t, 3055
in environment, 3013–3073background, 3013–3021combining and comparing analytical
techniques, 3065–3071concluding remarks, 3072–3073sampling, handling, treatment, and
separation, 3021–3024specifics of, 3024–3065
ion-photon, -electron, -neutron, -iontechniques for, 3058–3065
AMS, 3059t, 3062–3063ERDA, 3059t, 3065ICPMS, 3059t, 3061–3062NRA, 3059t, 3061overview of, 3058–3060, 3059tPIGE, 3059t, 3061PIXE, 3059t, 3060–3061RBS, 3059t, 3063–3064, 3064fSIMS, 3059t, 3062, 3063fVOL, 3059t, 3061
neutron-photon, -electron, -neutron, -iontechniques for, 3055–3057
DNAA, 3056t, 3057NAA, 3055–3057, 3056t, 3058foverview of, 3055–3057, 3056t
passive techniques for, 3025–3033αS, 3026t, 3029–3031, 3030fβS, 3026t, 3028–3029γS, 3025–3028, 3026t, 3028fGRAV, 3026t, 3029ISEs, 3026t, 3029LSC, 3026t, 3031, 3032fMBES, 3026t, 3028NS, 3026t, 3029overview of, 3025, 3026tRAD, 3026t, 3031, 3032fsummary, 3031–3033XS, 3025, 3026t
photon-phonon, -electron, -neutron, -iontechniques for, 3043–3047
LAICPMS, 3044t, 3046–3047LAMMA, 3044t, 3046LIBS, 3044t, 3045LIPAS, 3043–3045, 3044t, 3045foverview of, 3043
PHOTN, 3044t, 3046RIMS, 3044t, 3047, 3048fRIS, 3044t, 3047SEXAS, 3044t, 3046TIMS, 3044t, 3046–3047UPS, 3044t, 3045XPS, 3044t, 3045–3046
photon-photon techniques for, 3033–3043AAS, 3034t, 3036COL, 3034t, 3035IRS, 3033–3035, 3034tLAICPOES, 3034t, 3036–3037MBAS, 3034t, 3043NIR-VIS, 3034t, 3035NMR, 3033, 3034toverview of, 3033, 3034tPCS, 3034t, 3035–3036PHOTA, 3034t, 3043RAMS, 3034t, 3035, 3036fTOM, 3034t, 3040–3043, 3042fTRLF, 3034t, 3037, 3038fUVS, 3034t, 3037XANES, 3034t, 3039, 3040fXAS, 3034t, 3037–3039, 3040fXRF, 3034t, 3039, 3041f
IDR process. See Integrated dry routeprocess
Ignitionof plutoniumcatalyzed, 3236–3237thermal, 3232–3235, 3233f
of uranium, thermal, 3245–3246IMF. See Inert matrix fuelIminodiacetate (IDA)
plutonium complex with, 1176–1177, 1178t,1180–1181
of uranium, 603–605, 604tImmobilization, of SNF, 1812–1813INAA. See Instrumental neutron activation
analysisIndenyl complexes
with cyclopentadienyl, 2844structural chemistry of, 2487–2489,
2490t–2491tIndium, in plutonium alloy, 896, 896fInductively coupled plasma atomic emission
spectrometry (ICPAES), overview of,3307–3308
Inductively coupled plasma massspectrometry (ICPMS)
with AES, 636, 1770αS v., 3329βS and, 3070
applications of, 3326–3328capillary electrophoresis with, 3069components of, 3323–3324, 3324fdevelopment of, 3329for electronic structure, 1770
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-73
for environmental actinides, 3059t,3061–3062
fundamentals of, 3323–3326, 3324ffor gas-phase ion chemistry studies, 4141HPLC and, 3068–3069, 3068fHR, 3324–3326, 3325fINAA v., 3329for mass spectrometry, 3310MC, 3326–3327nebulizers for, 3323neptuniumneptunium–237 determination, 789,
790fseparation with, 783, 784f, 793
overview of, 3322for plutonium analysis, 3953–3954requirements of, 3323spectra from, 3324–3326, 3325ffor thorium, 133for trace analysis, 3322–3328of uranium, 637–639
Inelastic collisions, 3676Inert gas, for gas phase actinide reactions,
4080Inert matrix fuel (IMF), 3797–3798plutonium disposition in, 3814–3816,
3815f, 3820–3821Infrared absorption spectra, of plutonium
oxides, 4102Infrared multiphoton dissociation (IRMPD),
4140Infrared spectroscopy (IRS)of actinide dioxides, 1971of actinide nitrides, 1988–1989of americium, 1369of californium, 1544–1545of cyclopentadienyl complexes, tetravalent,
2814–2815for environmental actinides, 3033, 3034tof neptunium, 764overview of, 2014of plutonium halides, 1183of thorium disulfide, 1976of uranium cyclopentadienyl complexes,
2807, 2807tof uranium oxides, 1971XRD and, 3065XRF and RAMS with, 3069
Ingestion, of actinide elements, 1818–1820Inhalation, of actinide elements,
1818–1820Inner sphere, complexation, 2563–2566,
2566f, 2567tconfusion over, 2564conversion to, 2564–2565stability constant, 2565, 2566fthermodynamic data, 2566, 2567f
Inorganic ion exchangers, for plutoniumseparation, 3924
Inorganic molecules, actinide reactivity with,4136–4139
In-situ leaching techniques, for uraniumprocessing, 3487
In-situ leaching, of uranium ore, 306In-situ Volatilization and On-line detection
apparatus (IVO), for hassium study,1713, 1714f
Instant Release Fraction (IRF), 3839Instrumental neutron activation analysis
(INAA)applications of, 3303–3305description of, 3303ICPMS v., 3329RNNA v., 3305–3306sensitivity of, 3305for uranium, 636
Integral fast reactor (IFR)electrorefining with, 2713reprocessing in, 2713–2714
Integrated dry route (IDR) process, foruranium dioxide fabrication,3708f, 3709
Intense Pulsed Neutron Source (IPNS)of curium dioxide, 2292–2293of plutonium dioxide, 2289, 2290f
Intermediate couplingfor free-ion interactions modeling,
2023–2026overview of, 2023
Intermetallic compoundsof americium, 1302, 1304tof berkelium, 1461magnetic studies of, 2238, 2356–2361
heavy-fermion materials, 2360high uranium content, 2357itinerant ferromagnets, 2358–2359lower uranium content, 2358low uranium concentration, 2359other compounds, 2360–2361very low uranium concentration,
2359–2360of plutonium, 862–987
applications of, 862crystal structure data for, 899,
900t–915telectronic structure, theory, and
modeling, 921–935history of, 862mechanical properties, 968–973nature of, 863overview of, 898–899oxidation and corrosion, 973–979physical and thermodynamic properties
of, 935–968
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-74
of uranium, 325–326, 325tclass III elements, 326hydrides as, 338–339molybdenum, 326, 326fnoble metals, 325–326transition-metal compounds, 325x-ray crystallography for, 325
Intrinsic colloids, 3530–3532, 3531fIodatesof actinide elements, 1796of neptunium, equilibrium constants for,
773tof plutonium, 1172–1173of protactinium, gravimetric methods
with, 230Iodates, for plutonium precipitation, 3914Iodidesof actinide elements, 1796of berkelium, 1469of californium, 1533of neptunium, 738
equilibrium constants for, 773ttriiodide, 738
of plutonium, 1092–1100preparation of, 1092–1095properties of, 1087t, 1098–1100solid-state structures of, 1084t,
1096–1097, 1096f–1098fprotactinium derivatives of, 197–199,
207–208of uranium
complexes, 498–499oxide and nitride, 499–500uranium tetraiodide, 497–498uranium triiodide, 454–455
Iodine-131, processing plant release of, 3496Ion-beam irradiation, for radiation damage
simulation, 3830Ion chemistry studies, of actinide gas phase
reactions, 4080in atmospheric pressure ionization mass
spectrometers, 4139–4140background and experimental
methodologies, 4123–4124in elemental mass spectrometers, 4141in laser ablation plumes, 4141–4142reactivity of atomic and molecular
actinide ions, 4125–4139, 4129f,4136t–4138t
reactivity of neutral actinide species and ionchemistry of volatile actinide com-pounds, 4124–4125
Ion exchange chromatographyfor actinide and lanthanide separation,
2669–2670for actinide element study, 1767–1768,
1768factinium purification by, 18, 30–32
for americium purification, 1289–1293anion-exchange resin systems, 1291–1292cation-exchange resin systems, 1290–1291inorganic exchangers, 1292–1293
ARCA for microscale, 1665for berkelium extraction, 1449for californium separation, 1508–1509,
1510f, 1512for curium separation, 1409–1410deployment of, 846for einsteinium separation, 1585flow sheet for, 849, 850fimprovements of, 851for metal ion separation, 846methods forα-HIBA for, 2639–2641, 2640f, 2641tanion exchange, 2635–2637, 2635f, 2642in aqueous phase, 2638cation exchange, 2636–2641, 2637fcitric acid for, 2638–2639, 2639tDiphonix, 2642–2643, 2643fEDTA and HDEHP for, 2639–2640,
2641thistorical development of, 2634–2635lactic acid for, 2639, 2639t, 2641tNTA and DTPA for, 2640–2641trivalent actinides from lanthanides,
2635, 2635ffor neptunium extraction, 714operation of, 850–851overview of, 845–846for plutonium concentration, 845–852after extraction, 846–847history of, 851overview of, 847plutonium–238, 817
for protactinium purification, 180–181, 180ffor rutherfordium extraction, 1699for trace analysis, 3282–3283for transfermium element identification, 13for uranium leach recovery, 310–311problems with, 311process for, 310solvent extraction v., 311species absorbed, 310–311
Ion-exchange column, 3925plutonium on, 3928
Ion-exchange column chromatographypartition v. adsorption, 3925for plutonium separation, 3923–3928anion exchange, 3926–3928cation exchange, 3925–3926
Ion-exchange resins, 3924–3925Ionic radii
of actinide elements, 1798, 1799tof actinide (III) ions, 1605–1607in mammalian tissues, 3346, 3347t
of americium, 1295–1296
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-75
of californium, 1528–1529, 1528fof einsteinium, 1604, 1605–1607importance of, 1612–1613sesquioxide, 1598
of lawrencium, 1645of mendelevium, 1635of nobelium, 1640oxidation states and, 2558skeletal fraction v., 3349stability constants and, 2574, 2575f
Ion-ion interactionof actinides, 2101–2103nonexponential luminescence decay from,
2102–2103Ionium. See Thorium–230Ionization energiesof actinides, 4133–4135, 4136t, 4138trecording, 4081of thorium oxide, 4085–4088of uranium dioxide, 4099–4100of uranium oxide, 4091–4092
Ionization potentials (IP)of actinide elementsby laser spectroscopy, 1873–1875,
1874tby RIMS, 1875–1879, 1877t,
1878f–1879fof actinium, 33, 1874tof americium, 1296, 1874tof berkelium, 1452, 1874tbreit effect on, 1669of californium, 1874tof curium, 1874tof einsteinium, 1588, 1590f, 1874tof element 113, 1723, 1726tof element 114, 1725, 1726tof element 115, 1725f, 1726t, 1727of element 116, 1726t, 1728of element 117, 1726t, 1728of element 118, 1726t, 1728–1729of element 119, 1729, 1730fof element 120, 1729, 1730fof fermium, 1877of neptunium, 1874t, 1875of plutonium, 859, 1874tof protactinium, 1874tof superactinide elements, 1731of thorium, 59–60, 1874tof transactinide elements, 1673–1675, 1673t,
1674f–1675fof uranium, 1874t
Ionizing radiationbioavailability and, 3614cellular damage from, 3605–3606, 3607fcell viability and, 3605high LET radiation, 3608–3610, 3610flow LET radiation, 3605–3608, 3606f,
3607f
in glasses and ceramics, 3826–3827microorganism tolerance to, 3598,
3607–3609organic complexes and, 3616from plutonium, 3899
Ion pair formation systems, for extraction,2660, 2661f
Ion-selective electrodes (ISEs), forenvironmental actinides, 3026t, 3029
IP. See Ionization potentialsIPNS. See Intense Pulsed Neutron SourceIRF. See Instant Release FractionIriginiteumohoite transformation to, 299, 300furanium molybdates in, 299
Irish Sea, 3555IRMPD. See Infrared multiphoton
dissociationIronin aqueous environment, 3097, 3097fbioreduction of, 3600–3601
neptunium v., 3623in curium complex, 1413t–1415t, 1422as electron acceptor, 3598–3599in environment, 3164–3165in plutonium
alloy, 972reduction, 1138–1139
plutonium melting point and, 897, 898ffor plutonium titration, 3937–3938protactinium separation from, 179–180,
180fsorption on mineral phases of, 3164–3169
with carbonates, 3168with citrates, 3167–3168neptunium, 3165, 3165turanium, 3165, 3165t, 3167
in transferrin, 3363–3364uranate preparation with, 388
Iron (II), analyses ofISEs, 3029VOL, 3061
Iron (III), analyses of, ISEs, 3029Iron hydroxide (Fe(OH)3), for plutonium
precipitation, 3913Iron (oxy)hydroxides, adsorption by, 3532,
3542Iron phosphate glasses, 3846Irradiationin nuclear fuel cycle, 3674, 3675fpellet-cladding interaction during,
3742–3743, 3742fof sphere-pac, 3790–3793uranium dioxide thermal conductivity after,
3720, 3722–3723, 3722fIRS. See Infrared spectroscopyIS. See Isotope shiftISEs. See Ion-selective electrodes
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-76
Island of stabilityoverview of, 14SHEs v., 1653substantiation of, 1735–1736, 1736f
Isocyanide ligand, cyclopentadienylcomplexes insertion of, 2825, 2826f
Isothermal chromatographic systemsfor gas-phase chemistry, 1663–1665,
1705for seaborgium study, 1708–1709, 1709ffor superactinide elements, 1734
Isotope dilution, 3975–3978Isotope dilution (ID) analysisfor ICPMS, 3326with TIMS, 3313of uranium, 638
Isotope dilution mass spectrometry, forprotactinium–231, 231
Isotopesof actinium, 18–19, 22t–23t, 31–32of americium, 9–10, 12, 1265–1267, 1266tof berkelium, 9–10, 1445–1447, 1446tof bohrium, 1657f–1658fof californium, 9–10, 12, 1499–1502,
1500tof curium, 9–10, 12, 1397–1400, 1399tof darmstadtium, 1657f–1658fof dubnium, 1657f–1658fof einsteinium, 10, 1579, 1581t, 1582of element 112, 1657f–1658fof element 113, 1657f–1658fof element 114, 1657f–1658fof element 115, 1657f–1658fof element 116, 1657f–1658fof fermium, 10, 1622–1624, 1623tof hassium, 1657f–1658fof lawrencium, 1642, 1642t, 1657f–1658flonger-lived, 14of meitnerium, 1657f–1658fof mendelevium, 1630–1631, 1631tof neptunium, 9–10, 12, 700–702, 701t
production of, 702–704of nobelium, 1637, 1638tof plutonium, 4, 8–10, 12, 815–817, 816t
decay of, 1143–1146formation of, 821, 825–826, 825ffrom nuclear power reactors, 826,
827t–828t, 828separation of, 821–822, 828–831
of protactinium, 161–162, 164–170, 165tof roentgenium, 1657f–1658fof rutherfordium, 1657f–1658fof seaborgium, 1657f–1658fof thorium, 53–55, 54t–55tof transactinide elements, 1657f–1658fof uranium, 4, 8–10, 255–257, 256t, 258t
Isotope shift (IS)of actinide elements, 1841, 1842t–1850t,
1851–1852, 1853f, 2015–2016
of americium, 1882–1884, 1883f, 1883tof californium, 1872
Isotopic carrier, for plutonium precipitation,3912–3913
Isotopomers, for matrix-isolated actinidemolecules, 1968
Itinerant electron behavior, in actinides, 1–2IVO. See In-situ Volatilization and On-line
detection apparatusJachymov mine, marecottite and zippeite in,
292Jahn–Teller effect, low-symmetry structures
from, 2369JINR. See Joint Institute for Nuclear
ResearchJ-j coupling
for coupling spin and angular momenta,1911
LS coupling transition to, 1912–1914JOG. See Joint Oxyde-GainJoint Institute for Nuclear Research (JINR),
darmstadtium discovery at, 1653Joint Oxyde-Gain (JOG), 3746Joint Working Party (JWP), darmstadtium
analysis by, 1653JT effect, on plutonium dioxide, 2290Judd–Ofelt theory
absorption spectra analysis with,2091–2093, 2092f–2093f
for fluorescence lifetime calculation,2093–2095
matrix elements computation with,2090–2091
JWP. See Joint Working PartyKd. See Distribution coefficientKED. See K-edge densitometryK-edge densitometry (KED), 3942–3944, 3944f
for plutonium analysis, 3945–3948,3945f–3947f
Kernel migration. See Amoeba effectKetones, for plutonium extraction, 3920–3921Kidneys
accumulation of protactinium–231, 188actinide elements in, 1815uranium in, 1820–1821uranyl ion in, 3380complexes, 3382–3383
Kinchin and Pease formula, 3678Kinetics
considerations for handling, storage, anddisposition, 3201–3204
rate-controlling factors and mechanisms,3202–3204
scope of concerns, 3201–3202of corrosionplutonium metal, 3223–3227, 3226f,
3227t, 3237uranium metal and compounds,
3239–3246
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-77
of hydroaminationby organoactinide complexes, 2990–2993terminal alkyne complexes, 2986–2990
of hydrogenation, arene ligands, 3002of hydrosilylation, terminal alkyne
complexes, 2957, 2965–2966of plutonium reactions, 3215–3223of tissue deposition, 3387–3395in mice, 3388–3395, 3389f–3392f, 3394tin rats, 3387–3388summary, 3395
Kjeller reactor, 3668Koongarra deposit, uranium deposits at, 273Kopmans’ theorem, overview of, 2335–2336Koshn–Sham (KS) orbitals, with HF
equations, 1903Kramers degeneracy, description of, 2228Kramer’s degeneracy, overview of, 2044KS orbitals. See Koshn–Sham orbitalsKyshtym–Mayakactinide release from, 3498t, 3499–3500,
3504, 3554colloidal transport at, 3558radioactive waste disposal at, 3569
Kyzylsai deposit, mourite in, 301Laboratoire Aime Cotton (LAC), FTS at,
1840Lactic acid, for separation, 2639, 2639t,
2641tLaF3. See Lanthanum fluorideLa Hagueactinide release from, 3498, 3498tHLW-glass at, 3816
LAICPMS. See Laser ablation inductivelycoupled plasma mass spectroscopy
LAICPOES. See Laser ablation inductivelycoupled plasma optical spectroscopy
Lake Karachi, 3554LAMMA. See Laser ablation micro mass
analysisLAMPRE reactor, 3669LAMS. See Laser ablation mass spectrometryLanthanide elementsactinide elements v., 2, 10–11atomic volume, 1578–1579, 1578fbonding in, 584–585extraction from, 1286–1289, 1407free-ion interaction and crystal-field
strength, 2062–2064, 2063tligand displacement series for, 2806phonon energy relaxation, 2096separation from, 2635, 2635fthermodynamic properties of hydration,
2542–2544, 2544tactinide elements relativistic effects on,
1898, 1899factinide separation from, 2669–2677,
2757–2760
Cyanex 301, 2675–2676dithiophosphinic acids, 2676LIX–63, 2759–2760process applications, 2670–2671separation factors for, 2669–2670, 2670tsoft-donor complexants for, 2670–2671,
2673sulfur donor extractants, 2676–2677,
2677tTALSPEAK, 2671–2673, 2672f, 2760TPTZ, 2673–2675, 2674tTRAMEX process, 2758–2759, 2759f
bisphosphine oxide extraction of, 2657elution of, 1625ffermium separation from, 1624–1625ionic radii of, 1528–1529, 1528foxides with plutonium oxides, 1069–1070Wigner–Seitz radius of, 2310–2312, 2311f
Lanthanide ions, hydrocarbon reactions with,4126
Lanthanide silicates glasses, 3846Lanthanocenes, properties of, 1947Lanthanumactinium v., 18, 40americium
interaction with, 1302separation from, 1271
in californium metal production, 1517fluoride, for plutonium coprecipitation,
833–835Lanthanum fluoride (LaF3), for plutonium
precipitation, 3913Large-Angle X-ray Scattering (LAXS)for coordination number analysis, 586EXAFS v., 589for obtaining structural information, 589
Larisaite, as uranyl selenite, 298Laser ablationactinide gas phase reactions in, plumes,
4141–4142for gas phase actinide reactions, 4080supersonic expansion cooling with, 4081of uranium, 4102
Laser ablation inductively coupled plasmamass emission spectroscopy(LAICPMS), for environmentalactinides, 3044t, 3046–3047
Laser ablation inductively coupled plasmaoptical emission spectroscopy(LAICPOES), for environmentalactinides, 3034t, 3036–3037
Laser ablation mass spectrometry (LAMS),for mass spectrometry, 3310
Laser ablation micro mass analysis(LAMMA), for environmentalactinides, 3044t, 3046
Laser ablation technique, in gas-phase studies,of einsteinium, 1612
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-78
Laser-based isotope separation, for uraniumenrichment, 3488
Laser fluorescence spectroscopyfor actinide element study, 14of californium, 1544of hydrolytic behavior, 2546
Laser-induced breakdown spectroscopy(LIBS)
for environmental actinides, 3044t, 3045neptunium study with, 766
Laser induced fluorescence measurements,4082
Laser-induced isotope enrichment, of uraniumhexafluoride, 1933
Laser-induced photoacoustic spectroscopy(LIPAS)
americium study with, 1880for environmental actinides, 3043–3045,
3044t, 3045fneptunium study with, 766, 787
Laser spectroscopyof actinide elements, 1873
ionization potentials by, 1873–1875,1874tsuper-deformed fission isomers of
americium,1880–1884, 1881f, 1883f–1884f,1883t
of uranium (III), 2064Lattice constantof berkelium
berkelium–249, 1462metallic state, 1458
of neptunium, hydrides, 722, 724tof plutonium, 2329–2330, 2329f
gallium alloys, 939, 941tof thorium nitrides, 99
Lattice parametersof berkelium chalcogenides, 1470of californium
metal, 1519–1521, 1520tpyrochlore oxides, 1538, 1540fsesquioxide, 1536–1537
of curium pnictides, 1421of einsteinium sesquioxide, 1598–1599, 1599fof neptunium
coordination compounds, 746t–747thexafluoride, 731t, 732metallic state, 719sulfides, 740tellurides, 742
of plutonium, 935–937alloys and, 930, 930fintermetallic compounds, 899, 900t–915toxides with uranium oxides, 1071–1073,
1072fself-irradiation damage to, 981–984
of uraniumdioxide, 390, 391t–392thalides, 422, 423t–441t, 530t–556t
oxide, 344, 345t–346toxides with plutonium oxides,
1071–1073, 1072fLawrence Berkeley National Laboratory
(LBNL)darmstadtium discovery at, 1653hassium study at, 1712–1713rutherfordium production at, 1701transactinide element claims of Dubna v.,
1659–1660Lawrence Livermore National Laboratory
(LLNL), seaborgium productionat, 1707
Lawrencium, 1641–1647atomic properties, 1643–1644berkelium–249 in production of, 1447chemical properties of, 1644–1647, 1646tdiscovery of, 6t, 13, 1641half-life of, 1642, 1642tintroduction, 1641–1642isotopes of, 1642, 1642t, 1657f–1658flanthanide elements v., 2metallic state of, 1644oxidation states of, in aqueous solution,
1774–1776, 1775tpreparation and purification, 1642–1643reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fsolution chemistry, 1644–1647synthesis of, 13, 1641thermodynamic properties ofenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated ion,
2539, 2540tLawrencium-255, production of, 1641, 1642tLawrencium-256
half-life of, 1642, 1642tisolation of, 1642–1643production of, 1641–1642x-ray emission of, 1644
Lawrencium-257half-life of, 1641–1642, 1642tproduction of, 1641
Lawrencium-258from dubnium–262, 1704half-life of, 1642, 1642t
Lawrencium-260half-life of, 1645production of, 1642
LAXS. See Large-Angle X-ray ScatteringLayer structures. See Sheet structuresLBNL. See Lawrence Berkeley National
LaboratoryLCAO. See Linear combinations of atomic
orbitalsLDA. See Local density approximation
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-79
Lea, Leask, and Wolf method, applicationof, 2229–2230
Leachingcalcination prior to, 304of uranium ores, 303forms of, 305–306object of, 304oxidizer for, 305reagent for, 304–305recovery of, 309–317
Leadelement 164 v., 1732thermodynamic properties of actinide
compounds with, 2206–2208,2206t–2207t
in uraninite, 274uranium compounds with, 407oxides, 383–389, 384t–387t
uranyl oxyhydroxides with, 287–288Lead-206, uranium decay to, 3480f, 3481Lead-207, uranium decay to, 3480f, 3481Lead-208, thorium decay to, 3480f, 3481Lead-212, nuclear properties for, 3298tLead-214, nuclear properties for, 3298tLead-cooled fast reactor (LFR),
Generation IV, 3673, 3673tLeast-squares fitted values, of actinide
elements, 1864–1865, 1864fLED. See L-edge densitometryL-edge densitometry (LED), 3942–3944, 3944ffor plutonium analysis, 3945–3948,
3945f–3947fLepersonnite, description of, 293Lermontovite, uranium in, 259t–269t, 275LET. See Linear energy transferLEU. See Low-enriched uraniumLewis acids, actinide elements as, 1901LFP. See Light fission productsLFR. See Lead-cooled fast reactorLFT. See Ligand field theoryLigand field theory (LFT)thorium oxide, 4083, 4084t, 4085uranium oxide and, 4090–4093, 4092t
Ligandsactinide element bonding of, 1900–1901carbon-based, 2800–2867alkyl, 2866–2867allyl, pentadienyl and related,
2865–2866cyclooctatetraenyl, 2851–2858cyclopentadienyl, 2800–2851other carboxylic, 2858–2865
in coordination number, 2558for thoriumin coordination compounds, 115inorganic, 129–131, 130t
Light fission products (LFP), impact of,3680–3682, 3680f
‘Light glass,’ radioisotopes of, 1273Light water reactors (LWRs)fuel cladding for, 3717–3718, 3718tfuel cycle and actinide production in,
3819–3822, 3820f–3822f, 3822t, 3823tfuel element, 3718–3719, 3718ffuel matrix for, 3665fuel pin, 3716–3717, 3717f
fuel recovery fromcalcium reduction, 2722lithium reduction, 2722–2723pyrochemical methods for, 2721–2723historical background on, 3670–3673nuclear forensics for, 3982–3983, 3982f,
4064foxide fuel in, 3719–3744
fission gas release, 3729–3735, 3731f,3732f, 3734f, 3735f
fission products of, 3726–3729, 3726t,3727f–3729f
fuel-coolant interaction, 3743–3744,3744f
high burnup structure, 3735–3742,3736f–3739f
mass transport in, 3723–3726, 3725fpellet-cladding interaction, 3742–3743,
3742fplutonium in, 826
uranium oxides with, 1070thermal profile of, 3719–3723, 3720f–3722f,
3724tLight Weight Radioisotope Heater Units
(LWRHUs)fuel formation for, 1032–1034plutonium–238 in, 819, 820f
Limestone, uranium in, 3484Linear combinations of atomic orbitals
(LCAO), MO levels as, 1902Linear energy transfer (LET), 3514cell viability and, 3605
high LET radiation, 3608–3610, 3610flow LET radiation, 3605–3608, 3606f,
3607fLINEX process, overview of, 2724–2725Liopofuscin, americium binding to, 1816LIPAS. See Laser-induced photoacoustic
spectroscopyLiquid anion-exchange chromatography,
851–852Liquid-liquid extraction (LLE). See also
Solvent exchange for actinide elementsstudy, 1768–1769
in RTILs, 2691of rutherfordium, 1702, 1702fSFE v., 2678of superactinides, 1735for trace analysis, 3282of uranium, 633
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-80
Liquid-liquid partitioning, of environmentalsample, 3024
Liquid plutonium, 960–963melting point of, 960–962properties of, 962–963
Liquid scintillation, 3969Liquid scintillation counting (LSC), for
environmental actinides, 3026t, 3031,3032f
Liquid scintillation spectrometryfor neptunium, 785for thorium, 133–134
Liquid-solid partitioning, of environmentalsample, 3024
Lithiumin californium metal production, 1517in curium metal production, 1411–1412protactinium compounds with, 208reduction of, for electrorefining,
2722–2723Lithium chloridecurium extraction in, 1407, 1409einsteinium extraction in, 1585in electrorefining, 2714–2715lanthanide, actinide separation with, 1407
Lithium fluoride-thorium tetrafluoride,3795–3796, 3796f
Liveractinide elements in, 1815–1816,
3395–3400stored iron association with, 3398–3399summary, 3400uptake, 3399–3400
blood supply to, 3396as deposition site, 3344
bone v., 3344–3345iron storage in, 3397–3398
actinide elements with, 3398–3399ferritin, 3397hemosiderin, 3397–3398
metal transport into, 3396–3397microanatomy of, 3396
LIX–63, for actinide/lanthanide separation,2759–2760
LLE. See Liquid-liquid extractionLLNL. See Lawrence Livermore National
LaboratoryLLW. See Low-Level WasteLocal density approximation (LDA)for actinide metals, 2328δ-phase plutonium and, 925electron density and gradient with, 924for excited state energies, 1910
Localized electron behavior, in actinides,1–2
Loose connective tissue, actinides in, 3359Low-enriched uranium (LEU), description
of, 1755
Low-Level Waste (LLW), 3565disposal of, 3566, 3567f
LS couplingfor coupling spin and angular momenta,
1911for free-ion interactions modeling,
2023–2026j-j coupling transition of, 1912–1914overview of, 2023spin-orbit coupling with, 2024–2026in tetravalent actinide ions, 2075–2076truncation of, terms, 2042
Luminescenceof actinide cations, 2536–2538, 2537fof americium, 1368–1369, 1369famericium (III), 2098
of berkelium, 1453–1454of curium, 1425, 1429curium (III), 2096–2097, 2097f
decay of, 2101–2102, 2101fof einsteinium, 1579, 1580f, 1602energy transfer in, 2102–2103lifetimes of, 2098–2100, 2099t, 2100fmeasurement of, neptunium, 787–788of neptunium hexafluoride, 2084–2085overview of, 627of plutonium hexafluoride, 2084–2085
Luminescence decay, for hydrationstudy, 2528
Lungsactinide elements in, 1819–1820transuranium elements in, 12
Lutetium, lawrencium v., 1644Luttinger theorem, Fermi surface in, 2334LWRs. See Light water reactorsLWRHUs. See Light Weight Radioisotope
Heater UnitsLymphatic system, actinide elements in, 1815Lysosomes, actinide element uptake with, 1816MACS. See Magnetically assisted chemical
separationMadelung energy, loss of, 2369Magnesium
UO2 solid solutions with, oxygen potentialsof, 395t, 396–397
for uranium reduction, 319uranium v., 318
Magnesium, Mg2[(UO2)3(SeO4)5](H2O)16,4182, 4183f
Magnesium oxide, adsorption by, 3543Magnetically assisted chemical separation
(MACS)CMPO in, 2751–2752design of, 2751, 2751fhistorical development of, 2750–2751
Magnetic anisotropyexchange interactions in, 2364–2366,
2365f–2366f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-81
large groups, 2365–2366overview of, 2364–2365two-ion, 2365, 2365f–2366f
Magnetic concentration methods, for uraniumore, 303–304
Magnetic dipole moment, neutron scatteringand, 2232
Magnetic g-factor, for uranium oxide, 4091Magnetic momentof californium metal and compounds, 1542,
1543tof uranium hydrides, 334–336, 335t
Magnetic ordering, 4175Magnetic polyamine-epichlorohydrin resin
(MPE resin), americium purificationwith, 1292–1293
Magnetic properties, 2225–22955f0 compounds, 2239–22405f1 compounds, 2240–22475f2 compounds, 2247–22575f3 compounds, 2257–22615f4 compounds, 2261–22625f5 compounds, 2262–22635f6 compounds, 2263–22655f7 compounds, 2265–22685f8 compounds, 2268–22695f9 compounds, 2269–22715f10 compounds, 22715f11 compounds, 2271–2272of actinide dioxides, 2272–2294of actinide elements, 1541–1542, 1542tof actinide metals, 2353–2368electronic transport and, 2367–2368exchange interactions and magnetic
anisotropy, 2364–2366, 2365f–2366fgeneral features of, 2353–2354intermetallic compounds, 2356–2361magnetic structures, 2366–2367orbital moments, 2362–2364, 2363fother compounds, 2361–2362in pure elements, 2354–2356
of americium, 2355–2356americium (II), 2265–2268americium (III), 2263–2265americium (IV), 2262–2263
of anhydrous uranium chloride complexes,451
of berkelium, 2355–2356berkelium (III), 2268–2269, 2270tberkelium (IV), 2265–2268ions, 1472, 1473fmetallic state, 1460
of californium, 2355–2356californium (III), 2269–2271, 2270tcalifornium (IV), 2268–2269, 2270tcompounds, 1541–1542, 1542tmetal, 1525
of curium, 2355–2356curium (III), 2265–2268curium (IV), 2263–2265metallic state, 1411pnictides, 1421
of dioxides, 2272–2294americium, 2291–2292curium, 2292–2293neptunium, 2282–2288plutonium, 2288–2290summary of, 2293–2294uranium, 2272–2282
of einsteinium, 1602–1603einsteinium (II), 2271–2272einsteinium (III), 2271
of fermium, 1626of heavy fermions, 2360introduction to, 2225–2239
measurements, 2225–2231neutron and synchrotron X-ray
scattering, 2231–2238scope, other reviews, and units,
2238–2239of lanthanides, 1541–1542, 1542tof neptunium, 2356–2357
alloys, 719–720chalcogenides, 742neptunium (III), 2261–2262neptunium (IV), 2257–2261neptunium (V), 2247–2257neptunium (VI), 2240–2247neptunium dioxide, 2236–2237, 2237ftetrachloride, 2258t, 2260–2261
of neptunyl ion, 2240–2247, 2255tof plutonium, 949–954, 2355–2357
hexafluoride, 1086–1088hydrides, 3205–3206intermetallic compounds, 2361phosphides, 1022plutonium (III), 2262–2263plutonium (IV), 2261–2262plutonium (V), 2257–2261plutonium (VI), 2247–2257plutonium (VII), 2240–2247pnictides, 1023protactinium (IV), 2240–2247silicides, 1015–1016susceptibility, 949, 953–954, 953ftrichloride, 2262
of plutonocene, 1946of protactinium, 192, 193t
carbides, 195halides, 203pnictides, 207protactinium (IV), 2240–2247protactinium (V), 2239–2240
quantization of, 2317–2318
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-82
source of, 2225–2226superconductivity and, 2238–2239of thorium, 61–63
antimony, 100borides, 67phosphides, 99–100thorium (III), 2240–2247thorium (IV), 2239–2240
of thorocene, 1946of uranium, 2354–2357
arsenide, 2234–2235, 2235fbromide complexes, 496dioxide solid solutions, 389–390halides, 443–444, 483hexafluoride, 561, 2239–2240hydrides, 333–336, 334f, 335tintermetallic compounds, 2357–2360iodide complexes, 499oxides, 389–390pentavalent and complex halides, 501, 518silicides, 406tetrachloride, 491–492, 2248–2251tetravalent halides, 483tribromide, 453trichloride, 448trifluoride, 445trihydride, 2257triiodide, 455UNiAlHy, 338–339uranium (III), 2257–2261uranium (IV), 2247–2257, 2255turanium (V), 2240–2247, 2247turanium (VI), 2239–2240uranium pentachloride, 523uranium tetrachloride, 491–492
of uranyl ion, 2239–2240Magnetic scatteringof neptunium dioxide, 2283–2284, 2284fof uranium dioxide, 2281, 2282f
Magnetic spin-orbit interaction, with effective-operator Hamiltonian, 2029–2030
Magnetic susceptibilityof 5f0 compounds, 2240fof 5f1 compounds, 2241of 5f7 compounds, 2266, 2267t, 2268of berkelium
berkelium (III), 1445, 2268–2269dioxide, 2268ions, 1472, 1473fmetallic state, 1460
of californiumcalifornium (III), 2269–2271, 2270tmetal, 1525
of curiumcurium (IV), 2264–2265dioxide, 1419, 2293fluorides, 1418sesquioxide, 1419
for eigenfunctions, 2226from empirical wave functions, 2047of neptuniumdioxide, 2283hexafluoride, 2243tetrachloride, 2258t, 2260–2261
of plutonium, 2345–2347, 2346fdioxide, 2290, 2291fplutonium (IV), 2261–2262
of protactiniumtetrachloride, 2241tetraformate, 2241
representation of, data, 2230–2231temperature dependence of, 2365–2366,
2366fof UBe13, 2342, 2343fof uraniumdioxide, 2272–2273hexachloride, 2245–2246metallic state, 323–324oxides, 380, 382sulfates, 2252tetrachloride, 2248, 2249ftribromide, 2257–2258, 2258ttrichloride, 2257–2258, 2258ttrifluoride, 2257, 2258ttriiodide, 2257–2258, 2258turanium (III), 2260, 2260t
of uranocene, 2252–2253Magnetite, thorium in, 56tMagnon dispersion curves, of uranium
dioxide, 2280–2281, 2280fMagnox type reactor
historical background of, 3668nuclear forensics for, 3982–3983, 3982f
Malonamide extractantsnew compounds as, 2659for solvating extractant system,
2657–2659Malonate, complexation with, 3528–3529Malonates, structural chemistry of,
2441t–2443t, 2447Mammalian tissues
actinide elements in, 3339–3424binding in bone, 3406–3412bone, 3400–3406liver, 3395–3400
clearance from circulation, 3367–3387dioxo ions, 3379–3387rates of, 3367–3369, 3368f–3375ftetravalent and pentavalent, 3376–3379trivalent, 3370–3376
initial distribution in, 3340–3356access to, 3340–3341beagle dogs, 3343tdioxo ions, 3354–3356ionic radii and stability constants, 3346,
3347t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-83
Kenya baboons, 3345tMacaque monkeys, 3344tmice, 3343tpentavalent, 3350–3354rats, 3341t–3342tskeletal fraction, 3346–3349, 3348fsoft tissues, 3349–3350tetravalent, 3350–3354trivalent, 3345–3350
introduction, 3339–3340in vivo chelation, 3412–3423desferrioxamine, 3414polyaminopolycarboxylic acids,
3413–3414siderophores, 3414–3423
tissue deposition kinetics, 3387–3395in mice, 3388–3395, 3389f–3392f,
3394tin rats, 3387–3388
transport in body fluids, 3356–3367extracellular fluid circulation, 3357–3359loose connective tissue, 3359plasma and tissue fluid composition,
3356–3357, 3357t–3358tplasma distribution of, 3357t–3358t,
3359–3361Manganesebioreduction of, 3600as electron acceptor, 3598–3599plutonium melting point and, 897protactinium separation from, 188sorption studies of, 3176–3177with thorium sulfates, 105
Manganese dioxide, for plutonium separation,3923–3924
Manganese dioxide, for uranium leaching, 305Manganite, plutonium (VI) reactions with,
3176–3177Many-body perturbation theory (MBPT),
for relativistic correlation effects,1670
Marcoule, actinide release from, 3498, 3498tMarecottite, uranium sulfates in, 292Marine organisms, actinide elements in, 1809Marine watersactinides in, 3552–3556, 3554fplutonium in, 3979–3980uranium in, 3484, 3485t
Marshall Islands, 3551Marthozite, as uranyl selenite, 298Mass analyzed threshold ionization (MATI),
of thorium oxide, 4085Mass selected detection methods, 4081Mass spectrometry, 3952–3956. See also
Accelerator mass spectrometry;Inductively-coupled plasma massspectrometry; Resonance IonizationMass Spectrometry; Secondary Ion
Mass Spectrometry; Thermal ionizationmass spectrometry; Time-of-flight massspectrometry
accelerator, 3954–3955of actinide gas phase reactions, 4123of berkelium, 1455–1457, 1457f, 1484of californium, 1560historical development of, 3309–3310inductively-coupled plasma mass
spectrometry, 3953–3954of neptunium, 788–790plutonium tracer for, 3909of protactinium and thorium, 231radiometric techniques v., 3309resonance ionization, 3955secondary ion, 3956spark source, 3955–3956techniques for, 3310thermal ionization, 3953for trace analysis, 3309–3328
AMS, 3315–3319ICPMS, 3322–3328RIMS, 3319–3322TIMS, 3311–3315
of uranium, 636–637for uranium–235, 255
Mass spectrometry time-of-flight,of californium, 1560
Mass spectroscopy, for actinide elementstudy, 14
Mass transport, in oxide fuel in LWRs,3723–3726, 3725f
Material-testing reactors (MTR), nuclearforensics for, 3982–3983, 3982f
Mathematical modeling, of microorganismand actinide interactions, 3638–3650
biodegradation modeling, 3645–3650coupling microbial synthesis, substrate
utilization, and geochemical reactions,3639–3645
MATI. SeeMass analyzed threshold ionizationMatrix. See also Cryogenic matrices, actinide
reactions ininert matrix fuel, 3797–3798for nuclear fuel, 3665–3667, 3666t
Matrix elementsof absorption intensity calculations,
2089–2090Judd–Ofelt theory computation of,
2090–2091Matrix-isolated actinide elements, 1967–1991binary carbonyls, 1984–1987carbide oxides, 1976–1984description of, 1968developments of, 1969dioxides, 1970–1976nitride-oxides, 1989–1991nitrides, 1987–1989
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-84
overview of, 1968–1970summary of, 1990–1991
Matrix isolation infrared spectroscopy, 4082of uranium dioxide, 4100of uranium oxides and plutonium oxides,
4102–4103MBES. See Mossbauer emission spectroscopyMBPT. See Many-body perturbation theoryMCDF. See Multi-configuration Dirac-FockMcGuire Air Force Base, 3551MC-ICPMS. See Multicollector inductively
coupled plasma mass spectrometryMCSCF. See Multi-configurational self-
consistent fieldMD calculations. See Molecular dynamics
calculationsMD simulations. See Molecular dynamics
simulationsMechanical hardening, of plutonium, 981Mechanical propertiesof alloys, 972–973of californium, 1525–1526of plutonium, metal and intermetallic
compounds of, 968–973of uranium metal, 322–323, 323t
Mechanical stability, of nuclear fuel, 3666,3667f
Medical applicationsof actinide elements, 1828–1829of californium, 1502
californium–252, 1505–1507of curium, 1398–1400
Medicine, actinides for, 3475Meitneriumchemical methods for, 1720–1721chemical properties of, 1717–1721discovery of, 6t, 1653, 1653telectronic structures of, 1682–1684half-life of, 1661isotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, 1720
in aqueous solution, 1774–1776, 1775tproduction of, 1720relativistic orbital energies for, 1669fsolution chemistry of
complexation of, 1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686, 1685f–1686f
Meitnerium-268, half-life of, 1661, 1717Meitnerium-271half-life of, 1718production of, 1717–1718
Melting behavior, of plutonium oxides, 1045with uranium oxides, 1074–1075, 1075f
Melting pointof actinide dioxides, 2139, 2139f
of berkelium, sesquioxide, 1467of californium, metal, 1522of einsteinium, metal, 1592mechanical properties and, 968
Melt refininghistorical development of, 2708under molten salts, 2709–2710oxide slagging in, 2709process for, 2708–2709
Mendelevium, 1630–1636atomic properties, 1633–1634, 1634tchemical properties of, 1635–1636, 1646tdiscovery of, 5t, 13half-life of, 1630–1631, 1631tintroduction, 1630isotopes, 1630–1631, 1631tlanthanide elements v., 2metallic state of, 1634–1635oxidation states of, 2526in aqueous solution, 1774–1776, 1775t
preparation and purification, 1631–1633reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fsolution chemistry, 1635–1636synthesis of, 13thermodynamic properties ofenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated ion,
2539, 2540tMendelevium (III), hydration of, 2528–2530,
2529f, 2529tMendelevium-256
importance of, 1630–1631production of, 1631
Mendelevium-258, half-life of, 1630, 1631tMercury
americium interaction with, 1302element 112 v., 1720–1721element 164 v., 1732
Mesothorium II. See Actinium–228Metabolic effects, of berkelium, 1445Metallic conduction
with thorium boride, 67with thorium hydride, 64
Metallic fuel, 3774–3782fabrication of, 3779–3780fuel pin and fuel element, 3780in-reactor behavior, 3780–3782, 3781fminor actinides, 3777–3779, 3778f, 3779furanium and alloys, 3774–3775, 3775furanium-plutonium alloys, 3775–3777,
3776f–3778fMetallic radii
of actinides, 2313of americium, 1295of californium, 1527
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-85
of lawrencium, 1644of plutonium, 886, 887t
Metallic state. See also Actinide metals5f-electron phenomena in, 2307–2373basic properties, 2313–2328cohesion properties, 2368–2371concluding remarks, 2372general observations, 2328–2333introduction, 2307–2309magnetism, 2353–2368overview of, 2309–2313strong correlations, 2341–2350strongly hybridized, 2333–2339superconductivity, 2350–2353weak correlations, 2339–2341
of actinide elements, 1–2, 964, 1591–1592,1591t, 1784–1790
crystal structure, 1785–1787, 1786telectronic structures, 1788–1789, 1789fpolymorphic transformation, 1787preparation, 1784–1785properties of, 1786tsuperconductivity, 1789–1790
of actinium, 34–35of americium, 1297–1302phases of, 1297–1299preparation of, 1297properties of, 1297–1302, 1298t, 1301fstructure of, 1300
of berkelium, 1457–1462chemical properties, 1460–1461physical properties, 1458–1460preparation of, 1457–1458theoretical treatment, 1461
of californium, 1517–1527chemical and mechanical properties of,
1525–1526physical properties of, 1519–1525preparation of, 1517–1519theoretical treatments of, 1526–1527
of curium, 1410–1412chemical properties of, 1412physical properties of, 1410–1411,
1413t–1415tpreparation of, 1411–1412
of einsteinium, 1588–1594, 1591talloys of, 1592–1593other actinide metals v., 1591–1592, 1591tproblems of, 1588production of, 1590, 1593–1594properties of, 1590–1591, 1591tthermodynamic properties of, 1592–1593
of element 164, 1732of fermium, 1626–1628of lawrencium, 1644magnetic studies of, 2238of mendelevium, 1634–1635of neptunium, 717–721
history of, 717lattice parameters, 719production of, 717–718properties of, 718thermodynamic properties of, 718–719
of nobelium, 1639of plutonium, 862–987
applications of, 862, 996, 996fcorrosion kinetics of, 3223–3238electronic structure, theory, and
modeling, 921–935hazards of, 3202, 3256–3257history of, 862mechanical properties, 968–973nature of, 863oxidation and corrosion, 973–979, 3226f,
3227–3235, 3227t, 3229tphysical and thermodynamic properties
of, 935–968preparation of, 863–864, 995–996,
996fpyrochemical preparation and refining,
865–877safe storage, 3260–3262, 3261fstrength of, 968, 969f
of protactinium, 191–194physical parameters of, 191–194, 193tpreparation of, 191
of thorium, 60–63of uranium, 318–328
chemical properties of, 327–328, 327tcorrosion kinetics, 3239–3246electrical properties, 324, 324f, 324tgeneral properties of, 321–323, 322thazards of, 3202intermetallic compounds and alloys,
325–326, 325tmagnetic susceptibility, 323–324physical properties of, 320–321, 321fpreparation of, 318–324, 320fsafe storage, 3262
Metallocyclopropane dihydride, of thorium,4120–4121
Metallothermic process, for uranium metalpreparation, 319, 320f
Metal-metal interaction, in bimetalliccomplexes, 2891–2892, 2893f
Metal-metal processes, of pyrochemicalmethods, 2708–2709
Metal-reducing bacteria, 3598–3600bioassociation and, 3630bioreduction by, 3619, 3622–3626
Metamagnetism, of neptunyl, 2255t, 2257Metamictization, of uraninite, 275Metaminct minerals, alpha-damage in, 3828Metastudtite, 3528Metathesis, of cyclopentadienyl complexes,
2819
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-86
Metatorbenite, 3520Meteorites, plutonium-244 in, 3478–3479Methane, radiolytic formation of, 3246–3247Methanogenesis, 3599, 3601Methanogens, 3601bioreduction, 3621
Methylidene complexes, of thorium anduranium, 4118–4120
Methylidynes, of uranium, 4121Methylisobutylketone, for plutonium
extraction, 3918Methyltrioctylammonium chloride. See
Aliquat 336MGA analysis code, for gamma-ray counting,
3964, 3964fMHW-RTGs. See Multihundred Watt
Radioisotope ThermoelectricGenerators
MIBK, lawrencium extraction with, 1645Miceinitial distribution in, 3343ttissue deposition kinetics in, 3388–3395,
3389f–3392f, 3394tMicrobiological processesactinide speciation and, 3596–3604complexation and, 3604mathematical modeling of, 3638mobility of actinides and, 3595–3596redox chemistry and oxidation state
distribution, 3603–3604, 3603tMicrocracking, of plutonium, 890Micronized master blend (MIMAS) process,
for mixed oxide fuels, 3712–3713,3713f, 3714f
Microorganismsat actinide-contaminated sites, 3601–3602actinide-microbiological processes,
3602–3604, 3603tactinide species interactions with,
3595–3652bioremediation and natural attenuation,
3650–3652effects of, 3604–3616introduction to, 3595–3604, 3599f,
3603tmathematical modeling of, 3638–3650subsurface speciation, 3616–3638,
3617fbioassociation with, 3626–3632
biouptake, 3632mechanism of, 3627–3629, 3628fsurface complexation, 3629–3632,
3631fbioreduction by
mechanism of, 3617–3622, 3620fneptunium, 3612, 3623–3624plutonium, 3624–3626uranium, 3622–3623
chemical toxicity and, 3605, 3610–3613of actinium, protactinium, thorium,
uranium, and americium, 3611–3612of neptunium and plutonium, 3612–3613,
3613fcomplexation and, 3604ecology and diversity in subsurface,
3598–3601, 3599felectron acceptors and, 3598ionizing radiation tolerance of, 3598,
3607–3609multivalent actinide bioreduction by, 3603t,
3617–3626, 3618fmechanism of, 3617–3622, 3620fneptunium, 3612, 3623–3624plutonium, 3624–3626uranium, 3622–3623
redox chemistry and oxidation statedistribution, 3603–3604, 3603t
Microsegregation, in plutonium gallium alloy,899, 916–917, 916f–917f
Micro-XANES. See Micro-X-ray absorptionnear-edge structure spectroscopy
Micro-XAS. See Micro-X-ray absorptionspectroscopy
Micro-X-ray absorption near-edge structurespectroscopy (Micro-XANES), ofsolid samples, sorption studies of,3174
Micro-X-ray absorption spectroscopy(Micro-XAS), of solid samples,sorption studies of, 3172–3173
MIK, protactinium extraction with, 188Military purposes, plutonium for, 4Mill tailings, uranium, 3487–3488MIMAS process. See Micronized master blend
processMineralogy, of uranium, 257, 259t–269t,
270–273Minerals, with uranium, 259t–269t, 274–275
bonding in, 280–281crystal morphology prediction, 286–287geometry of, 281–282, 284f–285f
Mining industry, actinides from, 3486–3488Mining, in nuclear fuel cycle, 3674, 3675fMINTEQA, 3642Mixed-oxide (MOX) fuel
DDP for, 2692–2693, 2707–2708fabrication of, 3712–3714, 3713f, 3714ffor fast reactors, 3744–3745, 3745tfission gas release from, 3734–3735, 3735f,
3752–3753, 3753ffission products of, 3750–3752, 3751f,
3752fforensics investigation on, 3985–3988,
3986t, 3987ffuel-coolant interaction of, 3753–3754,
3755f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-87
fuel restructuring of, 3747–3749, 3747f,3748f, 3750f
historical background of, 3670, 3672mass transport in, 3723–3726, 3725ffrom nuclear weapon stockpiles, 3560plutonium disposition in, 3814–3816, 3815f,
3820–3821, 3821fproduction of, 1070thermal profile of, 3746–3747, 3746ftransmutation with, 1812use of, 3562
Mixed-valence compounds, 4176–4177, 4177fMixed-valence Np(V)–Np(VI) molybdate,
4178–4179, 4180fMobility, of actinides, 3504–3560geochemical characteristics for, 3506–3509,
3508fmicrobiological processes and, 3595prediction of, 3505–3506processes and mechanisms affecting
speciation, 3509–3549Moctezumite, as uranyl tellurite, 298Molecular actinide ions, reactivity of,
4125–4139, 4129f, 4136t–4138twith hydrocarbons, 4125–4131, 4129fwith organic and inorganic molecules,
4136–4139with oxidants, 4131–4136, 4136t–4138t
Molecular constants, of thorium oxide, 4087,4087t
Molecular dynamics (MD) calculations, onthorium ion, 1991
Molecular dynamics (MD) simulations, forradiation damage simulation, 3831,3831f
Molecular orbital (MO) levelsof actinocene, 1949excited-state energies with, 1910in HF calculations, 1902seaborgium predictions of, 1707of thorium carbonyl, 1986, 1988fin transactinide elements, 1677, 1677fof U2, 1994, 1995fof uranium molecules, 1969–1970, 1970f
Molecular spectroscopy, in cryogenic matricesand gas phase, 4079–4142
actinide halide spectroscopic studies of,4103–4113
actinide oxide spectroscopic studies of,4082–4103
experimental techniques for, 4081–4082introduction, 4079–4081matrix stabilized reaction products,
4113–4122, 4114t–4116treactions of actinide atomic and molecular
ions and neutrals, 4123–4142Molecular volumes, for actinide sesquioxides,
1535–1536, 1539f
MO levels. See Molecular orbital levelsMøller-Plesset perturbation theory fourth-
order (MP4), in HF calculations, 1902Møller-Plesset perturbation theory second-
order (MP2), in HF calculations,1902
Molten metal-salt extractionArgonne salt transport process, 2710–2712,
2712fother applications, 2712
Molten salt breeder reactor (MSBR), moltensalt-metal extraction at, 2712
Molten salt extraction (MSE)for plutonium metal production, 868f,
869–870use of, 2692
Molten-salt fuels, 3794–3797, 3795f–3797f,3796t
Molten salt reactor (MSR)fuel composition for, 3666, 3667fGeneration IV, 3673, 3673thistorical background on, 3669, 3794
Molten saltsactinide ions in, thermodynamic properties
of, 2133–2135, 2134t, 2135ffor pyrochemical processes, 2692
Molybdatesof americium, 1321in pyrochemical methods, 2702–2703of thorium, 111–112
with alkali metals, 112structure of, 111–112synthesis of, 111tungstates v., 113
of uranium, 266tnatural occurrence of, 299uranium (IV), 275
Molybdenumin uranium amine extraction, 312in uranium intermetallic compound, 326,
326fMolybdenum-99, in nuclear explosions, 3489Monazite, 3485, 3869–3870processing of, 56–58, 57f–59fthorium in, 56t
Monocarbides, structural chemistry of, 2406t,2407
Monochalcogenides, 4007–4008Mono-cyclopentadienyl complexes, structural
chemistry of, 2482–2485, 2484t,2485f–2487f
Monod expression, 3641–3642Monohalides, thermodynamic properties of,
2178–2179, 2180t–2181t, 2181fgaseous, 2179solid, 2178–2179
Monoketones, for plutonium extraction,3918
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-88
Monopicolinates, structural chemistry of,2439t–2440t
Monoxidesdissociative energy of, 2149–2150, 2150fthermodynamic properties of, 2147
Monte Carlo programfor bohrium study, 1711–1712for hassium study, 1713–1715for isothermal chromatographic systems,
1665for rutherfordium study, 1693
Montmorillonitethorium complexes, 3156–3157uranium complexes on, 301–302uranyl-loaded, 3155–3156
Morsleben, 3514, 3527, 3569Mossbauer absorption spectroscopy
(MBAS), for environmental actinides,3034t, 3043
Mossbauer effectof neptunium–237, 792of protactinium, 190–192
Mossbauer emission spectroscopy (MBES),for environmental actinides, 3026t,3028
Mossbauer spectroscopyof americium, 1297of neptunium–237, 792–793neutron scattering v., 2232of plutonium, 861–862
Mourite, uranium molybdates in, 301MOX fuel. See Mixed-oxide fuelMP2. See Møller-Plesset perturbation theory
second-orderMP4. See Møller-Plesset perturbation theory
fourth-orderMPE resin. See Magnetic polyamine-
epichlorohydrin resinMRCISD. See Multi-reference configuration
interaction with single and doubleexcitations
MSE. See Molten salt extractionMSR. See Molten salt reactorMTR. See Material-testing reactorsMulticollector inductively coupled plasma
mass spectrometry (MC-ICPMS),3326–3327
RNAA v., 3329Multi-configuration Dirac-Fock (MCDF)for electronic structure calculation, 1670of rutherfordium, 1692–1693
Multi-configurational self-consistent field(MCSCF)
of thorium oxide, 4087–4088of uranium dioxide, 4099
Multihundred Watt Radioisotope Thermo-electric Generators (MHW-RTGs),plutonium-238 in, 818, 818f
Multi-reference configuration interactionwith single and double excitations(MRCISD), for thorium oxide, 4088
Multivalent actinidesbioreduction of, 3603t, 3617–3626, 3618fmechanism of, 3617–3622, 3620fneptunium, 3612, 3623–3624plutonium, 3624–3626uranium, 3622–3623
complexation of, 3615microorganisms and, 3596mobility of, 3603–3604reduction of, 3603, 3603t
Murataite, 3870Murchison, xenon in, 3479Murray, xenon in, 3479Mururoa Atoll, 3552NAA. See Neutron activation analysisNADH. See Nicotinamide-adenine
dinucleotideNagasaki, 3552Nanoparticles, in plutonium bioreduction,
3625Natural analogues, 3559–3560
waste forms and, 3819ceramics, 3832
Natural attenuation, 3595bioremediation and, 3650–3652for site containment, 3650
Natural inorganic colloids, 3532–3533Natural occurrence
of actinide elements, 1755–1756,1804–1805, 3014–3016, 3273,3274t–3275t, 3276
of actinium, 26–27actinium-227, 26–27uranium v., 162
of bijvoetite, 290of brannerite, 280of carnotite, 297–298of coffinite, 275–276of neptunium, 703–704, 1804neptunium-237, 782–783, 1756neptunium-239, 704, 1756
of parsonsite, 297of pitchblende, 1804–1805of plutonium, 822–824, 823t, 1804, 3016plutonium-239, 822–824, 823t, 1756plutonium-244, 822, 824
of protactinium, 161, 231protactinium-231, 170protactinium-233, 171
of pyrochlore, 279of saleeite, 293of thorite, 275–276of thorium, 133, 1804thorium-232, 3273, 3276
of transactinide elements, 1661, 1755–1756
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-89
of uranium, 170, 255, 256t, 257–302, 1804arsenates, 293in calcite, 3163carbonates, 291molybdates, 299phosphates, 293selenites, 298silicates, 292uranium-234, 255, 256turanium-235, 26–27, 170, 255–256, 256t,
3273, 3276uranium-238, 255, 256t, 3273, 3276
of uranophane, 292of zirconolite, 277–278
Natural organic colloids, 3533–3536, 3535f,3536f, 3537f
Natural uranium, description of, 1755N-Benzoylphenylhydroxylamine (BPHA),
protactinium extraction with, 184NCC. See Neutron Coincidence CountingNCP. See NeocupferronNCRW. See Neutralized cladding removal
wasteNear-infrared and visible spectroscopy
(NIR-VIS), for environmentalactinides, 3034t, 3035
Nebulizers, for ICPMS, 3323Neocupferron (NCP), protactinium extraction
with, 184Neodymium, in pitchblende, 1804Neodymium tris-cyclopentadienyl, magnetic
susceptibility of, 2259, 2259tNeodynium (III), hydration numbers of, 2534,
2535tNeptunium, 699–795analytical chemistry and spectroscopic
techniques, 782–795electrochemical methods, 790–792luminescence methods, 787–788mass spectrometry, 788–790miscellaneous methods, 793–795Mossbauer spectroscopy, 792–793radiometric methods, 782–786spectrophotometric methods, 786–787XRF, 788
in aqueous solution, 752–770control of oxidation states, 759–763, 760tdiproportionation of neptunium
dioxide, 759electrolytic behavior, 755–759hydrolysis behavior, 766–770optical spectroscopy, 763–766oxidation states of ions, 752–763
in biological systemsin bone, 1817health hazard of, 1814in liver, 1815–1816in organs, 1815
complexes ofcyclopentadienyl, 2803mono-cyclopentadienyl, 2482–2485,
2484t, 2485ftetrakis-cyclopentadienyl, 2814–2815
compounds of, 721–752antimonides, 743–744arsenides, 743bismuthides, 744bromides, 737–738carbides, 744carbonates, 745chalcogenides, 739–742chlorides, 736–737coordination, 745–750, 746t–747tfluorides and complexes, 730–736,
735t–736thalides, 730–739, 731thydrides, 722–724hydrocarbyl, 752hydroxides, 724–730iodides, 738nitrides, 742–743nonstoichiometric, 1797–1798organometallic, 750–752overview of, 721–722oxides, 724–730oxychlorides, 738oxyfluorides, 734–736, 736toxyhalides, 738oxyiodides, 738oxyselenides, 741oxysulfides, 740oxytellurides, 741–742phosphates, 744–745phosphides, 743pnictides, 742–744selenides, 740–741sulfates, 745sulfides, 739–740tellurides, 741–742
coordination complexes in solution,771–782
inorganic ligands, 771, 772t–775t, 781organic ligands, 776t–780t, 781–782
d transition elements v., 2discovery of, 4, 5t, 699–700history of, 4, 699–700ionization potentials of, 1874t, 1875isotopes of, 9–10, 12, 700–702, 701t
production of, 702–704laser spectroscopy of, 1873magnetic properties of, 2356–2357metallic state of, 717–721
alloys and intermetallic compounds,719–721
metal, 717–719structure of, 2385–2386
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-90
natural occurrence of, 703–704, 1756, 1804in marine organisms, 1809
nuclear properties of, 700–702oxidation states of, 2526–2527
in aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
partitioning of, in HLW, 712–713,2756–2757
as plutonium α- and β-phase stabilizer,897
in plutonium alloy, americium v., 931,931f
plutonium andδ-phase plutonium influence of, 985from plutonium decay, 985, 985f
pyrochemical methods for, moltenchlorides, 2697–2698
reduction potentials of, 1778, 1779f,2127–2131, 2130f–2131f, 2525, 2525f
in RTILs, 2689separation and purification, 704–717
biotechnology, 717chromatography, 714–716coprecipitation, 716electrodeposition, 717solvent extraction, 705–713, 706f–708f,
709tstudies on, 11synthesis of, 4thermodynamic properties of
enthalpy of formation, 2123–2125,2124f–2125f, 2539, 2541t
entropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated
ion, 2539, 2540theat capacity of, 2119t–2120t, 2121fsublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fNeptunium (III)in acidic media, 753chlorides of, magnetic data, 2229–2230,
2230tcoordination compounds of, 745,
746t–747tcyclooctatraene, 751–752cyclopentadienyl, 750halide complexes of, 739hydrolytic behavior of, 768, 2546, 2548tmagnetic properties of, 2261–2262with pyrochemical processes, 2697–2698redox behavior of, Nernst plot for, 3099f,
3100, 3108speciation of, 3111t–3112t, 3116–3117
Neptunium (IV)absorption spectra of, 764–766in acidic media, 753carboxylates, EXAFS investigations of,
3137–3140, 3147t–3150t
coordination complexes of, 745,746t–747t, 748
preparation of, 745, 748separation of, 748
coulometry for, 791cyclooctatetraene, 751cyclopentadienyl, 750–751energy level of, 2067equilibrium constants of, 771,
772t–775t, 781fluoro complexes of, 734, 735thalide complexes of, 739hydration of, 2531hydrolytic behavior of, 768–769hydroxide, synthesis of, 727–728iodates, 4160isomer shift of, 793–794, 794fmagnetic properties of, 2257–2261in mammalian tissuescirculation clearance of, 3368–3369,
3368f–3375f, 3377initial distribution, 3342t, 3352transferrin binding to, 3365
phosphonates, 4165, 4166fwith pyrochemical processes, 2697–2698redox behavior of, Nernst plot for, 3099f,
3100, 3108reduction of, 762by americium (V), 1336to neptunium (III), 745
speciation of, 3106–3108, 3111t–3112t,3135–3136
Neptunium (V)absorption spectra of, 764–765in acidic media, 753adsorption, Pseudomonas fluorescens, 3182coordination complexes of, 746t–747t,
748–749cation-cation interaction in, 748preparation of, 748–749properties of, 748–749
detection oflimits to, 3071tRAMS, 3035, 3036fVOL, 3061
equilibrium constants of, 771, 772t–780t,781–782
fluoro complexes of, 734, 735thalide complexes of, 739hydrolytic behavior of, 727, 769–770in hydrosphere, 1807–1810hydroxide, synthesis of, 727isomer shift of, 793–794, 794fmagnetic properties of, 2247–2257mobility of, 1814Mossbauer spectroscopy of, 793oxidation of, 762polarography for, 791–792
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-91
with pyrochemical processes, 2697–2698redox potential of, 756–757reduction of, 762by americium (V), 1336–1337
separation of, HDEHP for, 2651, 2651fspeciation with XAFS, 795
Neptunium (VI)absorption spectra of, 764in acidic media, 753coordination complexes of, 746t–747t, 749coulometry for, 791detection ofRAMS, 3035VOL, 3061
equilibrium constants of, 771, 772t–775t, 781fluoro complexes of, 734, 735thalide complexes of, 739hydrolytic behavior of, 770hydroxide, synthesis of, 727infrared spectra of, 764isomer shift of, 793–794, 794fmagnetic properties of, 2240–2247oxidation of, 761–762redox potential of, 756–757reduction kinetics of, 760–761separation of, PUREX process, 2732speciation of, 3111t–3112t, 3124–3125
Neptunium (VII)absorption spectra of, 764coordination complexes of, 746t–747t,
749–750preparation of, 749–750properties of, 749–750
detection of, NMR, 3033fluoro complexes of, 734, 735thydrolytic behavior of, 770hydroxide, synthesis of, 726–727infrared spectra of, 764isomer shift of, 793–794, 794fin solution, 1933speciation of, 3111t–3112t, 3124–3125
Neptunium carbideentropy of, 2196, 2197tformation enthalpy of, 2195–2196, 2197thigh-temperature properties of, 2198, 2198f,
2199tNeptunium carbonates, structural chemistry
of, 2426–2427, 2427tNeptunium chalcogenides, structural
chemistry of, 2409–2414, 2412t–2413tNeptunium decay series, 3481Neptunium dioxidecrystal structure of, 2287–2288, 2287fdisproportionation of, 759enthalpy of formation, 2136–2137, 2137t,
2138fentropy of, 2137–2138in gas-phase, 2148–2149, 2148t
heat capacity of, 2138–2141, 2139f, 2142t,2272–2273, 2273f
magnetic properties of, 2236–2237, 2237f,2282–2288
magnetic susceptibility of, 2283neptunium hexafluoride from, 732–733neutron scattering of, 2284–2286,
2285f–2286fphase diagram of, 724–725, 725f, 3694,
3696fRXS of, 2288scattering experiments of, 2236–2237,
2237fstability of, 725–726structure of, 2394synthesis of, 725thermophysical properties of, 3694, 3695t,
3696, 3696fNeptunium disulfidepreparation of, 739properties of, 739–740
Neptunium heptafluoridecrystal structure of, 731tpreparation of, 731–732
Neptunium hexafluoridechemical behavior of, 733crystal structure of, 731telectronic spectroscopy of, 4107energy level analysis of, 2083–2085, 2083t,
2085flattice parameters of, 731t, 732magnetic susceptibility of, 2243physical properties of, 733preparation of, 732–734structural chemistry of, 2419, 2421, 2421tstudies of, 1938thermodynamic properties of, 2160–2161,
2160t, 2162t–2164tvibrational spectroscopy of, 4103–4105
Neptunium hydridesentropy of, 2188, 2189tformation enthalpy of, 2187–2188, 2187t,
2189t, 2190fhigh-temperature properties of, 2188–2190,
2190tstructure of, 2403–2404
Neptunium monophosphide, 743Neptunium iodates, 4159–4160, 4165, 4166fNeptunium monoxidedissociative energy of, 2149–2150, 2150fin gas-phase, 2148–2149, 2148tstructure of, 2394
Neptunium nitride, 742–743preparation of, 742–743properties of, 743
Neptunium oxidesstructure of, 2394thermodynamic properties of, 2136, 2136t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-92
Neptunium oxyhalides, structuralchemistry of, 2421, 2422t, 2423,2424t–2426t
Neptunium pentafluoride, structuralchemistry of, 2416, 2419, 2420t
crystal structure of, 731tpreparation of, 731–732
Neptunium pentahalides, structural chemistryof, 2416, 2419, 2420t
Neptunium pentaoxide, synthesis of, 726Neptunium pentasulfidepreparation of, 740properties of, 740
Neptunium phosphates, structural chemistryof, 2430–2433, 2431t–2432t
Neptunium phosphonates, 4161Neptunium pnictides, structure of, 2409–2414,
2410t–2411tNeptunium selenites, 4164, 4165fNeptunium series (4n þ 1), 24factinium-225 in, 20, 24fin nature, 27thorium-229 from, 53
Neptunium sesquioxide, formation enthalpyof, 2143–2146, 2144t, 2145f
Neptunium silicate, 4173Neptunium sulfates, structural chemistry of,
2433–2436, 2434tNeptunium tetrabromide, preparation of,
737Neptunium tetrachlorideidentification of, 737magnetic properties of, 2258t, 2260–2261oxychloride preparation from, 738preparation of, 736properties of, 736–737
Neptunium tetrafluorideabsorption spectra of, 2068, 2070fcrystal structure of, 731tpreparation of, 730–731thermodynamic properties of, 2165–2169,
2166tNeptunium tetrahalides, structural chemistry
of, 2416, 2418tNeptunium tribromide, preparation of,
737–738Neptunium trichlorideoxychloride preparation from, 738preparation of, 737
Neptunium trifluoridecrystal structure of, 731tpreparation of, 730
Neptunium trihalides, structural chemistryof, 2416, 2417t
Neptunium triiodide, preparation of, 738Neptunium trisulfidepreparation of, 740properties of, 740
Neptunium-235stability of, 702synthesis of, 702–703
Neptunium-236stability of, 702synthesis of, 702–703
Neptunium-237absorption cross section of, 2233from americium-241, 1828detection ofAMS, 3062–3063γS, 3302ICPMS, 3327–3328limits to, 3071tMBAS, 3043MBES, 3028NAA, 3055–3057, 3056t, 3058fNMR, 3033PCNAA, 3307αS, 3294–3295TIMS, 3314–3315
determination of, 705, 706f, 783–785with ICPMS, 789, 790f
DIDPA extraction of, 1276disposition of, 3815environmental hazards of, 1807half-life of, 700, 703mossbauer spectroscopy of, 793natural availability of, 3479natural occurrence of, 704, 782–783, 1756from neutron irradiation, 1756–1757nuclear properties of, 3277tplutonium-236 and 238 from, 703, 817, 1758from plutonium-241, 705, 706f, 783–785protactinium-233 from, 171recoil atom of, 3678significance of, 700SIMS of, 788–789synthesis of, 701–703toxicity of, 1820
Neptunium-238half-life of, 702nuclear properties of, 3277t
Neptunium-239detection of, INAA, 3304–3305determination of, 784half-life of, 702natural occurrence of, 704, 1756nuclear properties of, 3277tSIMS of, 788–789synthesis of, 702from uranium-238, 702, 704from uranium-239, 255
Neptunoceneproperties of, 1946–1948structure of, 2486, 2488t
Neptunyl (V)disproportionation of, 759
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-93
speciation of, 3111t–3112t, 3121–3122,3133–3134
stability constants of, 2571, 2572fNeptunyl (VI), speciation of, 3111t–3112t,
3122–3123Neptunium-236, for tracer solution, 3910Neptunium-239, in nuclear explosions, 3489Neptunium-plutonium, 3777, 3779fNeptuniumadsorption of, 3542binary actinide chalcogenides of, 4006tbioassociation of, 3630bioreduction of, 3612, 3623–3624bioremediation of, 3651–3652carbonate species, 3635chemical toxicity of, 3612–3613, 3613fglass compositions with, valence states of,
3845–3846historical background of, 3889–3890humic substance complexation with, 3534hydrocarbon reactions with, 4127–4131,
4129fhydrothermal redox reactions of, 4158–4161intrinsic colloids of, 3531–3532Np2O5, 4174, 4174fNp2S3, 4009Np2Te3, 4010NpCuSe2, 4024organic and inorganic molecule reactivity
with, 4138oxidant reactions with, 4131–4136,
4136t–4138toxidation states of, 3510–3511, 3511f,
3513t, 3572, 3603, 3603tsolubility of, 3516–3517, 3517f
Neptunium (V), structural chemistry of,4170–4175, 4172f–4175f
Neptunium-uranium, 3777, 3778fNeptunyl ionaqueous solution absorption spectra of,
2080, 2081fcharge-transfer transition of, 2089complexes ofporphyrins and phthalocyanines, 2464t,
2465–2466, 2466f–2467fstructure of, 2400–2402
complexes with, 1923crown ether complex of, 2449t, 2450in DDP, 2706formates of, 2257hydration number of, 2531, 2533thydrolytic behavior of, 2553ligands for, 3422–3423magnetic properties of, 2240–2247, 2255tin mammalian tissuesbone, 3404circulation clearance of, 3368–3369,
3368f–3375f, 3377, 3384–3386
initial distribution, 3342t–3344t, 3355–3356transferrin binding to, 3364
reduction of, 2591stability constants of, 2576, 2576fstudy of, 1931, 1933
Nernst analysisof berkelium (IV) and (III), 3108of neptunium (IV) and (III), 3108
Nernst equation, for aqueous actinideelements, 3097–3098
Nernst plotfor aqueous actinide elements, 3099, 3099fof neptunium, 3099, 3099f, 3108
Network structures, factors in, 579Neutral actinide species, reactivity of,
4123–4125Neutralized cladding removal waste (NCRW),
TRUEX process for, 2740Neutron activation analysis (NAA)for berkelium, 1484californium-252 for, 1828for environmental actinides, 3055–3057,
3056t, 3058ffundamentals of, 3302–3303INNA, 3303–3305for neptunium, 785–786, 789RNNA, 3305–3307for trace analysis, 3302–3307for uranium, 635–636
Neutron capturein actinide elements, 1828berkelium, 1444curium
curium–244, 1400production of, 1400
einsteinium from, 1582in nuclear fuel cycle, 3819–3822, 3820f,
3821fplutonium
isotope formation, 825–826, 825fplutonium–239 formation with, 823–824production and, 3890–3892, 3891t
Neutron Coincidence Counting (NCC),3965–3968, 3967f
Neutron crystallography, for electronicstructure, 1770
Neutron detection, for plutonium, 3965–3968,3967f, 3968t
Neutron diffractionfor coordination geometry study, 602–603description of, 2383for hydration study, 2528sources for, 2383for structural chemistry, 2383–2384types of, 2383–2384X-ray diffraction v., 2383
Neutron emissionsfrom actinide elements, 1827–1828
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-94
actinium for, 43californium–252 for, 1505–1507, 1506tcalifornium–254 for, 1505, 1506tcurium–248 for, 1505, 1506t
Neutron-Gamma Counter, 3967, 3967fNeutron irradiationfor actinide and transactinide element
production, 1756–1761, 1761tactinium from, 1756of americium, 1268of californium–252, 1507neptunium from, 1757in nuclear power, 1826–1827of plutonium, 1757protactinium from, 1756for SNF transmutation, 1811–1812of uranium, 3–4, 1756–1757
Neutron poisons, in fission reactions, 3483Neutronsin actinide synthesis, 3–4, 8–9cell viability and, 3605, 3608–3610, 3610fenergy loss and displacements produced
by, 3677–3678radiation damage with, 3676thermonuclear device production of, 9
Neutron scatteringfor actinide element study, 14advantages of, 2232–2233disadvantages of, 2233–2234history of, 2232introduction to, 2231–2238magnetic dipole moment and, 2232of neptunium dioxide, 2284–2286,
2285f–2286fRXS v., sample size, 2237–2238of uranium
dioxide, 2274, 2285–2286, 2286ftetrachloride, 2248, 2250f
x-ray scattering v., sample size, 2233–2234Neutron spectroscopy (NS), for
environmental actinides, 3026t, 3029NFL. See Non-Fermi liquidNevada Test Site (NTS), 3552, 3558Nickel, plutonium melting point and, 897Nicotinamide-adenine dinucleotide
(NADH), in bioreduction, 3619–3620Ningyoite, uranium in, 259t–269t, 275Niobates, of uranium, uranium (IV), 277–280Niobium foil, berkelium adsorption on, 1451Niobium, protactinium purification from,
178–186ion exchange, 180–181, 180fprecipitation and crystallization, 178–186solvent extraction and extraction
chromatography, 181–186, 183fNIR-VIS. See Near-infrared and visible
spectroscopyNitrate respiration, 3599
Nitratesof actinide elements, 1796of actinyl complexes, 1927, 1928t, 1929fcomplexes of, 2581of curium, 1413t–1415t, 1422of neptunium, equilibrium constants for,
773tof plutonium, 1167–1168of protactinium (V), 212–213, 214tin pyrochemical methods, 2704structural chemistry of, 2428–2430,
2429fof thorium, 106–108, 107fextraction of, 107–108properties of, 106–107structure of, 106, 107fsynthesis of, 106ternary, 108
Nitrate solution, radiolysis of plutonium in,1144–1145
Nitric acidactinide stripping with, 1280berkelium, extraction in, 1448–1449curiumextraction in, 1407separation in, 1409, 1434
dubnium, extraction in, 1703–1704mendelevium extraction with, 1633neptuniumabsorption spectra in, 764extraction from, 706–708, 708f
nobelium extraction with, 1640plutonium processing in, 836anion-exchange chromatography,
848–849PUREX process, 841reduction and oxidation reactions,
1139–1140seaborgium, study in, 1710–1711TRPO actinide extraction in, 2752–2753uranates (V) and (IV) dissolution in,
381–382uraniumcompound dissolution in, 632metal reactions with, 328oxide reactions with, 370–371
Nitride fuels, 3762–3765fuel pin and element, 3768–3769historical background on, 3670–3673in-reactor behavior of, 3769–3774, 3770f,
3771f, 3773fplutonium nitride, 3762, 3763f, 3764turanium nitride, 3762, 3763f, 3764turanium-plutonium nitride, 3762, 3764t,
3765, 3765f, 3766ffabrication of, 3767–3768
Nitride-nitride process, 2723–2725actinide nitride recovery, 2724–2725
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-95
dissolution step, 2724historical development of, 2723–2724
Nitride oxides, of actinides, 1989–1991Nonisotopic carrier, for plutonium
precipitation, 3912–3913Nitridesof actinides, 1987–1989of americium, 1317–1319of neptunium, 742–743of plutonium, 1017–1021, 3212–3213phase diagram, 1017, 1017fpreparation of, 1018properties of, 1019, 1021treactions of, 3222–3223structure of, 1019, 1020t
thermodynamic properties of, 2200–2203enthalpy of formation, 2197t, 2200–2201,
2201fentropy, 2197t, 2201–2202high-temperature properties, 2199t, 2202
of thorium, 97–99, 98t, 99f, 1989halide reaction with, 98–99lattice constant of, 99preparation of, 97–98structure of, 98–99
of uranium, 407–411, 408t–409t, 411f,1988–1989, 3215
bromides, 497, 500chlorides, 500fluorides, 489–490iodides, 499–500phases, 407, 410, 411fpreparation of, 410properties of, 408t–409tstability of, 410structure of, 410–411
Nitrilotriacetate (NTA)plutonium complex with, 1176–1177, 1178t,
1181separation with, 2640–2641
Nitrilotriacetic acid (NTA)biodegradation of, 3633–3634, 3646–3648,
3646f, 3647f, 3648fcomplexation with, 3527, 3529in waste effluents, 3508
Nonisotopic carrier, for plutoniumprecipitation, 3912–3913
Nitrogenamericium ligands of, 1363plutoniumhydrides reactionwith, 3217–3218uraniummetal reactions with, 327–328, 327t
Nitrohalides, thermodynamic properties of,2182–2185, 2187t
NMR. See Nuclear magnetic resonanceN,N-Diethyl hydroxylamine (DEH),
neptunium (VI) reduction with, 761
N,N-Dimethyl-N,N-dibutyl–2-tetradecylmalonamide (DMDBTDMA)
actinide extraction with, 1285–1286,2658–2659, 2756
extractant comparison with, 2763–2764,2763t
N,N0-Dimethyl-N,N0-dibutyldodecyloxyethylmalonamide (DMDBDDEMA),actinide extraction with, 2658
N,N-Dimethyl-N0,N0-dibutyl–2-hexoxyethyl-malonamide, actinide extractionwith, 1769
N,N0-Dimethyl-N,N0-dioctylhexyloxyethylmalonamide (DMDOHEMA),actinide extraction with, 2658
N,N-Ethyl (hydroethyl)hydroxylamine(EHEH), neptunium (VI) reductionwith, 760–761
Nobelium, 1636–1641atomic properties, 1634t, 1639chemical properties of, 1640–1641, 1646tin curium complex, 1413t–1415t, 1422discovery of, 5t, 13dubnium v., 1703–1706half-life of, 1637, 1638tintroduction, 1636–1637isotopes, 1637, 1638tlanthanide elements v., 2metallic state of, 1639oxidation states of, 2525–2526
in aqueous solution, 1774–1776, 1775tpreparation and purification, 1638–1639reduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131fsolution chemistry, 1639–1641synthesis of, 13thermodynamic properties of
enthalpy of formation, 2123–2125,2124f–2125f, 2539, 2541t
entropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated
ion, 2539, 2540tNobelium-253, x-ray emission of, 1634t, 1639Nobelium-255cation-exchange and coprecipitation
experiments, 1639–1640production of, 1637–1639
Nobelium-257, from rutherfordium–261, 1698Nobelium-259, half-life of, 1637Noble metalsin intermetallic compounds of uranium,
325–326reductive extraction of, 2717–2719
Nonaqueous separation methodsoverview of, 853for plutonium, 853–857
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-96
combination processes, 856–857halide volatility processes, 855pyrochemical, 853–854RTILs, 854supercritical fluid extraction, 855–856
Non-Fermi liquid (NFL)description of, 2348models for, 2349–2350quantum critical point and, 2348–2350
Non-Kramers iondescription of, 2228uranium (IV), 2254
Novaya Zemlya, 3553–3554, 3554fNRA. See Nuclear reaction analysisNS. See Neutron spectroscopyNTA. See Nitrilotriacetate; Nitrilotriacetic
acidNTS. See Nevada Test SiteNuclear countingfor plutonium analysis, 3956–3972plutonium tracer solution for, 3908
Nuclear criticality, hazard of, 3255–3256Nuclear energy. See also Thermoelectric
generatoractinide elements for, 1826–1827californium–252 for, 1507curium for, 1398–1400current, 3486decontamination after, 826, 828–830environment and, 3013fuels for, 826future of, 3475, 3486plutonium for, 4, 813
carbides, 744metals and intermetallic compounds, 862nitrides, 1019, 1021toxides, 1023–1025plutonium–239, 815, 820uranium oxides with, 1070–1071renaissance of, 3561–3562, 3561t, 3563f,
3564f, 3572, 3815thorium for, 53uranium for, 255
plutonium oxides with, 1070–1071Nuclear explosions, neptunium in, 3489Nuclear fission. See also Nuclear energyof uranium
discovery of, 255uranium–235, 256
Nuclear fission reactions, in Oklo reactors,3482–3483, 3482f
Nuclear forensicsin investigations on plutonium, 3981–3990in reactor studies, 3982–3983, 3982f
Nuclear fuel, 3665–3801. See also Processingplants
carbide fuels, 3757–3762fabrication of, 3760f, 3765–3767, 3767ffuel pin and element, 3768–3769minor actinides, 3760plutonium carbide, 3758, 3759f, 3760in-reactor behavior, 3769–3774, 3770f,
3771f, 3773furanium carbide, 3757–3758, 3759furanium-plutonium carbide, 3760, 3760f,
3761fchemical composition of, 3665–3667,
3666t, 3667fcoated particle fuels, 3782–3789amoeba effect, 3788–3789, 3788fCO pressure, 3786–3788, 3787ffabrication of, 3783–3784, 3784f, 3785ffission products, 3786phase diagram of, 3786, 3786fthermal conductivity of, 3784–3786, 3785ftristructural isotropic particles, 3783,
3783fcycle, 3673–3676, 3675factinide production and, 3819–3822,
3820f, 3821f, 3822f, 3822t, 3823tgeneral characteristics of, 3666, 3666fhistorical background on, 3668–36731942-1960, 3668–36691961-1978, 3669–36711979-1986, 36711987-now, 3671–3673, 3673t
inert matrix fuel, 3797–3798introduction to, 3665–3667, 3666t, 3667fmetallic fuel, 3774–3782fabrication of, 3779–3780fuel pin and fuel element, 3780in-reactor behavior, 3780–3782, 3781fminor actinides, 3777–3779, 3778f, 3779furanium and alloys, 3774–3775, 3775furanium-plutonium alloys, 3775–3777,
3776f, 3777f, 3778fmolten-salt fuels, 3794–3797, 3795f, 3796f,
3796t, 3797fMOX fuel, 3560nitride fuels, 3762–3765fabrication of, 3767–3768fuel pin and element, 3768–3769in-reactor behavior, 3769–3774, 3770f,
3771f, 3773fplutonium nitride, 3762, 3763f, 3764turanium nitride, 3762, 3763f, 3764turanium-plutonium nitride, 3762, 3764t,
3765, 3765f, 3766foxide fuels, 3685–3757fabrication of, 3707–3716FR fuel pin and fuel element, 3744–3745FR in-reactor behavior of, 3746–3757
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-97
LWR fuel pin and fuel element,3716–3719
LWR in-reactor behavior of, 3719–3744minor actinide oxides, 3694–3696, 3695t,
3696fplutonium dioxide, 3691–3692, 3693f,
3694f, 3695tThO2-PuO2 and ThO2-UO2, 3705–3706,
3706f, 3707f, 3707tUO2-Gd2O3, 3704–3705UO2-PuO2, 3697–3701, 3697f, 3698f,
3699f, 3700f, 3701UO2-PuO2-AnO2, 3701–3703, 3702furanium dioxide, 3685–3691, 3685f,
3686f, 3687f, 3688t, 3689f, 3691f,3692f
processing of, 3496–3502radiation damage in, 3676–3685energetic projectile slowing in matter,
3676–3682in satellites, accidents with, 3490–3491spent, actinide content of, 3490sphere-pac, 3789–3793, 3791f, 3792ftransmutation targets, 3798–3801, 3799fvipac, 3789, 3793–3794, 3793f
Nuclear ‘incineration’ of SNF, 1811–1812Nuclear magnetic moments, of californium,
1872Nuclear magnetic resonance (NMR)for environmental actinides, 3033, 3034tfor hydration study, 2528for ligand exchange reactions, 607–608intramolecular, 617, 617forganic and inorganic, 614–615
for magnetic susceptibility measurements,2226
of neptunium, 766of organometallic actinide compounds,
1800–1803for structure study, 589of thorium hydrides, 64of uranium dioxide, 2280of uranyl (V), 3121–3122
Nuclear propertiesof actinium, 20–26, 21f–26f, 22t–23tof americium, 1265–1267of berkelium, 1445–1447of curium, 1398–1400, 1399tof einsteinium, 1580–1583, 1581tof neptunium, 700–702of plutonium, 815–822of protactinium, 164–170of superactinide elements, 1735–1737alpha emission, 1735
of thorium, 53–55, 54t–55tof uranium, 255–257
Nuclear reaction analysis (NRA), forenvironmental actinides, 3059t, 3061
Nuclear reactors, accidental releases from,3493–3496, 3495f, 3497f
Nuclear spent fuel. See Spent nuclear fuelNuclear spins, of californium, 1872Nuclear systematics, development of, 10Nuclear testing, 3476Nuclear waste. See also Radioactive wasteactinide chemistry for, 3californium for, 1538curium–244 in, 1759disposal of, 1811–1813forms of, 3813–3872
ceramics, 3854–3859single-phase, 3818t, 3859–3872
glasses, 3843–3854, 3844thistorical perspective on, 3816–3818,
3818thost phases for, 3818tintroduction to, 3813–3816, 3815freasons for advanced, 3818–3819study methods for, 3829–3835hydride-dehydride or -oxidation process
for, 996, 996fimmobilization of
brannerite for, 280pyrochlore for, 278–279, 279fzirconolite for, 277–278
in environment, 3013microorganisms at sites of, 3601–3602from mining and milling, 3487–3488neptunium hydrated oxides and disposition
of, 726plutonium in
iron and, 1138–1139metal and intermetallic compounds, 862oxides for, 1023–1024phosphates for, 1170–1171polymerization of, 1150
precipitation from, 2634production of, 3821–3822protactinium clean-up in, 189radiation effects of, 3822–3828, 3825f, 3826f
alpha-decay damage, 3825–3828, 3825fchemistry of actinides in glass and
crystalline solids, 3822–3824introduction to, 3813–3816, 3815f
scope of concern of, 3202spent nuclear fuel, 3835–3843
corrosion and alteration, 3820f,3838–3842, 3840f
dissolution of, 3839–3842, 3840fOklo natural reactors, 3842–3843structure and composition of, 3822f,
3836–3838, 3838furanium predictions in, 270
Nuclear weapons. See also Thermonucleardevice
actinide chemistry for, 3
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-98
actinide dispersions from, 3490–3505aging of, 979–980airplanes carrying, 3491environment and, 3013global fallout from, 3549–3552hydride-dehydride or -oxidation process
for, 996, 996fneptunium–237 in, 703plutonium in, 813, 1757–1758
metal and intermetallic compounds, 862stockpiles of, 3560testing of, 1805–1806tests of, 3490–3493, 3492f, 3979
NZP. See Sodium zirconium phosphaten-Octyl(phenyl)-N,N-diisobutyl-carbamoyl
methylphosphine oxide (CMPO)actinide extraction with, 1769, 2738–2752curium separation with, 1409, 1434degradation, cleanup, and reusability of,
2747–2748development of, 2652, 2655extractant comparison with, 2763–2764,
2763tfor extraction chromatography, 2748–2749magnetically assisted chemical separation
with, 2750–2752neptunium extraction with, 707–708, 713overview of, 2738separation with, 2652in SLM separation, 2749–2750, 2749ftransuranium element recovery with,
1407–1408in TRUEX process, 2739in TRU•Spec, 3284
Oklo, Gabonpitchblende at, 1804–1805, 3016plutonium–239 formation at, 824uraninite at, 274uranium deposits at, 271–272
Olefins, organoactinide complexeshydrogenation, 2996–2997polymerization, 2997–2999
OLGA. See On-Line Gas AnalyzerOklo reactors, 3482–3483, 3482f, 3559–3560,
3842–3843Oklo uranium mine, plutonium in, 3478Oligonucleotides, uranyl ion for synthesis
of, 631One-atom-at-a-time chemistrychallenges of, 1661–1662chemical procedures of, 1662–1666
gas-phase chemistry, 1663–1665overview of, 1662–1663solution chemistry, 1665–1666
for element identification, 10for mendelevium identification, 13production methods and facilities required
for, 1662, 1662t
transactinide element study with,1661–1666
for transactinides, 3One-electron band model
beyond, 2326for actinide metals, 2324–2325DFT with, 2326–2328
On-Line Gas Analyzer (OLGA)for bohrium study, 1711for isothermal chromatographic systems,
1664, 1705for rutherfordium study, 1693for seaborgium study, 1707–1708, 1709f
Optical propertiesof liquid plutonium, 963of uranium dioxide, 2276–2278, 2277f
Optical spectroscopy. See also Absorptionspectra
of actinide elements, 2013–2103charge-transfer transitions and actinyl
structures, 2085–2089crystal-field interaction, 2036–2056divalent, 2077–2079free-ion interactions, 2020–2036introduction to, 2013–2016lanthanides v., 2016, 2017fpenta- and hexavalent, 2079–2085,
2080ttetravalent, 2064–2076trivalent, 2056–2064
of californium, californium (III), 2091,2092f
of fluorides, 2069–2070, 2069f–2070ffree-ion interactions for, 2020–2036of lanthanide elements, actinides v., 2016,
2017fof neptunium, 763–766of organometallic actinide compounds,
1800overview of, 2014of protactinocene, 1951of uranium, uranium (III), 2091, 2092f
4d Orbital, relativistic destabilization of,1666, 1667f
4f Orbital5f orbital v., 1901, 2016, 2017f, 2062–2064,
2063f, 2353–2354free-ion parameters of, 2038, 2038tSIM of, 2343–2344Wigner-Seitz radius of, 2310–2312, 2311f
5d Orbitalelectronic structures of, 1672–1673, 1672trelativistic destabilization of, 1666, 1667fWigner-Seitz radius of, 2310–2312, 2311f
5f Orbital4f orbital v., 1901, 2016, 2017f, 2062–2064,
2063f, 2353–23546d orbital v., 1901
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-99
in actinide metals, bonding, 2319in actinides, 1–2, 10–11, 1770–1771,
1894–1895, 1896f, 1896tbonding of, 1898contraction of, 1901metallic state, 1787–1789organometallic compounds, 1800–1803role of, 1917–1918, 1918fsuperconductivity, 1789–1790
in americium, 1299–1301in back-bonding, 576in berkelium, 1445, 1456–1458, 1461,
1472–1473in californium, 1526–1527, 1546,
1562–1563in curium, stability of, 1402in einsteinium, 1578–1579, 1586–1588electronic excitations of, 2049–2050electronic structure of, 2019–2020free-ion energy levels of, 2014–2016, 2015ffree-ion parameters of, 2038–2039, 2038tgeneral observations of, 2329–2333Hill plot, 2331–2333, 2332flow-symmetry structures, 2330–2331,
2331tnarrow bands, 2329–2330, 2329f
ground states of, 2042hydrolytic behavior of, 3100luminescencedecay of, 2101–2102, 2101flifetimes of, 2099–2100, 2099t, 2100f
magnetic properties from, 719–720, 2353,2356
metallic state and phenomena of, 2307–2373basic properties, 2313–2328cohesion properties, 2368–2371concluding remarks, 2372general observations, 2328–2333introduction, 2307–2309magnetism, 2353–2368overview of, 2309–2313strong correlations, 2341–2350strongly hybridized, 2333–2339superconductivity, 2350–2353weak correlations, 2339–2341
in plutonium, 814, 921–925in bonding, 1192, 1193fα-phase, 924δ-phase, 925ions, 1113–1114in plutonium dioxide, 1196–1199, 1197f,
1200fin plutonium hexafluoride, 1194–1196,
1195fin plutonocene, 1199–1203, 1201f–1202f
qualitative representations of, 1193, 1194frelativistic effects on, 1898SIM of, 2343–2344
strongly hybridized, 2333–2339Fermi surface measurements, 2334photoemission measurement
background, 2334–2336strong correlations, 2341–2350UIr3 PES, 2336–2339, 2337fweak correlations, 2339–2341
in transactinide elements, 1654, 1659unpaired electrons in, 1909–1910in uranium
bonding, 577uranyl, 1915–1916
Wigner-Seitz radius of, 2310–2312, 2311f6d Orbital5f orbital v., 1901as acceptor orbitals, 1901in actinides, role of, 1917–1918, 1918fin cyclopentadienyl complexes, trivalent,
2803electronic structures of, 1672–1673, 1672tionization potentials of, 1673–1675, 1673t,
1674frelativistic destabilization of, 1666, 1667fin transactinide elements, 1659
7p Orbitalfilling of, 1722t, 1723, 1728transactide contraction of, 3in transactinide elements, 1659
7s Orbitalfilling of, 1722t, 1729relativistic stabilization of, 1666, 1667f–1668ftransactide contraction of, 3
8s Orbitalfilling of, 1722t, 1729in transactinide elements, 1659
9p Orbitalbonding of, 1732filling of, 1733
9s Orbitalbonding of, 1732filling of, 1732–1733
f Orbitalin actinide and lanthanide elements,
1894–1895, 1896f, 1896tangular momentum, 2041crystal formation with, 2047–2048energy levels and stability of, 2014–2016,
2015ffree-ion interactions of, 2024, 2025t–2026tHF calculations of, 2032, 2034f, 2035ionicity of bonding in, 2556, 2557frelativistic effects on, 1898spin-orbit coupling on, 1949–1950
Orbital energies, of actinides v. lanthanides,1898, 1899f
5g Orbital, filling of, 1722t, 17316f Orbital, filling of, 1722t, 17317d Orbital, filling of, 1732
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-100
8p Orbital, filling of, 1722t, 1730–17316p Orbital, in actinides, role of, 1917–1918,
1918fOpen fuel cycle, 3674–3675, 3675fOrbital interaction diagramfor actinocenes, 1945, 1946ffor plutonium
dioxide, 1197f, 1200fhexafluoride, 1195f
for plutonocene, 1201ffor uranyl (VI) ion, 577, 577f5s Orbital, relativistic stabilization of, 1666,
1667f6s Orbital, relativistic stabilization of, 1666,
1667f–1668fOrethorium processing and separation from,
56–59from monazite, 56–58problems with, 58from uraninite or uranothorianite, 58
uranium processing and separation from,302–317
complexities of, 302–303methods of, 302pre-concentration, 303–304recovery from leach solutions, 309–317roasting or calcination, 304
Organic acids, EXAFS analyses in, 3137–3140model systems, 3138–3139natural systems, 3139–3140
Organic chelating moleculesbiodegradation of, 3632–3636, 3635f, 3636fin waste effluents, 3508
Organic complexes, 3528–3529radiolysis of, 3615–3616
Organic molecules, actinide reactivity with,4136–4139
Organic phases, for solvent extraction,840–841
Organoactinide chemistry, 2799–2894bimetallic complexes, 2889–2893
bond distance, 2893bridging ligands, 2889cyclopentadienyl complexes, 2890metal-metal interaction, 2891–2892,
2893fmetathesis reactions, 2889overview of, 2889phosphine groups, 2890phospholyl ligand, 2890–2892, 2892f
carbon-based ancillary ligands, 2800–2867alkyl ligands, 2866–2867allyl, pentadienyl and related ligands,
2865–2866cyclooctatetraenyl complexes, 2851–2858cyclopentadienyl complexes, 2800–2851other carbocyclic ligands, 2858–2865
heteroatom-based ancillary ligands,2876–2889
bis(trimethylsilyl)amide, 2876–2879other, 2888–2889pyrazolylborate, 2880–2886tris(amidoamine), 2886–2888
heteroatom-containing ancillary ligands,2868–2876
dicarbollide ligands, 2868–2869other nitrogen-containing ligands,
2873–2876phospholyl ligands, 2869–2871pyrrole-based ligands, 2871–2873,
2873f–2874fintroduction, 2799–2800neutral carbon-based donor ligands,
2893–2894Organoactinide complexes. See also
Organometallic compoundsalkyne dimerization with, 2930–2947promotion of, 2938–2947, 2940f–2941fterminal, 2930–2935terminal ansa-, 2935–2937
alkyne hydroamination, 2981–2990kinetic studies of, 2986–2990neutral organoactinide complex
promotion, 2981–2986alkyne oligomerization, 2923–2930amine, silane reactions, 2978–2981azide and hydrazine reduction, 2994–2996catalytic processes promoted by,
2911–3006constrained-geometry hydroamination,
2990–2994heterogeneous, 2999–3006active site assessment, 3000–3002alkane activation, 3002–3006arene hydrogenation, 2999–3000
introduction, 2911–2912olefin hydrogenation, 2996–2997olefin hydrosilylation, 2953–2978of alkenes, 2969–2974promotion for alkynes, 2974–2978promotion for terminal alkynes,
2964–2969of terminal alkynes, 2953–2964
olefin polymerization, 2997–2999reactivity of, 2912–2923activation modes, 2912–2913alkyne and silane stoichiometric reactions
of, 2916–2918, 2917f[(Et2N)3U][BPh4], 2922–2933stoichiometric reactions of, 2913–2916,
2914f–2915fsynthesis of ansa- complexes, 2918–2920,
2920fsynthesis of high-valent organouranium
complexes, 2920–2922, 2921f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-101
terminal alkyne cross dimerization,2947–2952, 2948f–2949f
Organoimido complexeswith bis(trimethylsilyl)amide, 2877–2879with cyclopentadienyl, 2833–2835with pentamethyl-cyclopentadienyl, 2916
Organometallic chemistryhistory of, 1942–1943of plutonium, 1182–1191pi-bonded ligands, 1188–1191sigma-bonded ligands, 1182–1187
of uranium, 630–631Organometallic compoundsof actinide elements, 1800–1803, 1942–1967actinocenes, 1943–1952cyclopentadienyl complexes, 1952–1959miscellaneous, 1965–1967six- and seven-membered ring complexes,
1959–1962uranium (III) complexes, 1962–1965
of berkelium, 1464t–1465t, 1471of californium, 1541in gas phase, 1560
of curium, 1413t–1415t, 1423–1424of einsteinium, 1611history of, 2467–2468of lanthanides, 2468of neptunium, 750–752cyclooctatraene, 751–752cyclopentadienyl, 750–751other, 752
overview of, 1800–1801structural chemistry of, 2467–2497cyclooctatetraene, 2485–2487, 2488t, 2489fcyclopentadienyl, 2468–2485other, 2487–2491, 2490t–2491t,
2492f–2493fof uranium, magnetic properties of,
2252–2254Organometallic complexes, thorium and
uranium, 4118–4121Organophosphorus, for plutonium extraction,
3918–3920Organophosphorus esters, fermium complexes
with, 1629Organophosporus extractantsfor americium, 1271–1284carbamoylmethylenephosphine oxide,
1278–1284DBBP, 1274DIDPA, 1276HDEHP, 1275–1276TBP, 1271–1274TRPO, 1274–1275
for berkelium, 1479for curium, 1407extraction properties of, 1283for separation, 2651–2652, 2680–2682
Organophosphorus ligandscarboxylates v., 2585t–2586t, 2588complexes of, 2585t–2586t, 2587–2590
Organothorium complexesactive sites of, 3000–3002examples of, 116study of, 117
Organouranium complexesazide and hydrazine catalytic reduction
by, 2994–2996high-valent synthesis of, 2920–2922,
2921fOrgueil, xenon in, 3478–3479Orthophosphatesof berkelium, 1470–1471impurities in, 2058–2059
Orthosilicates, of uranium, 261turanium (IV), 275–276
Oscillator strengths, of uraniumchlorides, 447–448halides, 442–443
Oscillator strengths, of uranium dioxide, 4098Oskarshamm, 3570Osmium, in hassium studies, 1712–1715,
1714f–1715fOuter sphere complexation, 2563–2566, 2566f,
2567tconfusion over, 2564conversion of, 2564–2565description of, 2564stability constant, 2565, 2566fthermodynamic data, 2566, 2567f
Ouzynboulak river, 3555Oxalatesof actinide elements, 1796adsorption and, 3538of americium, 1322, 1323tof californium, 1546complexation with, 3528–3529of curium, 1413t–1415t, 1419, 1421–1422of plutonium, 1173–1175
precipitation with, 836–837, 837,3914–3915
precipitation with, 2633–2634structural chemistry of, 2441t–2443t,
2445–2446, 2445fof thorium, 114
as ligands, 131–132, 132tof uranium, 603–605, 604tin waste effluents, 3508
Oxalic acidactinide stripping with, 1280protactinium (V), 219
Oxidationof americium
americium (II), 1337americium (III), 1333–1335, 1333famericium (IV), 1334
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-102
of berkelium, 1460–1461, 1485berkelium (III), 1448
of californium, 1526, 1546–1547for cyclopentadienyl complexes,
pentavalent, 2847of neptunium
neptunium (V), 762neptunium (VI), 761–762potential, 755
photochemical, of polydeoxynucleotides,630–631
of plutoniumby actinide ions, 1133–1137, 1134t–1135tin air, 974, 975fof alloys, 975f, 976, 977tin aqueous solution, 1117–1146metal and intermetallic compounds of,
3226f, 3227–3235, 3227t, 3229tmoisture-enhanced, 974–976by nonactinide ions, 1137–1143preparation and stability of, 1125–1133pyrophoricity, 975f, 976–977, 978fself-sustained, 3233–3235
of uraniumcarbonate leaching, 307–308dioxide solid solutions, 394processing, 305self-sustained, 3245–3246uranium (III), 598
by uranium hexafluoride, 562Oxidation refining, for plutonium metal
production, 3896Oxidation states, 3572of actinide cations, 2525–2527, 2525fof actinide elements, 1, 1774–1784
complex-ion formation, 1782–1784hydrolysis and polymerization, 1778–1782ion types, 1777–1778, 1777t, 1779f, 1780tions in aqueous solutions, 1774–1776,
1775tof actinides, 3603–3604, 3603tof actinocenes, 1946–1948of actinyl, 1928adsorption and, 3539–3541, 3540f, 3541fin aerobic zone, 3603tof americium, 1324–1338, 2526, 3511,
3513t, 3573–3574,3603, 3603tautoreduction, 1330–1331disproportionation, 1331–1332electrode potentials and thermodynamic
properties, 1328–1330, 1329thydration and coordination numbers,
1327, 1328fpreparation of, 1325–1327radiolysis, 1337–1338redox kinetics, 1333–1337
in anaerobic zone, 3603tof berkelium, 1472–1473
of californium, 1528, 1545, 1548, 1562, 2526coordination number and bond distance
with, 3093of curium, 1416, 2526, 3511, 3513t, 3603,
3603tof darmstadtium, 1720determination of, 2725–2726of dubnium, 1703–1704of einsteinium, 1578, 2526of element 112, 1720, 1724tof element 114, 1724t, 1727of element 115, 1724t, 1727–1728of element 116, 1724t, 1728of element 117, 1724t, 1728of element 118, 1724t, 1729extraction for, 3287of fermium, 2526ionic radii and, 2558of light actinides, 3509–3513, 3510f, 3511f,
3512f, 3513tof meitnerium, 1720of mendelevium, 2526microbiological processes and, 3602–3604,
3603tof neptunium, 710, 710f, 724, 752–763,
2526–2527, 3510–3511, 3511f, 3513t,3573, 3603, 3603t
control of, 759–763, 760texamples of, 752–753redox potentials of, 753–755stability of, 752
of nobelium, 2525–2526of plutonium, 814, 1123–1125, 1124f–1125f,
1126t–1130t, 2525–2527, 2525f,3509–3511, 3510f, 3512f, 3513t, 3573,3603, 3603t, 3893–3894
adjustment of, 849bioreduction, 3625–3626equilibria, 1123–1125, 1124f–1125f,
1126t–1130tin separation of, 831–835solution preparation and, 3905–3907,
3905tsorbed, 3175–3176
of protactinium, 161, 209, 2526, 3603, 3603tof roentgenium, 1720in SNF, 3840, 3840fof thorium, 117, 2526, 3509, 3511, 3513t,
3603, 3603tof transactinide elements, stability of,
1673–1675, 1673t, 1674f–1675fof uranium, 257, 276–277, 328, 590,
1914–1915, 2526, 3509–3511, 3511f,3513t, 3603, 3603t
in uraninite, 274–275of uranyl, 1928
Oxic zonesmanganese bioreduction and, 3600
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-103
oxidation states in, 3603tradiation damage in, 3606–3607
Oxidants, actinide ion reactions with,4131–4136, 4136t–4138t
Oxide slagging, for plutonium reprocessing,2709–2710
Oxide fuels, 3685–3757. See also Mixed-oxidefuel
for fast reactorfission gas release, 3752–3753, 3753ffission products of, 3750–3752, 3751f,
3752ffuel-coolant interaction, 3753–3754,
3755ffuel pin and fuel element, 3744–3745,
3745tfuel restructuring, 3747–3750, 3747f,
3748f, 3750fin-reactor behavior of, 3746–3757minor actinide fuels, 3754–3757, 3756f,
3757fthermal profile of, 3746–3747, 3746f
historical background on, 3668–3673for LWRfission gas release, 3729–3735, 3731f,
3732f, 3734f, 3735ffission products of, 3726–3729, 3726t,
3727f, 3728f, 3729ffuel-coolant interaction, 3743–3744,
3744ffuel pin and fuel element, 3716–3719high burnup structure, 3735–3742, 3736f,
3737f, 3738f, 3739fin-reactor behavior of, 3719–3744mass transport in, 3723–3726, 3725fpellet-cladding interaction, 3742–3743,
3742fthermal profile of, 3719–3723, 3720f,
3721f, 3722f, 3724tminor actinide oxides, 3694–3696, 3695t,
3696ffabrication of, 3715–3716
plutonium dioxide, 3691–3692, 3693f,3694f, 3695t
ThO2-PuO2 and ThO2-UO2, 3705–3706,3706f, 3707f, 3707t
fabrication of, 3716UO2-Gd2O3, 3704–3705fabrication of, 3714–3715
UO2-PuO2, 3697–3701, 3697f, 3698f, 3699f,3700f
fabrication of, 3712–3714, 3713f, 3714fUO2-PuO2-AnO2, 3701–3703, 3702furanium dioxide, 3685–3691, 3685f,
3686f, 3687f, 3688t, 3689f, 3691f,3692f
fabrication of, 3707–3712, 3708f, 3710f,3711f
Oxide-metal processes, 2717–2721actinide and rare earth separation, 2719,
2720t, 2721factinide electrorecovery, 2719–2721actinide recovery from HLLW, 2717reductive extraction
actinide and rare earth element, 2719noble metals, 2717–2719
Oxide-oxide process, as pyrochemical method,2704
Oxidesof actinides, 1790, 1791t–1795t,
1796–1798matrix-isolated, 1970–1976
of actinyl ions, 1932–1933, 1932tof americium, 1303, 1305t–1312t,
1313–1314americium dioxide, 1303, 1313coordination of, 1357–1358, 1358fphase relationships and thermodynamic
data, 1303of berkelium, 1464t–1465t, 1466–1467of californium, 1530t–1531t, 1534–1538
behavior of, 1537–1538complex, 1538preparation of, 1534–1535sesquioxide, 1535–1537, 1535f
of curium, 1413t–1415t, 1419–1420description of, 2388of einsteinium, 1595–1599of hassium, 1712–1715, 1714f–1715fmagnetic properties of, 5f1 compounds,
2244, 2245tof neptunium, 724–730
dioxide, 725–726hydrated, 726pentaoxide, 726phase diagram of, 724, 725fternary, 728–730
of plutonium, 1023–1049, 3206–3212applications of, 1023–1025chemical properties, 1048–1049container material compatibility,
1049dioxide, 1031–1034hazards of, 3202, 3257–3258, 3258tinterface of, 976–977, 978fmelting behavior, 1045monoxide, 1028–1029oxygen diffusion, 1044–1045phase diagram, 1025, 1026f, 1039–1041,
1040f, 3206–3208, 3207f, 3211–3212,3211f
phase equilibria, 1025–1026, 1026fpreparation of, 1028–1036, 3206–3207reaction rates of, 3219–3222safe storage, 3260–3262, 3261fsesquioxide, 1029–1031
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-104
solid-state structures, 1027t, 1036–1044,1038f–1040f, 1042f–1043f
ternary and quarternary, 1065–1069,1066t–1067t
ternary with actinides, 1070–1077ternary with lanthanide oxides,
1069–1070thermodynamic properties, 1047–1048,
1047tvaporization behavior, 1045–1047, 1046f
of protactinium, 195–197binary, 195, 196tpolynary, 195–197, 197t
of seaborgium, 1707, 1709spectroscopic studies of, 4082–4103
thorium oxide, 4082–4088, 4084t, 4086f,4087t
uranium dioxide, 4095–4102, 4097t, 4101furanium oxide, 4088–4095, 4089t, 4092t,
4093f, 4094fstructural chemistry of, 2388–2399
actinium, 2390americium, 2394–2396, 2396tberkelium, 2397–2398, 2398tcalifornium, 2398–2399, 2398tcurium, 2396–2397, 2396teinsteinium, 2399, 2399thistory of, 2389protactinium, 2391thorium, 2390uranium, 2391–2394, 2393f
thermodynamic properties of, 2135–2157with alkali metal ions, 2150–2153with alkaline earth ions, 2153–2157binary, 2135–2136, 2136tdioxides, 2136–2143in gas phase, 2147–2150, 2148t, 2150fmonoxides, 2147sesquioxides, 2143–2147ternary and quaternary oxides/oxysalts,
2157–2159tof thorium, 70, 75–76
as catalysts, 70, 76properties of, 70, 75, 75tresearch of, 70
unit cell constants for, 2389, 2389tof uranium, 259t, 339–398, 3214–3215.
See also Uranium oxidesalkali and alkaline-earth metals, 371–383,
372t–378tbinary, 339–371bromides, 497, 527–528, 571–574chlorides, 524–525fluorides, 489–490, 564–567geometric parameters of, 1973, 1974thalides, 456hazards of, 3202history of, 253–254
iodides, 499safe storage, 3262
Oxide-water reaction, of plutonium,3209–3210, 3209t
Oxine, in thorium compounds, 115Oxobromides, of uranium, 528Oxo ligands, actinide reactivity in response
to, 4127–4130Oxochlorides, of uranium, 525–526Oxoplutonates
alkali metals, preparation of, 1056–1057alkaline earth metals, preparation of,
1057–1059solid state structures of, 1059–1064,
1060t–1061tdouble perovskites, 1062–1063, 1063fheptavalent, 1064hexavalent, 1063–1064, 1064fperovskites, 1059–1062, 1062f
Oxybromides, of berkelium, 1470Oxychlorides
of berkelium, 1470of bohrium, 1711–1712, 1712fof californium, 1532of neptunium, 738of seaborgium, 1706–1707of uranium, 494
Oxyfluorides, of neptunium, 734–736preparation of, 734–736properties of, 734, 736t
Oxygenamericium ligands of, 1361–1362as electron acceptors, 3598–3599plutoniumhydrides reaction with, 3216–3217metal reaction with, 3225–3238oxide generation of, 3250
in plutonium catalyzed corrosion, 3237in uraniumaqua ions, 592–593carbonate leaching, 307–308corrosion by, 3242–3245, 3243f, 3244tmetal reactions with, 327–328, 327turanium dioxide coordination with, 4140
Oxygen diffusionin plutonium oxide, 1044–1045of UO2, 367
Oxygen potentialof plutonium dioxide, 3692, 3694fof ThO2-PuO2, 3706, 3707fof ThO2-UO2, 3706, 3707fof UO2-Gd2O3, 3705of UO2-PuO2, 3701, 3701fof UO2-PuO2-AnO2, 3702, 3702fof uraniumoxides, 360–364, 361f–363fsolid solutions, 394–398, 395t
of uranium dioxide, 3690–3691, 3691f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-105
Oxyhalidesof actinyl ions, 1939–1942, 1940tstructures of, 1939–1941, 1940t,
1941f–1942fof californium, 1529–1534, 1530t–1531t,
1532fof dubnium, 1706of neptunium, 738of plutonium, 1100–1102overview of, 1100preparation and properties of, 1101–1102solid-state structures, 1102, 1103f
structural chemistry of, 2421–2424, 2422t,2424t–2426t
hexavalent, 2423, 2426tpentavalent, 2423, 2425ttetravalent, 2421, 2423, 2424ttrivalent, 2421, 2422t
thermodynamic properties of, 2182–2187,2183t–2184t, 2186t–2187t
Oxyhydroxidesthermodynamic properties of, 2193–2195,
2194tof uranium, 259t–260t, 287
Oxyiodidesof berkelium, 1470of neptunium, 738
Oxyselenides, of neptunium, 741Oxysulfatesof berkelium, 1470of californium, 1541
Oxysulfidesof berkelium, 1470of neptunium, 740
Oxytellurides, of neptunium, 741–742Plutoniumadsorption of, 3542alloys with, 3897americium, 3898–3899
allotropes of, 1, 877–890, 880f, 881t, 1787α phase, 879–882, 882f–884f, 884t,
2309–2310, 2310famericium separation from, 1269–1270analytical chemistry of, 3889–3990applications of, 3979–3990data handling and error analysis for,
3972–3978introduction to, 3889–3892, 3891tproperties of, 3892–3900sample preparation and separationmethods, 3900–3930
analytical methods for, 3930–3972arc or emission spectrometry of,
3932–3933based on volatility, 3933–3934energy-dispersive X-ray techniques,
3942–3951, 3944fmass spectrometry, 3952–3956
nuclear counting, 3956–3972scanning and transmission electron
microscopy, 3938–3942, 3941f, 3942f,3943f
spectrophotometry of, 3930–3932titremetry/volumetric methods,
3934–3938in aqueous solution, 1110–1182
complex ions, 1156–1182hydrolytic stability, 1146–1156overview of, 1110–1111oxidation and reduction reactions,
1117–1146spectroscopic properties, 1113–1117stoichiometry and structure of ions,
1111–1113atomic properties of, 857–862
core-level spectra, 861ionization potentials, 859Mossbauer spectra, 861–862optical emission spectra, 857–859,
858f, 860tx-ray spectra, 859–861
bacteria interaction with, 3545–3548,3545f, 3548f
complexation, 3529, 3546–3547enzymatic and redox changes, 3547–3549,
3548fbehavior of, 879, 880f, 881tβ phase, 882, 882f–883f, 885tbinary actinide chalcogenides of, 4006tbioassociation of, 3630–3631in biological systems
acute toxicity of, 1820–1821in bone, 1817health hazard of, 1814ingestion and inhalation of, 1818–1820in liver, 1815–1816long-term effects of, 1821–1822in organs, 1815removal of, 1822–1825transferrin bonding of, 1814–1815
bioreduction of, 3624–3626bioremediation of, 3651–3652calcination of, 3912carbonates of, 3526cell viability and, 3609–3610ceramic compositions with, 3854chemical toxicity of, 3612–3613, 3613fcomplexes of
cyclopentadienyl, 2803tris-cyclopentadienyl, 2470–2476,
2472t–2473tcompounds of, 987–1108
antimonides, 1022–1023arsenides, 1022borides, 996–1003bromides, 1092–1100
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-106
carbides, 1003–1009carbonates, 1159–1166, 1160t–1161tcarboxylates, 1176–1181, 1178tchalcogenides, 1023–1077chlorides, 1092–1100deuterides, 989–996fluorides, 1077–1092halides, 1077–1108, 1180t, 1181history of, 987–988hydrides, 989–996iodates, 1172–1173iodides, 1092–1100nitrates, 1167–1168nitrides, 1017–1021oxalate, 1173–1175oxides, 1023–1049oxyhalides, 1100–1102perchlorates, 1173peroxide, 1175–1176phosphates, 1170–1172phosphides, 1021–1022pnictides, 1016–1023reaction kinetics of, 3215–3223safety and handling of, 988selenides, 1049–1056silicides, 1009–1016sulfates, 1168–1170sulfides, 1049–1056tellurides, 1049–1056
corrosion ofcatalyzed, 3236–3237dry, 3227–3228hydrogen- and hydride-catlyzed, 977–979kinetic behavior, 3225–3227metal and intermetallic compounds of,
973–979, 3223–3238, 3226f, 3227t,3229t
salt-catalyzed, 3238thermal ignition, 3232–3235unalloyed, 3231–3232by water vapor, 3228–3230
crystal structure data for, 879, 881tcurium v., 935counting source preparation of, 3928–3930δ phase, 882–883, 882f–883f, 886f, 892–897,
899, 916–917, 2329–2330, 2329fδ´ phase, 882f–883f, 883diffusion coefficients of, 3685discovery of, 4, 5t, 8, 877–879disposition of, in MOX and IMF,
3814–3816, 3815fEDTA complexation, 3528–3529electronic configuration of, 3892–3893,
3893tenvironmental presence of, 3979–3980ε phase, 882f–883f, 883extraction of
neptunium v., 709
Purex process for, 710–712, 710fTHOREX process, 2745with TTA, 1701, 3282
fallout of, 3550–3551fission products of, 3899forensics investigations on, 3981–3990age determination, 3983–3984materials characterisation bymicroscope techniques, 3984–3985,
3985f, 3986fmethodology of, 3981–3982MOX powder, 3985–3988, 3986t, 3987fplutonium round robin, 3989radioactive waste theft, 3988–3989reactor type determination, 3982–3983,
3982f, 3983fsummary for, 3989–3990
γ phase, 882, 882f–883fglass compositions with, 3843, 3844t, 3852chemical durability and, 3853–3854,
3854fvalence states of, 3845–3846
global inventory of, 3822half-life of, 815handling of, 3201hazards of, 3200corrosion, 3204
HF calculations of, 1857–1858, 1857fHFIR preparation of, 1401history of, 4, 8, 814–815historical background of, 3889–3891humic substance complexation with,
3534–3535, 3537fhydrocarbon reactions with, 4127–4131,
4129fhydrogen peroxide complexation of, 3528hydrolysis of, 3524–3525hydrothermal redox reactions of, 4160immobilization of, 3813intrinsic colloids of, 3530–3531, 3531fintroduction to, 813–814ionization potentials of, 859, 1874tisotopes of, 4, 8–10, 12, 815–817, 816t,
3890–3892, 3891tdecay of, 1143–1146formation of, 821, 825–826, 825ffrom nuclear power reactors, 826,
827t–828t, 828production of, 3890–3892, 3891tsafety of, 3897–3900, 3898tseparation of, 821–822, 828–831
laser spectroscopy of, 1873liquid, 960–963melting point of, 960–962properties of, 962–963
magnetic properties of, 2229–2230, 2230t,2240–2263, 2355–2357
intermetallic compounds, 2361
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-107
man-made, 1805–1807nuclear fuel processing and storage,
1806–1807, 1807t–1808tnuclear weapons testing, 1805–1806satellite disintegration, 1806
metaldissolution of, 3903production of, 3895–3896
natural availability of, 3479natural inorganic colloids, 3532–3533in nature, 3891
metal and intermetallic compoundsof, 862–987
aging and self-irradiation damage,979–987
alloys and phase transformations,891–921
applications of, 862corrosion kinetics of, 3223–3238crystal structure data for, 899, 900t–915telectronic structure, theory, and
modeling, 921–935hazards of, 3256–3257history of, 862hydrogen reaction with, 3223–3225, 3224fmechanical properties, 968–973metal preparation, 863–864nature of, 863oxidation and corrosion, 973–979, 3226f,
3227–3235, 3227t, 3229toxygen, water, and air reaction with,
3225–3238phase stability, 877–890physical and thermodynamic properties
of, 935–968pyrochemical preparation and refining,
865–877safe storage, 3260–3262, 3261fspecial case of, 2345–2347structure of, 2386, 2387f
natural occurrence of, 822–824, 1756, 1804,3016
in marine organisms, 1809states of, 3086
neutron irradiation of, 1757nuclear properties of, 815–822NTA complexation, 3529nuclear counting for, 3956–3972alpha counting, 3959f, 3959–3961calorimetry, 3970–3972, 3970t, 3971ffission track, 3968–3969gamma-rays, 3961f, 3961–3965, 3964fliquid scintillation, 3969neutron detection, 3965–3968, 3967f,
3968tas nuclear fuel, history of, 3668–3673from nuclear reactors, disposal of,
3672–3673
in nuclear weapons, 3492–3493testing, 3491–3493, 3979
organic and inorganic molecule reactivitywith, 4136–4139
oxidant reactions with, 4132–4136,4136t–4138t
oxidation states of, 814, 2525–2527, 2525f,3509–3511, 3510f, 3512f, 3513t, 3572,3603–3604, 3603t, 3892–3894
in aqueous solution, 1774–1776, 1775tbioreduction and, 3625–3626ion types, 1777–1778, 1777tsorbed, 3175–3176
oxide-water reaction of, 3209–3210, 3209tprocessing plant release of, 3496–3502,
3498t, 3501fproduction of, 814–815, 1757–1758, 2629,
3499–3502, 3820, 3820f, 3821f,3894–3897
bismuth phosphate process, 2730of isotopes, 3890–3892, 3891tof metal, 3895–3896REDOX process, 2730–2731TLA process, 2731–2732
Pu2O2Se, 4038Pu2S3, 4009, 4010fPu2Te3, 4010pyrochemical methods for
molten chlorides, 2698–2699, 2699fmolten fluorides, 2701processing for, 2702
quadropole moments of, 1884, 1884fquaternary chalcogenide compounds
of, 4047tradial functions of, 895, 1897fradiolysis of, 3513–3515radiolytic reactions of, 3246–3248radiotoxicity of, 3596–3597reaction with steel, 3238reactor accidental release of, 3493–3496,
3497freduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131f, 2525, 2525ffor RTGs, 43in RTILs, 2689
rutherfordium extraction with, 1697–1699safety of, 3897–3900, 3898tsample of
obtaining, 3900–3901subsampling considerations, 3901–3902
separation and purification of, 826–857in aqueous alkaline solutions, 852aqueous-based, 830–831DDP, 2705–2706ion-exchange processes for, 845–852from irradiated nuclear fuel, 828–830non aqueous processes, 853–857oxalates in, 1173–1174
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-108
precipitation and crystallization, 831–839solvent extraction processes, 839–845
separation ofion-exchange, 3923–3928precipitation for, 3911–3916solvent extraction, 3916–3923
signature isotope ratios of, 3488–3489solubility of, 3516solution preparation of
analytical, 3902–3905with individual oxidation states,
3905–3907, 3905ttracer, 3907–3911
transformation of, 879, 882fζ phase, 882f–883f, 883, 890, 891fsolution chemistry of, 1108–1203
aqueous, 1110–1182electronic structure and bonding,
1191–1203history of, 1108–1110nonaqueous and organometallic,
1182–1191storage of, 3201studies on, 11sublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fsuperconductivity of, 1789synthesis of, 4, 8–9thermodynamic properties of
enthalpy of formation, 2123–2125,2124f–2125f, 2539, 2541t
entropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated ion,
2539, 2540theat capacity of, 2119t–2120t, 2121f
Plutonium (I)emission spectrum of, 857–859, 858f, 860tisotope shifts of, 1852, 1853f
Plutonium (II)emission spectrum of, 857–859, 858f,
860tfree-ion parameters of, 2038–2039, 2038tisotope shifts of, 1852, 1853f
Plutonium (III)chlorides of, magnetic data, 2229–2230,
2230tcompounds of
carbonate of, 1159carboxylates, 1177–1180, 1178tfluoride, 838oxalate, 836–837, 1174phosphates, 1171silicates, 1065, 1068sulfates of, 1168–1169
conversion to, 3911coordination numbers of, 1112distribution coefficients of, 842, 842tfree-ion parameters of, 2038–2039, 2038t
hydrolytic behavior of, 1147–1149, 1148t,2546, 2548t
magnetic properties of, 2262–2263oxidation stateequilibrium of, 1123–1125, 1124f–1125f,
1126t–1130tpreparation and stability of, 1125, 1131
oxoplutonates of, alkaline earth metals,1058
polymerization and hydrolysis of,3904–3905
precipitation of, 3913–3916precipitation withfluoride, 838oxalate, 836–837
reduction potentials of, 2715, 2716freduction to metal, 870–872, 873fsolution preparation of, 3905–3906,
3905tspeciation of, 3113t, 3117–3118structure of, 593in tracer solution, 3908
Plutonium (IV)absorption spectrum of, 849adsorption of, B. sphaericus, 3182–3183anion-exchange behavior of, 3926–3928anion-exchange chromatography for,
848–849, 848fin biological systems, 1819compounds ofcarbonate of, 1162–1163carboxylates, 1177–1180, 1178thydroxide, 838iodates, 1172–1173nitrates of, 1167–1168oxalate, 837, 1174–1175peroxide, 837–838, 1175–1176perrhenates, 1068phosphates, 1171–1172sulfates of, 1169–1170vanadates, 1069
coordination numbers of, 1112detection of, limits to, 3071tdisproportionation of, 1119–1122distribution coefficients of, 842, 842t,
848, 848fextraction of, DHDECMP, 2737–2738free-ion parameters of, 2038–2039, 2038thydrolytic behavior of, 1148t, 1149–1150ligands for, 3417–3420, 3420fmagnetic properties of, 2261–2262magnetic susceptibilities, 2261–2262
in mammalian tissuesbone, 3403bone binding, 3407–3409circulation clearance of, 3368–3369,
3368f–3375f, 3378glycoproteins, 3410–3411, 3411t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-109
initial distribution, 3341t–3344t, 3346t,3352–3353
liver, 3398–3400transferrin binding to, 3364, 3365
natural occurrence ofin hydrosphere, 1807–1810sorption and mobility, 1810
oligomerized, 3210–3211oxidation stateequilibrium of, 1123–1125, 1124f–1125f,
1126t–1130tpreparation and stability of, 1131–1132
oxoplutonates ofalkali metals, 1056alkaline earth metals, 1058crystallographic data of, 1060t–1061t
conversion to, 3911polymerization and hydrolysis of, 3904–3905polymerization of, 1150–1154, 1151f, 1153fapplications of, 1150characterization of, 1152–1153history of, 1151–1152
precipitation of, 3911–3916precipitation withhydroxide, 838oxalate, 837peroxide, 837–838
production of, 3894–3895reduction of, 1139–1140, 3917rutherfordium extraction with, 1697–1698separation ofHDEHP for, 2651, 2651fPUREX process, 2732from SNF, 2646solvating extractant system for,
2654–2655solubility of, 3917solution preparation of, 3905t, 3906–3907speciation of, 3108–3109, 3113t, 3136in tracer solution, 3908
Plutonium (V)adsorption, B. sphaericus, 3182–3183compounds ofcarbonate of, 1163–1165carboxylates, 1178t, 1180–1181nitrates of, 1168oxalate, 1175peroxide, 1175–1176phosphates, 1172
coordination numbers of, 1112disproportionation of, 1122–1123hydrolytic behavior of, 1154–1155in hydrosphere, 1807–1810magnetic properties of, 2257–2261oxidation stateequilibrium of, 1123–1125, 1124f–1125f,
1126t–1130tpreparation and stability of, 1132
oxoplutonates ofalkali metals, 1056alkaline earth metals, 1058crystallographic data of, 1060t–1061t
with pyrochemical processes, 2698–2699,2699f
reduction of, 1143solution preparation of, 3905t, 3907
Plutonium (VI)adsorption, B. sphaericus, 3182–3183compounds of
carbonate of, 1165–1166carboxylates, 1178t, 1180–1181iodates, 1173nitrates of, 1167–1168peroxide, 1175–1176phosphates, 1172
distribution coefficients of, 842, 842thydrolytic behavior of, 1155–1156magnetic properties of, 2247–2257manganite and hausmannite reactions
with, 3176–3177oxidation state
equilibrium of, 1123–1125, 1124f–1125f,1126t–1130t
preparation and stability of, 1132oxoplutonates of
alkali metals, 1057alkaline earth metals, 1058–1059crystallographic data of, 1060t–1061t
oxygen exchange with solvent water, 1133with pyrochemical processes, 2698–2699,
2699freduction of, 1138–1139, 1142–1143
alpha-induced, 1145–1146, 1146tkinetics, 760–761
separation of, PUREX process, 2732speciation of, 3113t, 3126
Plutonium (VII)coordination numbers of, 1112–1113hydrolytic behavior of, 1156magnetic properties of, 2240–2247oxidation state, preparation and stability
of, 1132–1133oxoplutonates of
alkali metals, 1057alkaline earth metals, 1059crystallographic data of, 1060t–1061t
speciation of, 3113t, 3126Plutonium-231, discovery of, 815Plutonium-236detection of, αS, 3295from neptunium-237, 703nuclear properties for, 3277tultrapure preparation of, 822
Plutonium-237, ultrapure preparation of, 822Plutonium-238applications of, 817–819
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-110
curium-242 and -244 v., 1400detection of
αS, 3295limits to, 3071tRIMS, 3321discovery of, 814–815, 817as energy production by-product, 1805for glass and ceramic study, 3829chemical durability and, 3853–3854,
3854fhalf-life of, 815, 817as heat source, 703, 1758Mossbauer spectroscopy of, 861from neptunium–237, 703from neptunium–238, 861in nuclear powered satellites, 3490nuclear properties for, 3277trecoil atom of, 3679, 3679f, 3679tfor power generation, 1827–1828uranium–234 from, 257
Plutonium-239absorption cross section of, 2233americium–241 from, 1268, 1758critical parameters of, 820–821, 821tcurium from, 1758–1759detection of
αS, 3295AMS, 3062–3063, 3319FTA, 3307γS, 3302ICPMS, 3327–3328limits to, 3071tRIMS, 3321TIMS, 3314
discovery of, 815environmental hazards of, 1807half-life of, 820heat capacity of, 945importance of, 820ionization potential of, 1875IP of, 859maximum allowed dose of, 1821Mossbauer spectroscopy of, 861–862natural availability of, 3478
nuclear fuel use of, 3815in nuclear weapons testing, 3491–3493in Oklo uranium mine, 3478
natural occurrence of, 822–824, 823t, 1756neutron capture formation of, 823–824nuclear energy with, 815nuclear properties for, 3277tfor nuclear weapons, 1805production of
from neptunium–239, 861in nuclear reactor, 1826from uranium–239, 255, 1757
radioactivity of, 1765security risk of, 1758
study with, 1765toxicity of, 1820transmutation products of, 984–985, 985f
Plutonium-240detection ofαS, 3295AMS, 3319γS, 3302ICPMS, 3328limits to, 3071tRIMS, 3321TIMS, 3314
as energy production by-product, 1805environmental hazards of, 1807Fourier transform spectrum of, 858, 858fMossbauer spectroscopy of, 862nuclear properties for, 3277tin nuclear weapons testing, 3491–3493
Plutonium-241as beta emitter, 825detection ofRIMS, 3321TIMS, 3315
as energy production by-product, 1805maximum allowed dose of, 1821neptunium–237 from, 705, 706f, 783–785nuclear properties for, 3277t
Plutonium-242americium-243 from, 1268curium from, 1400detection ofαS, 3295ICPMS, 3328RIMS, 3321TIMS, 3315
as energy production by-product, 1805Fourier transform spectrum of, 858, 858fheat capacity of, 947, 947fnuclear properties for, 3277tstudy with, 1765
Plutonium-243, as beta emitter, 825Plutonium-244
detection of, AMS, 3062–3063Fourier transform spectrum of, 858, 858fin meteorites, 3478–3479natural availability of, 3479natural occurrence of, 822, 824nuclear properties for, 3277tspontaneous fission of, 824study with, 1765
Quantum critical point, NFL and, 2348–2350Quantum electrodynamic effect (QED effect),
on inner orbitals, 1669Quantum mechanical calculations, of crystal
field parameters, 2049‘Quasiparticles’, description of, 2339QED effect. See Quantum electrodynamic
effect
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-111
Quaternary actinide chalcogenides, 4044,4046t–4047t
A11U7(PS4)13, 4050–4053, 4052fAmAnQ3 compounds, 4045–4048, 4047fA5An(PS4)3, 4053, 4054fAPuP2S7, 4069–4070, 4070fA2ThP3Se9, 4059–4060, 4060f–4061fAU2SbQ8 compounds, 4048–4049, 4048fBa2Cu2US5, 4053–4054, 4055fBa4Cr2US9, 4053, 4055fCs2Hg2USe5, 4060–4061, 4062fCs4(UO2)(S2)3, 4056–4057, 4057fCs4Th2P5Se17, 4067, 4068fCs4Th4P4Se26, 4057–4059, 4058fCs4Th4P6S18, 4065–4066, 4065fCs8Hf5UTe30.6, 4063, 4063fCs8U5(P3S10)2(PS4)6, 4050, 4051fCsMUTe5, 4062–4063, 4062fK2Cu2ThS4, 4063–4065, 4064fK2Cu3US5, 4050, 4051fK2UP3Se9, 4059–4060, 4060f–4061fK3Cu3Th2S7, 4063–4065, 4064fK3Pu(PS4)2, 4068, 4069fK6Cu12U2S15, 4049–4050, 4049fK10Th3(P2S7)4(PS4)3, 4066, 4066fKCuThS3, 4063–4065, 4064fKThSb2Se6, 4066, 4067fNa4(UO2)(S2)3·Na3S4, 4056–4057, 4057fNa4(UO2)Cu2S4, 4056–4057, 4057fRb4U4P4Se26, 4057–4059, 4058fRb7Th2P6Se21, 4067–4068, 4069f(UO)2ErS3, 4054–4056, 4056f(UOS)4LuS, 4054–4056, 4056f
Quaternary amines, for actinideextraction, 1769
Quaternary ammonium salts, for americiumextraction, 1284
Quenching mechanisms, of uranyl (VI), 629Quenching phase, of fission spike, 3681RA. See Rhizopus arrhizusRAD. See AutoradiographyRadial functions, of plutonium atom, 895,
1897fRadial integrals, of actinide elements, 1863comparisons of, 1865–1866, 1867f
Radiation damage, in nuclear fuel,3676–3685, 3682f, 3684f, 3822–3828,3825f, 3826f
alpha-decay damage, 3825–3828, 3825fin ceramics, 3831–3833, 3832fenergetic projectile slowing in matter,
3676–3682energy loss and displacements, 3677–3679,
3679f, 3679tfission fragment impacts, 3679–3682, 3680f,
3681fin glasses, 3833–3835, 3835f, 3847–3854,
3849f, 3851f, 3854f
introduction to, 3813–3816, 3815fmetamict minerals, 3828polygonization of, 3683simulation of, 3830–3831, 3831fin uranium dioxide, 3683–3685, 3684fwaste forms and, 3818–3819
study methods for, 3829–3835Radiation-enhanced diffusion, in oxide fuel
in LWRs, 3723–3726, 3725fRadiation-induced amorphization, 3830Radiation stability, of nuclear waste forms,
3818–3819Radioactinium. See Thorium–227Radioactive decay, of plutonium,
consequences, 980Radioactive-detected resonance ionization
spectroscopy (RADRIS), of americium,1880–1881, 1881f, 1884
Radioactive displacement principle,description of, 162
Radioactive wastes. See also Nuclear watseforensics investigation on theft of,3988–3989
immobilization of, neptuniumphosphate, 744
management of, 3563–3571, 3564f, 3566t,3567f, 3570f
in Oklo reactors, 3483protactinium isolation from, 179
Radioactivityof actinides, 1, 1764–1765of curium–244, 1759discovery of, 254of plutonium–239, 1765
Radioanalytical chemistryof americium, 1364of berkelium, 1483–1484
Radiochemical Engineering DevelopmentCenter (REDC), for transcuriumelement production, 9
Radiochemical neutron activation analysis(RNAA)
applications of, 3305–3307description of, 3303INAA v., 3305–3306MC-ICPMS v., 3329
Radiocolloid formation, by actinium, 41–42Radioisotope Engineering Development
Center (REDC), production at, 1760Radioisotope heater units (RHU), plutonium
for, 703plutonium–238, 817
Radioisotope thermoelectric generator (RTG)actinium for, 42–43plutonium for, 43, 703
plutonium–238, 817Radiolysisof actinides, 3513–3515
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-112
of adsorbed water, 3221–3222of americium, 1337–1338of einsteinium, 1579of organic species, 3615–3616of plutonium, 1143–1146reactions of, 3246–3248of water in SNF, 289, 3840–3842, 3840f
Radiometric methodsfor neptunium, 783–786
activation analysis, 785–786alpha- and gamma-ray spectrometry,
783–785liquid scintillation counting method,
785of protactinium, 223–226
protactinium–231, 224–225protactinium–233, 225–226protactinium–234, 225
for uranium, 635–636Radiometric techniques, 3481Radiopolarographyof einsteinium, 1606–1607of fermium, 1630of mendelevium, 1636of nobelium, 1640–1641
Radiothorium. See Thorium–228Radiotoxicitybacteria and, 3605–3610cell viability and, 3609chemical toxicity v., 3608, 3610measuring of, 3339–3340of plutonium, 3596–3597reduction of, 3815, 3815fstrong complexation with electron donor
substrate, 3645–3648, 3646f, 3647f,3648f
of uranium v. thorium fuel cycle, 3490Radiotracer techniques, for environmental
samples, 3022Radiumdiscovery of, 254recovery of, 172–173
Radium-226actinium-227 from, 1756nuclear properties for, 3298t
Radium-228, actinium-228 from, 25, 28Radium-228, half-life of, 3481Radon, in actinium isolation, 32RADRIS. See Radioactive-detected
resonance ionization spectroscopyRaman scattering, 4082Raman spectroscopy (RAMS)of berkelium, berkelium (III), 1455of californium, 1544, 1554for environmental actinides, 3035XRF and IRS with, 3069
RAMS. See Raman spectroscopyRAR. See Reasonably Assured Resources
Rare earth metalsactinide separation from, 2706actinium separation from, 30atomic volumes of, 922–923, 923fneptunium v., 700reduction potentials of, 2715, 2716freductive extraction of, 2719separation of, actinide elements, 2719,
2720t, 2721furanium oxides with, 389
Rate constantsof actinide complexation, 2606, 2606tof An-O bond breakage, 2598–2600, 2599tcomparison of, 2601–2602, 2602tof electron exchange reactions, 2597of ligand exchange reactions, 608, 609t,
611t–612tredox reactions, 622–623
Ratsinitial distribution in, 3341t–3342ttissue deposition kinetics in, 3387–3388
RBS. See Rutherford backscatteringRBMK. See Graphite-moderated reactorsReaction rates, of plutonium hydrides, 3215Reactor-grade plutonium
inventory of, 3489plutonium isotope ratio of, 3488
Reactor type determination, 3982–3983,3982f, 3983f
Reagent classes, for separation, 2645–2646Reasonably Assured Resources (RAR), of
uranium, 3484, 3485tRecoil nucleus, from plutonium decay,
980–981Recoil Transfer Chamber (RTC)
in rutherfordium study, 1701for superactinide element study, 1734
RECPs. See Relativistic effective corepotentials
Recycling, in nuclear fuel cycle, 3675, 3675fREDC. See Radiochemical Engineering
Development Center; RadioisotopeEngineering Development Center
Redox behaviorof actinide complexes, 2596–2602An-O bond breakage, 2598–2600, 2599tcomplexation effect, 2601–2602, 2602tdisproportionation reactions, 2600–2601,
2600telectron exchange reactions, 2597–2598
of actinide elements, 1778, 1780tin water, 3096
of actinium, 37–38of americiumautoreduction, 1330–1331disproportionation, 1331–1332electrode potentials and thermodynamic
properties, 1328–1330, 1329t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-113
hydration and coordination numbers,1327, 1328f
kinetics of, 1333–1337radiolysis, 1337–1338
of berkelium, 1448, 1479–1482of californium, 1546–1549, 1547tdisproportionation reactions v., 2601of humic and fulvic acids, 2591of neptunium, 753–755, 793–794, 794fin acidic media, 753in basic media, 754–755in biological systems, 1814coulometry for, 757–759, 758fsodium hydroxide and, 756voltammetric behavior of, 755–757, 756t,
757fof plutoniumactinide ions and, 1133–1137,
1134t–1135tammonia, 1141–1142autoradiolysis, 1143–1146hydrazine, 1142hydroxylamine, 1140–1141ions, 1117–1119, 1118f, 1118t, 1120tiron, 1138–1139nitric acid, 1139–1140nonactinide ions and, 1137–1143oxidation state equilibrium, 1123–1125peroxide, 1143plutonium (IV) disproportionation,
1119–1122plutonium (V) disproportionation,
1122–1123plutonium (VI) oxygen exchange with
solvent water, 1133preparation and stability of oxidation
states, 1125–1133of protactinium, 220–221of thorium, 60–61, 117–118of transactinide elements, 1685–1686,
1685f–1686fof uraniumaqua ions, 590–591, 592f, 594tdioxouranium (VI), 594t, 596hexafluoride, 562rates and mechanisms of, 622–624, 623freduced phases, 274–280
Redox chemistry, hydrothermal, 4158–4161Redox process, 3920for actinide production, 2730–2731bismuth phosphate process v., 2731historical development of, 2629, 2730PUREX process v., 842
Redox properties, 3573–3574of actinides, 3603–3604, 3603tof bacteria, 3547–3549, 3548fof light actinides, 3509–3513, 3510f, 3511f,
3512f, 3513t
microorganisms and, 3596of plutonium, 3893–3894, 3893t
solution preparation and, 3905–3907,3905t
of SNF, 3840–3841, 3840fRedox reagents, for neptunium, 759–761, 760tRedox speciationacid
americium (III), 3114t, 3115berkelium (IV/III), 3109–3110, 3114tcalifornium (III), 3110, 3114t, 3115curium (III), 3110, 3114tof environmental samples, 3100–3124monatomic An (III) and An (IV) ions,
3100–3118neptunium (III), 3111t–3112t, 3116–3117neptunium (IV), 3106–3108, 3111t–3112tneptunyl (V), 3111t–3112t, 3121–3122neptunyl (VI), 3111t–3112t, 3122–3123plutonium (III), 3113t, 3117–3118plutonium (IV), 3108–3109, 3113tplutonyl (VI/V), 3113t, 3123–3124thorium (IV), 3103–3105, 3103ttriatomic An (V) and An (VI) ions,
3118–3124uranium (III), 3101t–3102t, 3116uranium (IV), 3105–3106uranyl (VI), 3101t–3102t, 3118–3121
basecarbonate solution systems, 3129–3137hydroxide solution systems, 3124–3129of neptunium (IV), 3111t–3112t,
3135–3136neptunium (VII/VI), 3111t–3112t,
3124–3125neptunyl (V), 3111t–3112t, 3133–3134plutonium (IV), 3113t, 3136plutonium (VII/VI), 3126plutonyl (VI), 3113t, 3134of tetravalent ions, 3134–3135thorium (IV), 3129, 3136–3137uranium (IV), 3101t–3102t, 3136uranyl (VI), 3101t–3102t, 3126–3133
Reduced phase, of uranium, 274–280Reductionof americium, 1330–1331
americium (V), 1335–1337americium (VI), 1335
of calcium, plutonium production, 2722of californium, 1548
potentials, 1546–1547, 1547tof cyclopentadienyl complexes, trivalent,
2801–2802of einsteinium
einsteinium (III), 1602, 1607for metal production, 1590
of lithium, for electrorefining, 2722–2723of mendelevium, 1635–1636
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-114
of neptuniumhexafluoride, 733neptunium (IV), 762neptunium (V), 762neptunium (IV) to neptunium (III), 745
by nobelium, 1640potential, 755
of plutoniumby actinide ions, 1133–1137, 1134t–1135tin aqueous solution, 1117–1146by nonactinide ions, 1137–1143
of uranium, 319hexafluoride, 562UO2 solid solutions, 392, 393t
by uranium (III), 598Reduction potentialsof actinide elements, 1778, 1779f
in water, 3097–3098, 3098tof actinide ions, 2127–2132, 2130f–2131fof neptunium, 1778, 1779f, 2127–2131,
2130f–2131f, 2525, 2525fof plutonium, 1778, 1779f, 2127–2131,
2130f–2131f, 2525, 2525fplutonium (III), 2715, 2716f
of uranium, 1778, 1779f, 2127–2131,2130f–2131f, 2525, 2525f
uranium (III), 2715, 2716fRefining, in nuclear fuel cycle, 3674, 3675fRelativistic approaches, for electronic
structure calculations, 1902–1914double groups, 1910–1914excited electronic states, 1909–1910Hartree-Fock and density functional
approaches, 1902–1904RECPs, 1907–1909relativistic effects, 1904–1907summary of, 1904, 1905t
Relativistic effective core potentials (RECPs)alternatives to, 1908development of, 1908for electronic structure calculation, 1671,
1907–1909for element 118, 1729of uranyl, 1918–1920
Relativistic effectson actinide cyclopentadienyl complexes,
1955of actinides v. lanthanides, 1898, 1899fon actinocenes, 1949–1952
protactinocenes, 1949–1951thorocene and uranocene, 1951–1952
of atomic electronic shells, 1666–1669,1667f–1669f
on chemical properties of transactinideelements, 1666–1671
description of, 1666–1669on electronic structures, 1898–1900
5f electrons, 1898, 1899f
calculation inclusion of, 1900subshell splitting, 1899–1900
QED effect, 1669quantum-chemical methods for, 1669–1671spin-orbit splitting, 1668–1669of superactinide elements, 1733
Relativistic elimination of small components(RESC), for electronic structurecalculation, 1908–1909
Relativistic general gradient approximation(RGGA), for DFT, 1671
Relativistic Hartree-Fock (HFR) calculations,of f electrons, 2032, 2034f, 2035
Remote control, for actinide element study,12, 12f–13f
REMPI. See Resonantly enhancedmulti-photon ionization
Repositories, Oklo reactors as, 3483Reprocessing, in nuclear fuel cycle, 3675,
3675fReprocessing plants
actinide release from, 3498–3500, 3498tplutonium isotope ratio of, 3488
RESC. See Relativistic elimination of smallcomponents
Resistance furnace, for electrorefining, 782,784f
Resistivity tensor, of uranium, 324, 324tRe-solution, with fission spike, 3684, 3684fResonance enhanced multiphoton ionization
(REMPI), 4081of thorium oxide, 4083, 4084tof uranium dioxide, 1973, 4098–4099
Resonance ionization mass spectrometry(RIMS)
of actinide elements, 1875–1879, 1877t,1878f–1879f
excitation schemes, 1876–1877, 1877t,1878f
experimental v. predictions, 1878–1879,1879f
of fermium, 1877ionization energies, 1878precision of, 1879
applications of, 3321–3320of berkelium, 1452for environmental actinides, 3044t, 3047,
3048fexperimental setup for, 1876fundamentals of, 3319–3320, 3320ffor mass spectrometry, 3310of neptunium, 789–790overview of, 3319of plutonium, 859, 3955problems of, 3329of thorium, 60TIMS v., 3329for trace analysis, 3319–3322
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-115
Resonance ionization spectrometry (RIS), forenvironmental actinides, 3044t, 3047
Resonant photoemission, of PES, 2336Resonant X-ray scattering (RXS)description of, 2234of neptunium dioxide, 2288neutron scattering v., sample size,
2237–2238of uranium dioxide, 2281
Respirable release fraction (RRF)of plutonium, 3252–3255, 3254tdioxide, 3254t, 3255
variations in, 3253–3254RFETS. See Rocky Flats Environmental
Technology SiteRGGA. See Relativistic general gradient
approximationRhizopus arrhizus (RA), for extraction, 2669Rhone river, 3555RHU. See Radioisotope heater unitsRIMS. See Resonance ionization mass
spectrometryRIS. See Resonance ionization spectrometryRisk assessment, for Yucca Mountain, 3558RKKY interaction. See Ruderman-Kittel-
Kasuya-Yosida interactionRNAA. See Radiochemical neutron
activation analysisRoastingfunctions of, 304of uranium ore, 304
Rock salt formations, for SNF storage, 1813Rocky Flatsactinide release from, 3498t, 3500, 3501fremediation at, 3560
Rocky Flats Environmental Technology Site(RFETS), 3557–3558
Roentgeniumchemical methods for, 1720–1721chemical properties of, 1717–1721discovery of, 7t, 1653–1654electronic structures of, 1682–1684half-life of, 1719isotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, 1720in aqueous solution, 1774–1776, 1775t
production of, 1719–1720relativistic orbital energies for, 1669fsolution chemistry ofcomplexation of, 1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686, 1685f–1686f
Room temperature ionic liquids (RTILs)actinides in, 2685–2691properties of, 2687
description of, 854, 2686–2687
historical development of, 2685–2686neptunium chemistry in, 2689plutonium
chemistry in, 2689separation with, 854
separation techniques with, 2689–2691dissolution, 2690electrodeposition, 2690–2691LLE, 2691precipitation, 2690
uranium chemistry in, 2687–2688, 2689fRotational constants, of thorium oxide,
4086–4087, 4086fR-process nucleosynthesis, 3479RRF. See Respirable release fractionRTC. See Recoil Transfer ChamberRTG. See Radioisotope thermoelectric
generatorRTILs. See Room temperature ionic liquidsRubidium, with thorium sulfates, 105RubidiumRbAgUS3, 4045RbAgUSe3, 4045Rb5An(PS4)3, 4053, 4054fRbCuUS3, 4045, 4047fRbPuP2S7, 4069–4070, 4070fRb5Th(PS4)3, 4053Rb2ThP3Se9, 4059–4060, 4060f–4061fRb7Th2P6Se21, 4067–4068, 4069fRbTh2Se6, 4034Rb11U7(PS4)13, 4050–4053, 4052fRb4U4P4Se26, 4057–4059, 4058fRbU2SbQ8 compounds, 4048–4049, 4048fRbU2SbS8, 4048–4049, 4048f
Ruderman–Kittel–Kasuya–Yosida (RKKY)interaction
5f v. 4f moments in, 2354magnetic anisotropy with, 2364–2365
Russia, radioactive waste management in, 3569Rutherford backscattering (RBS)for environmental actinides, 3059t,
3063–3064, 3064fPIXE with, 3069
Rutherfordine, schoepite and, 289–290Rutherfordiumberkelium–249 in production of, 1447chemical properties of, 1666, 1690–1702,
1691thistorical, 1690–1693
discovery of, 6t, 1653, 1653telectronic structures of, 1676–1682,
1677f–1678f, 1680t–1681t, 1682fhalf-life of, 1661hydrolytic behavior of, 1701ionic radii of, 1674f, 1675–1676, 1676tionization potential of, 1674, 1674fisotopes of, 1657f–1658fnuclear properties of, 1655t–1656t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-116
orbital filling in, 1654, 1659oxidation states of, in aqueous solution,
1774–1776, 1775tproduction of, 1662relativistic orbital energies for, 1669fsolution chemistry of, 1695–1702
anionic species extraction, 1695–1696cationic species extraction, 1700–1702,
1702fcomplexation of, 1688–1689fluoride complexes, 1699–1700hydrolysis, 1686–1687, 1687tneutral complex extraction, 1696–1699redox potentials, 1685–1686, 1685f–1686f
volatility of, 1664Rutherfordium-257, chemical properties of,
1666Rutherfordium-260, history of, 1690Rutherfordium-261chemical studies of, 1692extraction of, 1695–1696half-life of, 1661in seaborgium study, 1710
Rutherfordium-262, seaborgium-266 α−αcorrelation with, 1708
Rutherfordium tetrabromide, study of, 1693Rutherfordium tetrachloridehistorical, 1690study of, 1693, 1694f
Rutherfordium tetrahalides, study of, 1693,1694f
RXS. See Resonant X-ray scatteringRydberg states, 4082Saleeiteat Koongarra deposit, 273natural occurrence of, 293uranium in, 259t–269t
Salicylates, structural chemistry of,2439t–2440t
Salt, for nuclear waste disposal, 3568Salt roasting, functions of, 304Samarium, californium v., 1521–1522, 1545,
1548Sandstone, uranium in, 3484Satellitesdisintegration of, 1806nuclear powered, accidents with, 3490–3491
Savannah River Site, 3816Sayrite, anion topology of, 283, 284f–285fSBHLW. See Sulfate-bearing high-level waste
solutionsSBR process. See Short binderless route
processScalar-relativistic methodsAREP for, 1907–1908ECPs for, 1906–1907for ground state calculations, 1900for thorium carbonyl, 1985
Scanning electron microscopy (SEM),3938–3940, 3942f
EDX for, 3940–3942, 3943ffor environmental actinides, 3049t, 3050,
3051fforensics investigations with, 3984–3985,
3985f, 3986fSCC. See Siberian Chemical CombineSCF equations. See Self-consistent field
equationsSchmitterite, as uranyl tellurite, 298Schoepite, 3518–3520, 3518f
at Pena Blanca, Chichuhua District,Mexico, 272–273
rutherfordine and, 289–290at Shinkolobwe deposit, 273uranium in, 259t–269t, 287, 289–290
Schrodinger equationfor actinide metals, 2327for multiple electrons, 2021–2022
Scintillation detectionfor berkelium, 1484gamma-spectrometry and, 3297for uranium, 635
SCWR. See Supercritical water reactorSeaborgium
chemical properties of, 1691t, 1706–1711discovery of, 6t, 1653, 1653t, 1762electronic structures of, 1676–1682,
1677f–1678f, 1680t–1681t, 1682fgas-phase chemistry of, 1707–1709history of, 1706–1707ionic radii of, 1674f, 1675–1676, 1676tionization potential of, 1674, 1674fisotopes of, 1657f–1658fnuclear properties of, 1655t–1656torbital filling in, 1654, 1659oxidation states of, in aqueous solution,
1774–1776, 1775trelativistic orbital energies for, 1669fsolution chemistry of, 1709–1711complexation of, 1688–1689redox potentials, 1685–1686,
1685f–1686fSeaborgium-263, study of, 1706–1707Seaborgium-265
decay products of, 1708–1709discovery of, 1735study of, 1707–1708
Seaborgium-266decay products of, 1708–1709discovery of, 1735rutherfordium-262 α−α correlation with,
1708study of, 1707–1708
Seawater, neptunium in, 782–783Secondary electron multiplier (SEM), for
TIMS, 3313
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-117
Secondary electron X-ray absorptionspectroscopy (SEXAS), forenvironmental actinides, 3044t, 3046
Secondary ion mass spectroscopy (SIMS)for environmental actinides, 3059t, 3062,
3063ffor mass spectrometry, 3310for plutonium analysis, 3956
Seelite, uranophane structure in, 295Secondary solid phasesformation of, 3518–3520, 3518f, 3519fin oxide fuel in LWRs, 3727
Sediments, actinides in, 3557–3558Selenates, of actinide elements, 1796Selenidesof americium, 1316–1317of neptunium, 740–741of plutonium, 1049–1056preparation of, 1052properties of, 1055–1056solid-state structure, 1053–1055,
1053f–1054fvs. sulfides, structural difference, 4037thermodynamic properties of, 2203t,
2204–2205of thorium, 75t, 96–97of uranium, 414t–417t, 418–420, 420fAn3Q4 body-centered cubic compound,
4008phases of, 418, 419fpreparation of, 418–420properties of, 414t–417t, 420
Selenitesof actinide elements, 1796of uranium, 268twith alkaline metals, 298–299natural occurrence of, 298
Selenocyanates, of actinide elements, 1796Self-consistent field (SCF) equations, in HF
calculations, 1902Self-irradiationof einsteinium, 1588diffraction studies and, 1594–1595in waste isolation, 1605
of plutoniumat ambient temperature, 982–984, 983fδ-phase, 986lattice damage, 981–984at low temperature, 981–982, 982f, 982tmetal and intermetallic compounds,
979–987Sellafieldactinide release from, 3498t, 3500historical background on, 3670
SEM. See Scanning electron microscopySemipalatinsk site, 3554Separation chemistry, 2622–2769applications of, 2725–2767
actinide production processes at designand pilot stages, 2737–2760
actinide production processes withindustrial experience, 2729–2736
analytical separations and hydrometal-lurgical processing, 2725–2727
extractant comparison, 2763–2764hydrometallurgy, 2727–2729methods under development, 2760–2763separations around the world, 2764–2767
future of, 2768–2769actinide burnup strategies, 2768–2769actinide in environment, 2769alkaline wastes in underground storage
tanks, 2768historical development of, 2627–2631
challenges of, 2630–2631fission discovery, 2628identification, 2630plutonium production, 2629precipitation/coprecipitation, 2627–2628redox and PUREX processes, 2629synthesis of, 2630, 2631turanium isotope enrichment, 2628–2629
introduction, 2622–2627aqueous processing, 2624–2625chapter scope, 2626–2627fission products, 2624for nuclear fuel cycle, 2623prior literature, 2625–2626tasks for, 2623techniques, 2622–2623
systems for, 2631–2725from alkaline solutions, 2667–2668aqueous biphasic systems, 2666–2667ion exchange methods, 2634–2643with natural agents, 2668–2669precipitation/coprecipitation, 2633–2634pyrochemical process, 2691–2725requirements, 2631–2632in RTILs, 2685–2691SFE for, 2677–2685solvent extraction methods, 2644–2663thermodynamic features of, 2663–2666trivalent actinide/lanthanide, 2669–2677volatility-based, 2632–2633
for trace analysis, 3281–3288coprecipitation, 3281–3282extraction chromatography, 3284–3285ion exchange, 3282–3283liquid-liquid extraction, 3282speciation separations, 3285–3288
Separation factors, for americium andeuropium separation, 2669–2670, 2670t
Sesquicarbides, thermodynamic properties of,2195–2198
Sesquioxidesof plutonium, reactions of, 3219
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-118
structural chemistry of, 2389–2390thermodynamic properties of, 2143–2147
enthalpy of formation, 2143–2146, 2144t,2145f
entropy, 2146, 2146fhigh-temperature properties, 2139f,
2146–2147Seversk/Tomsk-7, actinide release from,
3498t, 3499, 3555SEXAS. See Secondary electron X-ray
absorption spectroscopySF. See Spontaneous fissionSFE. See Supercritical fluid extractionSFR. See Sodium-cooled fast reactorShale, uranium in, 3484Sheet structuresfactors in, 579in uranyl minerals, 281–282
crystal morphology prediction of,286–287
curite, 283, 284f–285ffourmarierite, 282–283, 284f–285fmolybdates, 299protasite, 282, 284f–285fsayrite, 283, 284f–285furanophane, 284f–285f, 286vandendriesscheite, 283, 284f–285fweeksite, 292–293wolsendorfite, 284f–285f, 286
SHEs. See SuperHeavy ElementsShewanella algabioassociation of, 3631fbiodegradation by, 3635bioreduction, 3622–3626plutonium toxicity of, 3612–3613
Shewanella oneidensisbioreduction by, 3623–3626plutonium toxicity of, 3612–3613
Shewanella putrefaciens, bioreduction by,3622, 3624
Shewanella sp., bioreduction by, 3622Shinkolobwe depositlepersonnite at, 293uranium deposits at, 273
Siderophoresas chelating agents, 3414–3423
americium (III) ligands, 3420–3421catecholate ligands, 3414–3416, 3415fhydroxypyridinonate ligands, 3415f,
3416–3417, 3417f–3418fneptunyl ion ligands, 3422–3423plutonium (IV) ligands, 3417–3420, 3420furanyl ion ligands, 3421, 3422f
complexes of, 2590–2591extraction with, 2669
Shippingport Atomic Power Station, 3668Short binderless route (SBR) process, for
mixed oxide fuels, 3713, 3713f
Short-lived radioisotopes, in solar system,3478
Siberian Chemical Combine (SCC), 3499Siderophores, plutonium complexation,
3529, 3546Sieverts apparatus, for plutonium hydrides
toichiometry, 989Sigma-bonded ligands, of plutonium,
1182–1187alkoxides, 1185–1186alkyls, 1186amides, 1184–1185borohydrides, 1187halides, 1182–1184
Silaneamine reactions with, 2978–2981ratio in alkyne complexes, 2956stoichiometric reactions of, with
pentamethyl-cyclopentadienyl andalkynes, 2916–2918, 2917f
Silica gelfor oxidation state speciation, 2726study of, 3153–3154thorium sorption by, 3152t, 3153–3154uranium sorption by, 3152t, 3154–3155
Silica, in protactinium purification, 174Silicate apatite, 3868–3869Silicate complexation, of uranium, 3527Silicates
actinide ion adsorption in, 3152–3153,3152t, 3153f
thorium, 3152–3154, 3152turanium, 3152t, 3154–3155
of americium, 1321matrices, einsteinium in, 1601–1602,
1602f–1603foverview of, 3151phases of, 3153–3154sorption studies of, 3151–3158of thorium, 113of uranium, 260t–261tminerals of, 292–293natural occurrence of, 292structure of, 292uranium (IV), 276–277
uranium determination in, 632Silicides
of americium, coordination of, 1359of plutonium, 1009–1016crystal structure, 1011–1015, 1012t,
1013f–1016fphase diagram, 1009, 1011fpreparation, 1011properties of, 1015–1016
structural chemistry of, 2405–2408, 2406tof thorium, 69–70, 71t–73tphase diagram for, 69, 74fquaternary, 70
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-119
structures of, 69ternary, 69–70
of uranium, 405–407, 406fphases of, 405–406, 460fproperties of, 401t–402t, 406ternary, 406
Silicon, thermodynamic properties of actinidecompounds with, 2206–2208,2206t–2207t
Silicon surface-barrier detector, for alpha-particle detection, 3957, 3959
Silyl complex, 2888SIMS. See Secondary ion mass
spectroscopy; Surface ionization massspectrometry
Single double coupled cluster excitations(CCSDs)
for element 113, 1723for element 118, 1728–1729for element 119, 1729in HF calculations, 1902for relativistic correlation effects, 1670of uranium dioxide, 1973
Single impurity model (SIM)description of, 2342–2343failure of, 2344f electrons in, 2343–2344of UBe13, 2344
Single-shell tank (SST), TRUEX process for,2740–2741
SISAK. See Special Isotopes Studied by theAKUFE
SISAK for, 1665–1666of transactinide elements, 1685–1689, 1765complexation, 1687–1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686,
1685f–1686fSite containment, natural attenuation for, 3597Skeletal fractionionic radii v., 3349in mammalian tissues, 3346–3349, 3348f
Skeleton, as deposition site, 3344, 3347–3349,3348f
Sklodowskiteat Koongarra deposit, 273uranium in, 259t–269t
Slater-Condon method, for actinide elements,1863
SLM. See Supported liquid membranesSlope analysis, for solvating extractant
system, 2654Smoke-detectors, americium–241 in, 1267SNAP. See Space Nuclear Auxiliary PowerSNF. See Spent nuclear fuelSoda-alumino phosphate glasses, 3846Soddyite, 3518f, 3519sodium uranates in, 287
uranyl silicates in, 293Sodiumin anhydrous uranium chloride complexes,
451–452Na[NpO2(OH)2], 4175, 4175fNa4(UO2)Cu2S4, 4056–4057, 4057fNa4(UO2)(S2)3·Na3S4, 4056–4057, 4057fwith thorium sulfates, 105
Sodium-24, processing plant release of, 3496Sodium carbonateactinide stripping with, 1280for uranium carbonate leaching, 307
Sodium chloride, roasting with, 304Sodium hydroxideneptunium redox behavior and, 756reduction in, americium (V), 1335–1336
Sodium-cooled fast reactor (SFR),Generation IV, 3673, 3673t
Sodium-plutonium-oxide, phase diagramof, 3754, 3755f
Sodium-24, processing plant release of, 3496Sodium-uranium-oxide, phase diagram of,
3753–3754, 3755fSodium zirconium phosphate (NZP), 3870Soft-donor complexants, for actinide/
lanthanide separation, 2670–2671,2673, 2761
Soil samplesactinide handling in, 3022neptunium in, 783neptunium–237, 3327–3328plutonium–239 in, 3327–3328sorption studies of, 3171–3177
manganese, 3176–3177micro-XANES, 3174micro-XAS, 3172–3173overview, 3171southwestern US, 3174XANES, 3172–3173XAS, 3171–3172XRF, 3172–3173Yucca Mountain site, 3175–3176
Solar systemsupernova creation of, 3478uranium-235, 3478
Solubilityof actinides, 3515–3518, 3517f
in glasses, 3846of actinium, 38–40, 39tcomplexation and, 3520–3521of neptunium
neptunium (V), 769–770neptunium (VI), 770
of plutonium (IV), 3917speciation v., 3521, 3522fof thorium, 122–128, 124t, 125t, 127f, 133
carbonates and, 127–128colloid generation in, 126
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-120
in complexing media, 126–128crystallization in, 126, 127fhydrolysis of, 122–123, 124tin non-complexing media, 122–126,
124t–125t, 127fphosphates and, 128products of, 123, 125t, 126
Solubility products, of trihydroxides,2191–2192, 2194t
Solution chemistryof actinide elements, 1765, 2524–2607
bonding, 2556–2563cation hydration, 2528–2544cation hydrolysis, 2545–2556cation-cation complexes, 2593–2596complexation reaction kinetics,
2602–2606complexes, 2577–2591correlations, 2566–2577inner v. outer sphere, 2563–2566introduction, 2524–2527redox reaction kinetics, 2597–2602summary, 2606–2607ternary complexes, 2591–2593
ARCA for, 1665for one-atom-at-a-time chemistry,
1665–1666SISAK for, 1665–1666of transactinide elements, 1685–1689,
1765complexation, 1687–1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686, 1685f–1686f
Solvating extractant system, 2653–2660carbamoylphosphonate reagents in, 2653DHDECMP for, 2655, 2656tDIAMEX process for, 2657–2658diglycolamides for, 2659–2660malonamide extractants for, 2657–2659overview of, 2646, 2647fslope analysis for, 2654TBP in, 2653TRUEX process, 2655–2657uranium (IV) and plutonium (IV) in,
2654–2655Solvation numbers, of actinide cations,
2532–2533Solvent exchange, for uranium leach recovery,
311–313alkylphosphoric, 312–313amine, 312ion exchange v., 311
Solvent extractionacids for, 839for actinium and lanthanum separation, 18of americium, 1271–1289
amide extractants, 1285–1286amine extractants, 1284
from lanthanides, 1286–1289organophosporus extractants, 1271–1284
of californium, 1509of curium, 1407–1409, 1434of fermium, 1629of lawrencium, 1646–1647of mendelevium, 1633methods for, 2644–2663acidic extractants, 2650–2652, 2651faqueous phase, 2649, 2649f, 2651f,
2666–2667greatest selectivity of, 2647ion pair formation systems, 2660, 2661foverview of, 2644phase modifiers, 2648–2649reagent classes for, 2645–2646requirements of, 2644solvating, 2646, 2647f, 2653–2660supercritical fluid extraction, 2677–2685synergistic extractants, 2646–2647,
2661–2663thermodynamic features, 2663–2666TIOA for, 2648, 2648twater in, 2644–2645
of neptunium, 705–713, 706f–708f, 709tfrom high-level liquid wastes, 712–713plutonium v., 709Purex process, 710–712, 710f
of nobelium, 1638–1640organic phases for, 840–841overview of, 839for oxidation state extraction, 3287of plutonium, 839–845extraction chromatography, 844–845ion-exchange processes, 845–852PUREX process, 841–844
protactinium purification with, 181–186,183f, 187–188
with SISAK, 1665–1666solid phase in, 840thorium carboxylates in, 113–114for trace analysis, 3287for uranium metal preparation, 319
Solvent extraction techniquesamines and amides, 3921–3922ketones and ethers, 3920–3921organophosphorus, 3918–3920for plutonium production, 3894–3895for plutonium separation, 3916–3923
Sonochemical technique, for neptuniumelectrolysis, 762
Sorption studies, of actinide elements,1810–1811, 3140–3183
bacterial interactions, 3177–3183carbonate incorporation, 3159–3164iron-bearing mineral phases, 3164–3169natural soil samples, 3171–3177overview of, 3140, 3151
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-121
phosphates, 3169–3171silicates, 3151–3158
Sound velocities, of plutonium, 942–943, 944tliquid, 962
Space explorationcurium in, 1398–1400fuel preparation for, 1032–1034plutonium–238 in, 817, 1025, 1032, 1758,
1827Space Nuclear Auxiliary Power (SNAP),
plutonium–238 in, 817–818, 1827Spallation-based neutron scattering, overview
of, 2383Spark source mass spectroscopy (SSMS)for environmental actinides, 3049t, 3055for mass spectrometry, 3310for plutonium analysis, 3955–3956
Special Isotopes Studied by the AKUFE(SISAK)
overview of, 1665–1666rutherfordium study with, 1695extraction, 1701–1702, 1702f
for superactinides, 1735Speciationbacterial influence on, 3178bioavailability and, 3613–3616complexation, 3614–3615radiolytic degradation, 3615–3616
diagram, of thorium, 122felectron-photon, -electron, -ion techniques
for, 3047–3055AES, 3049t, 3051COUL, 3049t, 3052DPV and DPP, 3049t, 3052, 3053fEDS, 3049t, 3050–3051EELS, 3049t, 3051–3052EMPA, 3049t, 3050ESMS, 3049t, 3052–3055, 3054foverview of, 3047, 3049t, 3050SEM, 3049t, 3050, 3051fSSMS, 3049t, 3055
in environment, 3013–3073background, 3013–3021combining and comparing analytical
techniques, 3065–3071concluding remarks, 3072–3073sampling, handling, treatment, and
separation, 3021–3024specifics of, 3024–3065
ion-photon, -electron, -neutron, -iontechniques for, 3058–3065
AMS, 3059t, 3062–3063ERDA, 3059t, 3065ICPMS, 3059t, 3061–3062NRA, 3059t, 3061overview of, 3058–3060, 3059tPIGE, 3059t, 3061PIXE, 3059t, 3060–3061
RBS, 3059t, 3063–3064, 3064fSIMS, 3059t, 3062, 3063fVOL, 3059t, 3061
microbiological processes and,3596–3604
ecology and, 3597–3604, 3599fmicroorganism and subsurface, 3616–3638,
3617fmodeling of, 3614–3615neutron-photon, -electron, -neutron, -ion
techniques for, 3055–3057DNAA, 3056t, 3057NAA, 3055–3057, 3056t, 3058foverview of, 3055–3057, 3056t
passive techniques for, 3025–3033αS, 3026t, 3029–3031, 3030fβS, 3026t, 3028–3029γS, 3025–3028, 3026t, 3028fGRAV, 3026t, 3029ISEs, 3026t, 3029LSC, 3026t, 3031, 3032fMBES, 3026t, 3028NS, 3026t, 3029overview of, 3025, 3026tRAD, 3026t, 3031, 3032fsummary, 3031–3033XS, 3025, 3026t
photon-phonon, -electron, -neutron, -iontechniques for, 3043–3047
LAICPMS, 3044t, 3046–3047LAMMA, 3044t, 3046LIBS, 3044t, 3045LIPAS, 3043–3045, 3044t, 3045foverview of, 3043PHOTN, 3044t, 3046RIMS, 3044t, 3047, 3048fRIS, 3044t, 3047SEXAS, 3044t, 3046TIMS, 3044t, 3046–3047UPS, 3044t, 3045XPS, 3044t, 3045–3046
photon-photon techniques for, 3033–3043AAS, 3034t, 3036COL, 3034t, 3035IRS, 3033–3035, 3034tLAICPOES, 3034t, 3036–3037MBAS, 3034t, 3043NIR-VIS, 3034t, 3035NMR, 3033, 3034toverview of, 3033, 3034tPCS, 3034t, 3035–3036PHOTA, 3034t, 3043RAMS, 3034t, 3035, 3036fTOM, 3034t, 3040–3043, 3042fTRLF, 3034t, 3037, 3038fUVS, 3034t, 3037XANES, 3034t, 3039, 3040fXAS, 3034t, 3037–3039, 3040f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-122
XRF, 3034t, 3039, 3041fprocesses and mechanisms affecting,
3509–3549biomolecule interaction of, 3544–3549,
3545f, 3548fcolloid formation, 3529–3536complexation reactions, 3520–3529,
3522f, 3523f, 3524f, 3525fgeochemical modeling, 3549geologic matter surface interactions,
3536–3544, 3539f, 3540f, 3541f, 3543fradiolysis of, 3513–3515redox properties of light actinides,
3509–3513, 3510f, 3511f, 3512f, 3513tsecondary solid phase formation,
3518–3520, 3518f, 3519fsolubility of, 3515–3518, 3517f
solubility v., 3521, 3522ffor trace analysis, 3285–3288
Specific thermal power, of plutonium,3970–3971, 3970t
Spectral analysis, 3972–3974background subtraction, 3975decay curve analysis and averaging,
3972–3974Spectral emissivity, of liquid plutonium, 963Spectrophotometryof berkelium, 1455, 1484of neptunium, 782, 786–787for protactinium, 227–228
light absorption in mineral acidssolutions, 227–228
reactions with organic reagents, 228for protactinium (IV), 222for thorium, 133of uranium, 636
Spectroscopyactinide chemistry and, 1837
empirical analysis of, 1841, 1851–1852experimental, 1838–1841historical, 1839–1840interest in, 1838new properties, 1872–1873numerical approach to, 1838–1839radial parameters, 1862–1863summary of, 1866–1872theoretical term structure, 1860–1862
of americium, 1364–1370luminescence, 1368–1369solution absorption, 1364–1368vibrational, 1369–1370x-ray absorption, 1370
of californium, 1827effective-operator Hamiltonian for,
2026–2027of einsteinium, 1827–1873electronic structure determination with, 1858experimental, 1838–1841
AVLIS, 1840FTS, 1840
laser, of actinide elements, 1873–1875,1874t, 1880–1884
of protactinium (IV), 2065–2066, 2066tof uraniumhexafluoride, 1938uranium (IV), 2066–2067, 2066t
Spent nuclear fuel (SNF), 3816, 3835–3843.See also Nuclear waste
alkaline processing scheme for, 852americium in, 1268corrosion and alteration, 3820f, 3838–3842,
3840fDDP for, 2707–2708disposal of, 1811–1813immobilization, 1812–1813transmutation, 1811–1812
dissolution of, 3839–3842, 3840felectrorefining for, 2712–2717environmental aspects of, 1806–1807, 1807textraction from, 1811halide volatility processes for, 855heavy isotope minimization in, 721IFR reprocessing of, 2713–2714impurities in, 274‘light glass’ v., 1273neptunium recovery from, 732neptunium–237 in, 702, 782–784
Oklo natural reactors, 3842–3843plutonium in, 813–814iron and, 1138–1139polymerization of, 1150separation of, 828–830, 2646
plutonium oxides for, 1023–1024problem of, 2728–2729radiolysis of water at, 289reprocessing of, 703–704, 856studtite in, 289uranium in, 270, 274separation of, 2646
Sphere-pac fuel, 3789–3793, 3791f, 3792ffabrication of, 3790irradiation of, 3790–3794thermal conductivity of, 3790, 3791f, 3792f
Spin functionsfor actinyl ions, 1932transformation of, 1913
Spin-correlated crystal field potential,crystal-field splittings and, 2054
Spin-orbit couplingin actinide elements, 1899–1900, 1899fin actinide nitrides, 1988corrections to, 2036effect on f orbital, 1949–1951, 1950felectron repulsion v., 1928–1929in electronic structure calculation, 1900,
1906
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-123
electrostatic interactions with, 2029Hamiltonian for, 2028with LS coupling, 2024–2026of neptunium, 764–765in uranium (V), 2246
Spin-orbit integrals, of actinide elements,divalent and 5þ valent, 2076
Spin-orbit splitting, as relativistic effect,1668–1669
Spontaneous fission (SF)ARCA and measurement of, 1665of bohrium, 1711of californium, 1505californium–252, 1766
of curium, 1432–1433detection for transactinide identification,
1659of dubnium, 1703, 1705of element 112, 1719of fermium–256, 1632–1633of hassium, 1714plutonium and, 3892, 3965of plutonium–244, 824of seaborgium, 1708
Spriggite, lead and uranium in, 288SRB. See Sulfate-reducing bacteriaSSMS. See Spark source mass spectroscopySST. See Single-shell tankStability constants, 3522, 3523fof actinide cations, 2558–2559correlations, 2567–2577trivalent, 2562, 2563t
of actinide complexeswith inorganic ligands, 2578, 2579twith inorganic oxo ligands, 2581–2582,
2582tof actinide elements, 1780t, 2527in mammalian tissues, 3346, 3347t
of actinium, 40, 41tof americium, 1354americium (III) fluoride, 1354–1355
of berkelium (III), 1475–1476, 1477t–1478tof curium (III), 1425, 1426t–1428tof EDTA complexes, 2257f, 2556of einsteinium, 1605, 1606tof glycolate and acetate uranium
complexes, 590of inner and outer sphere complexation,
2565, 2566fionic radii and, 2574, 2575fof neptuniumneptunium (V), 781–782neptunyl (V), 2571, 2572fneptunyl ion, 2576, 2576f
of sulfate complexes, 2581–2582, 2852tof uraniumhydroxide complexes, 598, 600finorganic complexes, 600–602, 601t
organic ligand complexes, 603–605, 604tStandards, data obtained from, 3978Steel, plutonium reaction with, 3238State reordering model, for uranium dioxide,
4098–4099Steric effectsin actinide complex bonding, 2560in organoactinide complexes, 2912
Stoichiometryof californium
oxides, 1534pnictides, 1538–1539
of organoactinide complexes, 2913–2916,2914f–2915f
of plutoniumhydrides and deuterides, 990–992,
991f–992fions, 1111–1113oxalates, 1173–1174
structure and, 579of uranium
hydroxides, 598, 599tinorganic complexes, 600–602, 601torganic ligand complexes, 603–605, 604tternary complexes, 605–606, 606t
Stoner criteria, magnetic ordering with, 2354Storagecontainment, actinide dispersion from,
3502–3504hazard assessment, 3248–3259
case studies, 3256–3259chemical property uncertainty, 3255metal incidents, 3256–3257nuclear criticality, 3255–3256nuclear material release and dispersal,
3252–3255oxide incidents, 3257–3258potential hazards, 3248–3256residue incidents, 3258–3259thermal hazards, 3251–3252
hazard mitigation, 3259–3262atmosphere for, 3259–3260conditions for, 3260–3262
of metals and oxides, 3260–3262plutonium, 3260–3262, 3261furanium, 3262
in nuclear fuel cycle, 3674–3675, 3675fof plutonium, 3199–3266
alloys, 3213hydrides, 3204–3206metals, 3223–3238other compounds, 3212–3213oxides, 3206–3212reaction kinetics, 3215–3223scope of concerns, 3201–3202
radiolytic reactions, 3246–3248of SNF, 1812–1811of uranium, 3199–3266
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-124
compounds, 3213–3215scope of concerns, 3201–3202
Stored energyin ceramic wastes, 3833in glass wastes, 3850, 3851f
Stratospheric fallout, plutonium isotope ratioof, 3488
Strong correlations, of 5f orbitals,2341–2350
heavy fermions, 2341–2344non-Fermi liquid and quantum critical
point, 2348–2350plutonium systems, 2345–2347
Strontium, in aragonite, uranium v.,3162–3163
Strontium-90, processing plant release of,3496
Structural chemistryof actinide chemistry, 2380–2495
introduction, 2380–2381summary, 2491–2493
complications of, 2380–2381of coordination compounds, 2436–2467
with carboxylic acids, 2437–2448overview of, 2436–2437
of metals and inorganic compounds,2384–2436
actinide metals, 2384–2384actinyl compounds, 2399–2402arsenates, 2430–2433borides, 2405–2408, 2406tborohydrides, 2404–2405, 2405fcarbides, 2405–2408, 2406tcarbonates, 2426–2427, 2427t, 2428fchalcogenides, 2409–2414, 2412t–2413t,
2414fhalides, 2414–2421, 2417t–2418t, 2419f,
2420t–2421thydrides, 2402–2404nitrates, 2428–2430, 2429foxides, 2388–2399oxyhalides, 2421–2424, 2422t,
2424t–2426tphosphates, 2430–2433, 2431t–2432t,
2433fpnictides, 2409–2414, 2410t–2411tsilicides, 2405–2408, 2406tsulfates, 2433–2436, 2434t, 2435f
of organoactinide compounds, 2467–2491cyclooctatetraene, 2485–2487, 2488t,
2489fcyclopentadienyl, 2468–2485other, 2487–2491, 2490t–2491t,
2492f–2493ftechniques for, 2381–2384
neutron diffraction, 2383–2384x-ray diffraction, 2381–2383
technology for, 2380
Structureof acetates, 2439t–2440t, 2440–2445of actinide carbide oxides, 1977, 1977tof actinide complexes, cation-cation, 2595,
2596fof actinide cyclopentadienyl complexes,
1953, 1953fof actinide elements, 2369f, 2370–2371,
2371fof actinide metals, 2384–2388actinium, 2385americium, 2386–2387berkelium, 2388californium, 2388curium, 2387–2388einsteinium, 2388neptunium, 2385–2386overview, 2384–2385, 2384fplutonium, 2386, 2387fprotactinium, 2385thorium, 2385uranium, 2385
of actinium, 34–35of actinocenes, 1943–1944, 1944t, 1945fof actinylcompounds, 2399–2402oxyhalides, 1939–1941, 1940t,
1941f–1942fof alkyl ligands, 2867, 2868fof americium, 1299–1300chalcogenides, 1358–1359halides, 1356–1357, 1358foxides, 1357–1358, 1358foxoanionic ligands, 1359–1360, 1360fpnictides, 1358–1359silicides, 1359
of americyl complexes, 2400–2402of arsenates, 2430–2433of berkeliumchalcogenides, 1470halides, 1469metallic state, 1458–1459pnictides, 1470sesquioxide, 1466–1467
of bijvoetite, 290of borides, 2405–2408, 2406tof californiummetal, 1519–1522, 1520tsesquioxide, 1536zirconium-oxide, 1538
of calixarenes complexes, 2456–2463of carbides, 2405–2408, 2406tof carbonates, 2426–2427, 2427t, 2428fof carboxylates, 2437–2448, 2438f,
2439t–2443t, 2443f–2447fof chalcogenides, 2409–2414, 2412t–2413t,
2414fof coffinite, 586, 587f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-125
coordination geometry and, 579of crown ether complexes, 2448–2456of curite, 283, 284f–285fof curiumchalcogenides, 1420–1421dioxide, 1419halides, 1418metallic state, 1410–1411sesquioxide, 1419sesquiselenide, 1420sesquisulfide, 1420
of cyclooctatetraene complexes, 2485–2487,2488t, 2489f
of cyclopentadienyl complexes, 2468–2485bis, 2476–2482, 2478f, 2479t–2480t,
2481f–2483fhexavalent, 2847, 2849fmono, 2482–2485, 2484t, 2485f–2487ftetrakis, 2469, 2469t, 2470ftetravalent, 2815–2816, 2815–2817,
2816f, 2816t, 2818ftris, 2470–2476, 2472t–2473t,
2474f–2475f, 2477ftrivalent, 2802
description of uranium complexes, 579of dihalides, 2415–2416of einsteinium, sesquioxide, 1598–1599,
1599f, 2399, 2399tof ekanite, 113of formates, 2437–2440, 2439t–2440tof fourmarierite, 282–283, 284f–285fof halides, 2414–2421, 2417t–2418t, 2419f,
2420t–2421thexagonal bipyramidal coordinationof uranyl (V), 588–589of uranyl (VI), 580–581, 580f, 582f–583f
of hexahalides, 2419, 2421, 2421tof hydrides, 2402–2404americium, 2403berkelium, 2404curium, 2404neptunium, 2403–2404plutonium, 2403–2404protactinium, 2402–2403thorium, 2402uranium, 2403
isostructural, uranium (IV) compounds,586–588, 587f
LAXS and EXAFS for, 589of malonates, 2441t–2443t, 2447of neptuniumdioxide, 725–726halides, 731thexafluoride, 731t, 733metallic state, 719neptunium (VI) ternary oxides, 730neptunium (VII) ternary oxides, 729–730selenides, 741
sulfides, 740of neptunyl complexes, 2400–2402of nitrates, 2428–2430, 2429fof oxalates, 2441t–2443t, 2445–2446, 2445fof oxides, 2388–2399
actinium, 2390americium, 2394–2396, 2396tberkelium, 2397–2398, 2398tcalifornium, 2398–2399, 2398tcurium, 2396–2397, 2396teinsteinium, 2399, 2399thistory of, 2389protactinium, 2391thorium, 2390uranium, 2391–2394, 2393f
of oxyhalides, 2421–2424, 2422t, 2423,2424t–2426t
of parsonsite, 295–296, 296fpentagonal bipyramidal
of uranyl (V), 589of uranyl (VI), 580, 581f–582f
of pentahalides, 2416, 2419, 2419f, 2420tperoxide complexes, of uranyl (VI), 583–584,
584fof phosphates, 2430–2433, 2431t–2432t,
2433fof plutonium
antimonides, 1023, 1024fborides, 998–1002, 999t, 1000f–1002fcarbides, 1004–1007, 1005t, 1006f–1007fchalcogenides, 1053–1055, 1053f–1054ffluorides, 1082–1083, 1084t, 1085fhydrides and deuterides, 992–994,
993f, 993tions, 1111–1113nitrides, 1019, 1020toxides, 1027t, 1036–1044, 1038f–1040f,
1042f–1043foxoplutonates, 1059–1064, 1060t–1061toxyhalides, 1102, 1103fplutonium (III), 593silicides, 1011–1015, 1012t, 1013f–1016ftribromide, 1084t, 1096–1097,
1097f–1098ftrichloride, 1084t, 1096, 1096f, 1098ftriiodide, 1084t, 1096–1097
of plutonyl complexes, 2400–2402of pnictides, 2409–2414, 2410t–2411tof protactinium, 191–194, 193t
hydrides, 194of protasite, 282, 284f–285fof pyrochlore, 278, 279fof sayrite, 283, 284f–285fof sesquioxides, 2389–2390of silicides, 2405–2408, 2406tsix-coordination, of uranyl (VI), 582, 583fof studtite, 583, 584fof sulfates, 2433–2436, 2434t, 2435f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-126
of tetrahalides, 2416, 2418tof tetravalent halides, 456, 482of thorium, 61
chromates, 112coordination compounds, 115halides, 78–84, 79f, 81f, 83f, 90–91hydrides, 64molybdates, 111–112nitrides, 98–99phosphates, 109–110phosphides, 99–100selenides, 97sulfates, 104–105, 104fsulfides, 96tellurides, 96–97thorium (IV), 118vanadates, 110, 111f
of thornasite, 113of trihalides, 2416, 2417tof tris(amidoamine) complexes, 2887–2888,
2888fof uranium
anhydrous chloride complexes, 451aqueous complexes, 597borides, 398, 399fcarbides, 400, 404fcarbonates, 290dioxide dichloride, 569dioxide monobromide, 527–528dioxouranium (VI), 596, 596fhexachloride, 567, 568fhexafluoride, 560–561hexavalent oxide fluoride complexes,
566–567hydrides, 329–330, 329tmetal, 320–321, 321fnitrides, 410–411oxide difluoride, 566oxides, 343–351, 345t–346toxochloro complexes, 494, 570pentachloride, 522–523pentafluoride, 519, 519fperchlorates and related compounds, 571silicates, 292silicides, 401t–402t, 406sulfides, 413, 414t–417t, 418ftellurides, 418, 420ftetrafluoride, 486tetraiodide, 498, 498ftransition metal oxides, 388–389trichloride, 447, 447ftrichloride hydrates, 448–449trifluoride, 445triiodide, 455UNiAlHy, 338uranium (III) compounds, 584–585, 585furanium (IV) minerals, 282, 284f–285f
of uranophane, 284f–285f, 286
of uranyl (VI), 580–584, 580f–584fof uranyl complexes, 2400–2402of vandendriesscheite, 283, 284f–285fof wolsendorfite, 284f–285f, 286of wyartite, 290
Studtite, 3518–3519, 3528structure of, 583, 584furanyl peroxides in, 288–289
Sublimation enthalpyof actinide elements, 2119t–2120t,
2122–2123, 2122fadsorption enthalpy and, 1663
Suboxic zoneanaerobic respiration in, 3600oxidation states in, 3603t
Subshells, of actinide elements, 1Substrate utilization, mathematical
modeling of, 3638–3643, 3647Subsurfaces
actinides in, 3557–3558biogeochemical zones of, 3597–3598, 3599fmicrobial ecology anddiversity in, 3598–3604microorganism and actinide interactions,
3595–3652bioremediation and natural attenuation,
3650–3652effects of, 3604–3616introduction to, 3595–3604, 3599f, 3603tmathematical modeling of, 3638–3650migration to, 3602speciation, 3616–3638, 3617f
Succinate, in complexation, 3648–3649, 3649fSulfate-bearing high-level waste solutions
(SBHLW), TRUEX process for,2743–2745
Sulfate-reducing bacteria (SRB)bioassociation and, 3630biodegradation, 3634bioreduction, 3621, 3623
Sulfate reduction, 3599, 3601, 3651Sulfates
of actinide elements, 1796of actinyl complexes, 1926–1927, 1928tof americium, 1305t–1312t, 1319–1321of californium, 1549, 1550t–1553tcomplexes of, 2581–2582, 2852tof curium, 1413t–1415t, 1422of neptunium, 745equilibrium constants for, 774t
of plutonium, 1168–1170of protactinium (V), 215–216, 217t, 218fin pyrochemical methods, 2704structural chemistry of, 2433–2436, 2434t,
2435fof thorium, 101–106, 102t–103t, 104fwith alkali metals, 104–105as ligand, 104–105preparation of, 101–104
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-127
structure of, 104–105, 104fof uranium, 291–292
Sulfidesof americium, 1316–1317metal-reducing bacteria, 3549, 3621of neptunium, 739–740neptunium disulfide, 739–740neptunium pentasulfide, 740neptunium trisulfide, 740
of plutonium, 1049–1056preparation of, 1052properties of, 1055–1056solid-state structure, 1053–1055,
1053f–1054fof quaternary thorium, 4063–4065of quaternary uranium, 4049–4050vs. selenide, structural difference, 4037sulfate reduction, 3599, 3601thermodynamic properties of, 2203t, 2204,
2204fof thorium, 75t, 95–96, 1976of uranium, 413, 413f, 414t–417tphases of, 413, 413fpreparation of, 413properties of, 413, 414t–417tstructure of, 413, 414t–417t, 418f
Sulfites, of actinide elements, 1796Sulfur, americium ligands of, 1363Sulfuric acid solutionfor thorium separation, 56–58, 57f–59furanates (V) and (IV) dissolution in, 381–382uranium compound dissolution in, 632for uranium leaching, 305uranium oxide reactions with, 370–371
Superactinide elements, chemical propertiesof, 1722t, 1731–1734
Supercalcine ceramics, 3857–3858, 3857fSuperconductivityof actinide elements, 1789–1790, 2239of actinide metals, 2350–2353breakthrough of, 2352–2353conventional, 2350–2351unconventional, 2351
of americium, 1299, 1789of californium, 1527description of, 2350magnetic properties v., 2238–2239of plutonium, 967–968, 1789of protactinium, 161, 192, 193t, 1789quantization of, 2317–2318of thorium, 1789hydride, 64sulfides, 96
of UBe13, 2351of UPt3, 2351of uranium, 1789of URu2Si2, 2352
Supercritical fluid extraction (SFE)
actinide ion sources for, 2683–2684of actinides, 2677–2685applications of, 2684–2685
analytical, 2685industrial, 2684–2685
concluding remarks on, 2685experimental setup and procedures,
2678–2680, 2679fhistorical development of, 2677–2678ion properties in, 2680–2682
β-diketones, 2680modifiers for, 2682organophosphorus compounds,
2680–2682synergistic mixtures, 2682
overview of, 855–856for plutonium separation, 856pressure and temperature on, 2683rational for, 2678
Supercritical water reactor (SCWR),Generation IV, 3673, 3673t
SuperHeavy Elements (SHEs)electronic structure and chemical property
predictions, 1722–1734experimental studies of, 1734–1739
chemical methods, 1734–1735production reactions, 1737–1739requirements for, 1734
half-lives and nuclear properties of,1735–1737
natural occurrence of, 1661overview of, 1653
Superposition model, of crystal field, 2051Supernova, solar system from, 3478Supersonic expansion cooling, laser ablation
with, 4081Supported liquid membranes (SLM)CMPO in, 2749–2750, 2749fDMDBTDMA in, 2659
Surface ionization mass spectrometry (SIMS),of neptunium, 788–789
Surface complexation, 3629–3632, 3631fbioassociation by, 3596in biouptake, 3632functional groups in, 3629spectroscopy for, 3543–3544, 3543f
Surface tension, of liquid plutonium, 963Surface waters, actinides in, 3552–3556, 3554fSwamboite, 3519Sweden, radioactive waste management in,
3569–3570Swelling, of ceramic waste, 3833Sylvania process, for thorium, 61Synchrotrondescription of, 2234, 2382for environmental samples, 3086–3087,
3095–3140acid redox speciation, 3100–3124
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-128
base redox speciation, 3124–3137organic acids, 3137–3140overview, 3095–3100
for magnetic studies, 2234polarization of, 3088–3089for sorption studies, 3140–3183
bacterial interactions, 3177–3183carbonate incorporation, 3159–3164iron-bearing mineral phases, 3164–3169natural soil samples, 3171–3177overview, 3140, 3151phosphates, 3169–3171silicates, 3151–3158
for XAS, 3087for XRD, 2382
Synergistic extractants, 2661–2663overview of, 2646–2647in SFE, 2682
Synroc, 3855–3856, 3857f-related ceramics, 3856–3857, 3857f
TAA. See TrifluoroacetylacetoneTALSPEAK processfor actinide/lanthanide separation,
2671–2673, 2672f, 2760americium (III) extraction in, 1286, 1289
TAM. See TerephthalamideTansactinide elements, practical applications,
portable power sources, 1827Tantalatesof thorium, 113of uranium (IV), 277–280
Tantalumcalifornium and containers of, 1526in curium metal production, 1411–1412dubnium v., 1704–1706protactinium purification from, 178–186
ion exchange, 180–181, 180fprecipitation and crystallization, 178–186solvent extraction and extraction
chromatography, 181–186, 183fTBB. See t-ButylbenzeneTBP. See Tri(n-butyl)phosphateTBPO. See Tri(n-butyl)phosphine oxidet-Butylbenzene (TBB), americum extraction
with, 2673–2675, 2674tTC. See Thermochromatographic columnTD-DFT. See Time-dependent density
functional theoryTecha River, 3554–3555Technological problems, actinide chemistry
for, 3TEHP. See Tri–2-ethylhexyl phosphateTellurates, of actinide elements, 1796Telluridesof americium, 1316–1317of curium, 1421of neptunium, 741–742of plutonium, 1049–1056
preparation of, 1052properties of, 1055–1056solid-state structure, 1053–1055,
1053f–1054fthermodynamic properties of, 2203t,
2204–2205of thorium, 75t, 96–97of uranium, 414t–417t, 418–420, 420fAn3Q4 body-centered cubic compound,
4008phases of, 418, 419fpreparation of, 418–420properties of, 414t–417t, 418, 420, 420f
Telluritesof actinide elements, 1796of uranium, 268t, 298–299
Telluriumalloys with neptunium, 742uranium oxides with, preparative methods
of, 383–389, 384t–387tTellurium, Te8[U2Br10], 4039, 4039fTEM. See Transmission electron microscopyTemperature-independent paramagnetism
(TIP)of 5f1 oxides, 2244of 5f6 compounds, 2263–2264description of, 2226of uranium (IV), 2248of uranyl and uranium hexafluoride,
2239–2240Terbium
californium v., 1545einsteinium v., 1613nobelium v., 1640
Terephthalamide (TAM), for plutoniumremoval, 1824
Terminal alkyne complexescross dimerization of, 2947–2952,
2948f–2949fdimerization of, 2930–2935ansa-organothorium complex,
2935–2937external amines in, 2943–2944hydroamination and, 2944–2945kinetic studies of, 2936–2937, 2937f,
2940–2941, 2942fpromotion of, 2938–2947, 2940f–2941f
hydroamination of, 2981–2990kinetic studies, 2986–2990rates of, 2985regioselectivities, 2984scope and mechanistic studies, 2981–2986thermodynamics of, 2982–2984
hydrosilylation ofactive species formation, 2957–2961alkyne:silane ratio, 2956bridged complex promotion, 2964–2969cationic complex promotion, 2974–2978
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-129
kinetic studies, 2957, 2965–2966mechanism, 2961–2963neutral organoactinide promotion,
2953–2964with primary silanes, 2966–2969scope at room temperature, 2953–2954scope of catalysis at high temperature,
2954–2955thermodynamics, 2963–2966
oligomerization of, 2925–2926, 2928f, 2934fregioselective, 2945–2947thermodynamic properties of, 2933–2935
Term structure, theoretical, 1860–1862Ternary actinide chalcogenides, 4019,
4021t–4022tAn2AQ6 compounds, 4034–4037,
4036f–4037fAnMQ compounds, 4020–4023, 4023fAnM2Q2 compounds, 4027, 4028fAnM2Q3 compounds, 4027–4029, 4028fAnM2Q4 compounds, 4029, 4029fAnM2Q5 compounds, 4032–4034,
4034f–4035fAnM2Q6 compounds, 4029, 4030fAnM3Q4 compounds, 4029, 4030fAnM4Q8 compounds, 4030–4031, 4031fAnM6Q8 compounds, 4031, 4032fAnMQ2 compounds, 4023–4024AnMQ3 compounds, 4024–4026, 4024t,
4025f–4026fAnMQ6 compounds, 4026–4027, 4027fAn2M2Q compounds, 4037–4039, 4038fAn2M10Q8 compounds, 4039, 4039fAn2MQ4 compounds, 4031–4032, 4033fAn2MQ5 compounds, 4032–4034,
4034f–4035fAn3M2Q7 compounds, 4040–4042, 4041fAn3MQ5 compounds, 4039–4040, 4040fAn3MQ6 compounds, 4040, 4041fAn4M4Q3 compounds, 4042, 4042fAn6M2Q13 compounds, 4043, 4043fAn6M2Q15.5 compounds, 4043, 4044fAn8MQ17 compounds, 4043–4044, 4045f
tert-BHz. See Tert-butylhydrazineTert-Butylhydrazine (tert-BHz), neptunium
(VI) reduction with, 761Tertiary aminefor actinide extraction, 1769for americium extraction, 1284
TES. See Transition Edge SensorsTetraallylthorium, alkane activation by,
3002–3006, 3004tTetrabenzylthorium, properties of, 116Tetrafluoridescomplexes of, 2578structural chemistry of, 2416, 2418t
Tetrahalidesstructural chemistry of, 2416, 2418t
thermodynamic properties of, 2165–2169gaseous, 2169solid, 2165–2168
Tetrahydrofuran (THF)for cyclopentadienyl complexes, trivalent,
2800–2802, 2805with uranium trichloride, 452
Tetrakis-cyclopentadienyl complexesof actinides, 2814–2815structural chemistry of, 2469, 2469t, 2470f
N,N,N0,N0-Tetrakis(2-pyridylmethyl)ethylene-diamine (TPEN)
americium (III) complexation with, 1354americium (III) extraction with, 2675
N,N,N0,N0-Tetraoctyl–3-oxapentane–1,5-diamide (TODGA), actinideextraction with, 2658
TEVA columnsfor californium separation, 1508, 1511–1512for einsteinium separation, 1585for fermium separation, 1624overview of, 3283
Thallium, in plutonium alloy, 896, 896fThallium, Tl1.12U2Te6, 40342-Thenoyltrifluoroacetone (TTA)actinide complexes with, 1783–1784for actinide extraction, 2532, 2650, 3287
in synergistic systems, 2661–2663, 2662fthermodynamic features of, 2663–2664
actinium extraction with, 28–29, 29f, 31–32berkelium extraction with, 1448–1449, 1476complexes of, californium, 1554hafnium extraction with, 1701lawrencium extraction with, 1643, 1645for neptunium extraction, 705for oxidation state speciation, 2726plutonium extraction with, 1701, 3282protactinium
extraction with, 184in spectrophotometric methods, 184
rutherfordium extraction with, 1695,1700–1701
SFE separation with, 2680thorium extraction with, 1701in uranyl crown ether complex, 2455, 2455fzirconium extraction with, 1701
Thenoyltrifluoroacetone (TTA), forplutonium extraction, 3921
Thermal conductivityof americium oxide, 3694, 3695t, 3696, 3696fof coated particle fuels, 3784–3786, 3785fof curium sesquioxide, 3694, 3695t, 3696fof LWR fuel in reactor, 3719, 3722–3723,
3722fof neptunium dioxide, 3694, 3695t, 3696fof plutonium, 957
oxides with uranium oxides, 1076–1077of plutonium carbide, 3760, 3761f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-130
of plutonium dioxide, 3692, 3695tof plutonium nitride, 3762, 3764tof sphere-pac fuel, 3790, 3791f, 3792fof ThO2-PuO2, 3706, 3707tof ThO2-UO2, 3706, 3707tof UO2-Gd2O3, 3704–3705of UO2-PuO2, 3698–3701, 3699f, 3700f,
3701fof UO2-PuO2-AnO2, 3703of uranium carbide, 3758, 3761fof uranium dioxide, 3687, 3688t,
3689–3691, 3689firradiated, 3720, 3722–3723, 3722f
of uranium nitride, 3762, 3764tof uranium-plutonium carbide, 3761, 3761fof uranium-plutonium nitride, 3764t, 3765,
3766fThermal diffusionof oxide fuel fission gas, 3728f, 3731–3733in oxide fuel in LWRs, 3723–3726, 3725fof plutonium, 937–942
coefficients, 937, 938tcurve, 879, 880f, 939foxides with uranium oxides, 1075–1076
Thermal expansionof UO2-Gd2O3, 3705of uranium dioxide, 3687, 3688t
Thermal hazards, of uranium and plutonium,3251–3252
catalyzed corrosion, 3251–3252ignition point, 3251thermal excursions, 3252
Thermal ignitionof plutonium, 3232–3235, 3233fof uranium, 3245–3246
Thermal ionization mass spectroscopy(TIMS)
advantages of, 3329AMS v., 3329applications of, 3313–3315αS v., 3329for dating with protactinium231, 171, 231for environmental actinides, 3044t,
3046–3047fundamentals of, 3311–3313, 3312ffor gas-phase ion chemistry studies, 4141for mass spectrometry, 3310MC-ICPMS v., 3326–3327overview of, 3311for plutonium analysis, 3953RIMS v., 3329sensitivity of, 3315for trace analysis, 3311–3315for uranium analysis, 637–638Thermal profileof fast reactor oxide fuel, 3746–3747, 3746fof LWR oxide fuel, 3719–3723, 3720f,
3721f, 3722f, 3724t
Thermal reactors. See also Magnox typereactor
Generation IV, 3673, 3673tminor actinide oxides, 3694–3696, 3695t,
3696ffabrication of, 3715–3716
plutonium dioxide, 3691–3692, 3693f,3694f, 3695t
ThO2-PuO2 and ThO2-UO2, 3705–3706,3706f, 3707f, 3707t
fabrication of, 3716UO2-Gd2O3, 3704–3705fabrication of, 3714–3715
UO2-PuO2, 3697–3701, 3697f, 3698f, 3699f,3700f
fabrication of, 3712–3714, 3713f, 3714fUO2-PuO2-AnO2, 3701–3703, 3702furanium dioxide, 3685–3691, 3685f, 3686f,
3687f, 3688t, 3689f, 3691f, 3692ffabrication of, 3707–3712, 3708f, 3710f,
3711fThermal stability, of nuclear fuel, 3666, 3667fThermochromatographic column (TC), for
thermochromatographic studies, 1664Thermochromatographic study
of berkelium, 1451of californium, 1523, 1524fof dubnium, 1664, 1703of einsteinium, 1592, 1611–1612of element 112, 1721of fermium, 1625, 1628for gas-phase chemistry, 1663of hassium, 1714–1715, 1715fimproved, 1664of mendelevium, 1633–1634of rutherfordium, 1664, 1692–1693
Thermodynamic propertiesof actinide complexes, cation-cation,
2595–2596, 2596tof actinide compounds, 2113–2213with alkali metal ions, 2150–2153with alkaline earth ions, 2153–2157antimonides, 2197t, 2203–2204arsenides, 2197t, 2203–2204carbides, 2195–2198chalcogenides, 2203t, 2204–2205complex halides, 2179–2182,
2183t–2184t, 2185fdi- and monohalides, 2178–2179,
2180t–2181t, 2181fdioxides, 2136–2143in gas phase, 2147–2150, 2148t, 2150fgroup IIA elements, 2205, 2206t–2207tgroup IIIA elements, 2205–2206,
2206t–2207t, 2208fgroup IVA elements, 2206–2208,
2206t–2207thexahalides, 2159–2161
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-131
hydrides, 2187–2190introduction to, 2113–2115monoxides, 2147nitrides, 2200–2203oxides, 2135–2136oxyhalides, 2182–2187, 2183t–2184t,
2186t–2187tpentahalides, 2161–2165phosphides, 2197t, 2203–2204pnictides, 2200–2204selenides, 2203t, 2204–2205sesquioxides, 2143–2147sulfides, 2203t, 2204, 2204ftellurides, 2203t, 2204–2205ternary and quaternary oxides/oxysalts,
2157–2159ttetrahalides, 2165–2169transition elements, 2208–2211trihalides, 2169–2178in water, 3096–3100, 3098t, 3099f
of actinide elementsin condensed phase, 2115–2118,
2119t–2120t, 2121fin gas phase, 2118–2123, 2119t–2120t
of actinide ionsin aqueous solutions, 2123–2133, 2128thydration, 2538–2544, 2540t–2541t,
2542f, 2543t, 2544fintroduction to, 2113–2115in molten salts, 2133–2135
of alkyne complexeshydrosilylation of, 2963–2966oligomerization of, 2627f, 2926–2929,
2933–2935of americiumoxidation states, 1328–1330oxides, 1303
of berkelium, 1482–1483, 1483tberkelium (III), 1476
of californium, 1555–1557, 1556tof cyclopentadienyl complexes, tetravalent,
2821, 2822t–2823t, 2840–2841, 2840tof einsteinium, 1603, 1605–1606metallic state, 1592–1593
of electron exchange reactions, 2597of element 114, 1727of fermium, 1629heavy fermions, 2342–2343, 2343fof hydrationactinide ions, 2538–2544, 2540t–2541t,
2542f, 2543t, 2544fcalculation of, 2539lanthanide ions, 2542–2544, 2544t
of inner and outer sphere complexation,2566, 2567f
of neptuniumhalides, 736t, 739hydrides, 722–723
metallic state, 718–719neptunium (IV), 769oxides, hydrates, and hydroxides, 728,
728tof plutonium, 935–968
carbides, 1008–1009, 1008tdensities and lattice parameters, 935–937diffusion, 958–960dioxide, 3250elastic constants and sound velocities,
942–943electrical resistivity, thermal conductivity,
thermal diffusivity, and thermoelectricpower, 954–958
halides, 1087theat capacity, 943–949hydrides, 3205, 3206tions, 1111, 1111tmagnetic behavior, 949–954new tools and new measurements,
963–968oxides, 1047–1048, 1047tphase transformations, 890, 891f, 891tpnictides, 1019, 1021tredox reactions, 1120tsurface tension, viscosity, and vapor
pressure, 960–963thermal expansion, 937–942
of protactinium (V), 211, 211tof solvent extraction reactions, 2663–2666
americium/europium separation,2665–2666, 2667t
in Cyanex 301, 2665extraction equilibrium change, 2663interaction strength, 2664–2665TRPO for, 2666TTA in, 2663–2664
of sulfate complexes, 2582, 2852tof terminal alkyne complexes, oligomeriza-
tion of, 2627f, 2926–2929, 2933–2935of thorium (IV), 118–119, 119tof uranium, 270, 597
dioxouranium (V), 595fluoro complexes, 520hexafluoride, 561hydrides, 332–333, 332tmetallic state, 321, 322tmixed halides, 499oxide and nitride bromides, 497oxides, 351–357, 352f, 360–364, 361f–363ftetrafluoride, 485–486uranium oxide difluoride, 565
Thermodynamicsof alkyne complexes, hydroamination of,
2982–2984of bonding, 2556–2557, 2558tof terminal alkyne complexes,
hydroamination of, 2982–2984
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-132
Thermoelectric generatoractinium in, 19, 42–43plutonium in, 43
Thermoelectric powerof curium, 1398–1400of plutonium, 957–958, 958t
Thermonuclear devicefermium from, 1623–1624history of, 9neutron production of, 9
Thermochromatographic technique, forplutonium separation, 3933–3934
Thermodynamic properties, from gas phaseactinide reactions, 4080
Therocene, cerocene v., 1947THF. See TetrahydrofuranThiobacillus ferrooxidans, for uranium ore
leaching, 306Thiocyanateof actinide elements, 1796for americium purification, 1291of californium, 1550t–1553t, 1554complexes of, 2580, 2581tfor curium separation, 1409of neptunium, equilibrium constants for,
773tof uranium, 602, 603t
Thiolate complexes, of cyclopentadienyl,2836–2837
ThO2-PuO2. See Thorium dioxide-plutoniumdioxide system
ThO2-UO2. See Thorium dioxide-uraniumdioxide system
THOREX process, 115for actinide production, 2733–2736campaigns of, 2735extractants for, 2736historical development of, 2733–2734plutonium recovery, 2745solvent extraction cycles of, 2735thorium, uranium, and plutonium
separation in, 2736uranium–238 in, 2735–2736
Thoria. See Thorium dioxideThorian uraninite, thorium from, 55Thorianite, 3485
thorium from, 55Thoritenatural occurrence of, 275–276thorium from, 52, 55
Thoriumactinium separation from, 38adsorption of, 3542adsorption of, silicates, 3152–3154, 3152tatomic spectroscopy of, 59–60binary actinide chalcogenides of, 4006tbioassociation of, 3630biosorption of, 2669
in californium metal production, 1517californium separation with, 1513chemical toxicity of, 3611–3612complexes ofansa-organoactinide, 2935–2937on bentonite, 3157–3158cyclopentadienyl, 2803, 2804fmono-cyclopentadienyl, 2482–2485,
2484t, 2486f–2487fon montmorillonite, 3156–3157pentamethyl-cyclopentadienyl, 2913,
2914f, 2916–2917, 2917fporphyrins and phthalocyanines, 2464t,
2465–2466, 2466f–2467ftetrakis-cyclopentadienyl, 2814–2815tris-cyclopentadienyl, 2470–2481,
2472t–2473t, 2478f, 2479t–2480t,2481f–2482f
compounds of, 64–117acetates, 114acetylacetonates, 115arsenates, 113borates, 113borides, 66–70, 71t–73t, 74fcarbides, 66–70, 71t–73t, 74fcarbonates, 108–109carboxylates and related salts, 113–114chalcogenides, 75t, 95–97chromates, 112complex anions, 101–114, 102t–103tcoordination, 114–115cyclopentadienyl anion in, 116formates, 114germates, 113halides, 78–94hydrides, 64–66, 66thydroxides, 70, 75–77, 75tmolybdates, 111–112nitrates, 106–108, 107forganothorium, 116–117other oxometallates, 113oxalates, 114oxides, 70, 75–77, 75t, 1070, 1971perchlorates, 101, 102t–103tperoxides, 70, 75–77, 75tperrhenates, 113phosphates, 109–110pnictides, 97–101, 98t, 99fselenides, 75t, 96–97silicates, 113silicides, 66–70, 71t–73t, 74fsulfates, 101–106, 102t–103t, 104fsulfides, 75t, 95–96tantalates, 113tellurides, 75t, 96–97titanates, 113tungstates, 113vanadates, 110, 111f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-133
decay of. See Thorium decay seriesd transition elements v., 2for electricity generation, 3475electronic structure of, 1869, 1870textraction with TTA, 1701fuel cycle of, 3562, 3564fhistory of, 3, 52–53, 254humic substance complexation with, 3535,
3537fhydrocarbon reactions with, 4126–4131,
4129fionization potentials of, 59–60, 1874tisotopes of, 53–55, 54t–55tmass spectrometric methods for, 231metallic state of, 60–63alloys of, 63chemical reactivity, 63magnetic susceptibility of, 61–63physical properties of, 61, 62tpreparation of, 60–61structure of, 2385
in molten-salt fuels, 3794–3797natural availability of, 3479natural occurrence of, 55–56, 56t, 1755,
1804nuclear properties of, 53–55, 54t–55tore processing and separation of, 56–59from monazite, 56–58problems with, 58from uraninite or uranothorianite, 58
organic and inorganic molecule reactivitywith, 4138–4139
oxidant reactions with, 4131–4136,4136t–4138t
oxidation states of, 2526, 3509, 3511, 3513t,3603, 3603t
in aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
for plutonium precipitation, 3914pyrochemical methods formolten chlorides, 2694–2695molten fluorides, 2701
quaternary chalcogenide compounds of,4047t
reduction potentials of, 1778, 1779f,2127–2131, 2130f–2131f
rutherfordium extraction with, 1697–1699solution chemistry of, 117–134analytical chemistry of, 133–134complexation, 129–133, 130thydrolysis behavior, 119–120, 121t, 122fredox properties, 117–118solubility, 122–128, 124t, 125t, 127fthorium (IV) structure, 118thorium (IV) thermodynamics, 118–119,
119tsources of, 3483–3486, 3485tsuperconductivity of, 1789
thermodynamic properties ofenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543tGibbs formation energy of hydrated ion,
2539, 2540theat capacity of, 2119t–2120t, 2121fsublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fTh2ASe6, 4036Th2CuTe6, 4036ThI2Te2, 4027, 4028fThMnTe3, 4025ThMQ compounds, 4021t–4022tTh3P4 structure type, 4008–4009ThP2S6, 4029, 4030fTh2S3, 4009, 4010fTh2S5, 4015, 4017fTh2SrSe5, 4033, 4035fThTe3, 4015UO2 solid solutions with
oxygen potentials of, 394, 395tproperties of, 390, 391t–392t
uranium separation from, 2734–2735Thorium (II), electron configurations of,
2018–2019, 2018fThorium (III)ground state of, 2240–2241magnetic properties of, 2240–2247
Thorium (IV)calculations on, 1991–1992carboxylates, EXAFS investigations of,
3137–3140, 3147t–3150tcoordination numbers, analysis of, 586–588detection of
limits to, 3071tNMR, 3033RBS, 3063–3064, 3064fVOL, 3061
hydration of, 2530–2531hydrolytic behavior of, 2547–2551, 2549tmagnetic properties of, 2239–2240in mammalian tissues
circulation clearance of, 3368–3369,3368f–3375f, 3376
erythrocytes association with, 3366–3367glycoproteins, 3410–3411, 3411tinitial distribution, 3342t–3343t,
3350–3351transferrin binding to, 3364–3365
polymerization of, 1778–1781separation of, SFE for, 2682speciation of, 3103–3105, 3103t, 3129,
3136–3137structure of, 118thermodynamics of, 118–119, 119t
Thorium-227from actinium227, 20
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-134
detection ofαS, 3029RNAA, 3306, 3307
nuclear properties for, 3274t, 3275t, 3298tsynthesis of, 53
Thorium-228detection of
αS, 3293, 3294PERALS, 3066, 3067f
nuclear properties for, 3274t, 3275t, 3290t,3298t
purification of, gram quantities of, 3233synthesis of, 53, 54t
Thorium-229actinium225 from, 28detection of
AMS, 3062, 3063, 3318NMR, 3033
nuclear properties for, 3274t, 3275t, 3290tsynthesis of, 53
Thorium-230dating with protactinium231, and, 170–171detection of
AMS, 3062–3063, 3318–3319ICPMS, 3327limits to, 3071tNAA, 3055–3057, 3056t, 3058fPERALS, 3066, 3067fRIMS, 3322TIMS, 3314
extraction of, 175–176nuclear properties for, 3274t–3275t, 3290t,
3298tprotactinium231 from, 1756synthesis of, 53in uranium-thorium dating method, 3481
Thorium-231protactinium231 from, 164, 166fseparation of, 163synthesis of, 53
Thorium-232actinium228 from, 24decay of. See Thorium decay seriesdetection of
αS, 3293, 3294γS, 3027, 3028, 3028f, 3300, 3302, 3301fICPMS, 3327INAA, 3304, 3305limits to, 3071tMBAS, 3043MBES, 3028NAA, 3055, 3057, 3056t, 3058fPERALS, 3066, 3067fRIMS, 3322RNAA, 3306, 3307TIMS, 3314
half-life of, 3481natural occurrence of, 3273, 3276
for nuclear energy, 53nuclear properties of, 3274t, 3275t, 3290tfrom ores, 53protactinium233 from, 187–188after thermal-neutron irradiation, 167, 169turanium232 from, 256uranium233 separation from, 256
Thorium-233, nuclear properties for, 3274t,3275t
Thorium-234nuclear properties of, 3274t, 3275twith protactinium234, 186, 187synthesis of, 53
Thorium borides, structural chemistry of,2406t, 2407–2408
Thorium carbideentropy of, 2196, 2197tformation enthalpy of, 2195–2196, 2197thigh-temperature properties of, 2198,
2198f, 2199tThorium carbide oxide
electronic structure of, 1982, 1983fenergy curve for, 1981, 1982fformation of, 1980interesting compounds of, 1982–1984, 1984turanium v., 1980–1981
Thorium carbonates, structural chemistry of,2426–2427, 2427t
Thorium carbonyl, 1985–1987, 1987fenergy levels of, 1986, 1987fground state of, 1986, 1988fscalar-relativistic methods for, 1985–1986
Thorium chalcogenides, structural chemistryof, 2409–2414, 2412t–2413t
Thorium dicarbide, structural chemistry of,2406t, 2408
Thorium dihydride, structure of, 2402Thorium diiodide, structure of, 2415Thorium dioxide
bent structure of, 1976as catalyst, 76Dirac-Hartree-Fock calculations on,
1917–1918double salt of, 77enthalpy of formation, 2136–2137, 2137t,
2138fentropy of, 2137–2138EPR of, 2265in gas-phase, 2147–2148, 2148theat capacity of, 2138–2141, 2139f, 2142t,
2272–2273, 2273finfrared spectroscopy of, 1971production of, 75–76properties of, 70, 75structure of, 2390
Thorium dioxide-plutonium dioxide system(ThO2-PuO2), 3705–3706fabrication of, 3716
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-135
oxygen potential of, 3706, 3707fphase diagram of, 3705–3706, 3706fthermal properties of, 3706, 3707t
Thorium dioxide-uranium dioxide system(ThO2-UO2), 3705–3706fabrication of, 3716oxygen potential of, 3706, 3707fphase diagram of, 3705–3706, 3706fthermal properties of, 3706, 3707t
Thorium decay series, 3480–3481, 3480factinide production in, 3820, 3821fnatural actinide production from, 3479
Thorium extraction process. See THOREXprocess
Thorium hydridesentropy of, 2188, 2189tformation enthalpy of, 2187–2188, 2187t,
2189t, 2190fhigh-temperature properties of, 2188–2190,
2190tstructure of, 2402
Thorium hydroxides, 76, 4113, 4114t–4116t,4116–4117
Thorium iodates, 4163, 4163f–4164fThorium monoxidedissociative energy of, 2149–2150, 2150fin gas-phase, 2148, 2148tstructure of, 2390
Thorium nitrates, structural chemistry of,2428–2430, 2429f
Thorium nitrideenthalpy of formation of, 2197t, 2200–2201entropy of, 2197t, 2201–2202high-temperature properties of, 2199t,
2202Thorium oxides, structure of, 2390Thorium organometallic complexes,
4118–4121Thorium oxide, spectra and theoretical
calculations for, 4082–4088, 4084t,4086f, 4087t
Thorium oxyhalides, structural chemistryof, 2421, 2422t, 2423, 2424t–2426t
Thorium peroxide, 76–77for plutonium precipitation, 3914
Thorium phosphate diphosphate, 3871Thorium phosphates, structural chemistry
of, 2430–2433, 2431t–2432tThorium pnictides, structure of, 2409–2414,
2410t–2411tThorium polyhydrides, 4114t–4116t, 4117Thorium series (4n), 23factinium–228 in, 20, 23fthorium–228 in, 53–55, 54t–55t
Thorium silicides, structural chemistryof, 2406t, 2408
Thorium sulfates, structural chemistryof, 2433–2436, 2434t
Thorium tetrabromidepolynary, 93–94, 94f–95fproperties of, 78t, 81f, 82synthesis of, 81–82
Thorium tetrachloridepolynary, 93properties of, 78t, 80–81, 81fsynthesis of, 80
Thorium tetrafluoridephases of, 84–86, 85f, 86tpolynary, 92–93, 92fproperties of, 78t, 79–80, 79fsynthesis of, 78–79
Thorium tetrahalidesstructural chemistry of, 2416, 2418tvibrational and electronic spectroscopy
of, 4110–4113, 4111fThorium tetraiodidepolynary, 94properties of, 78t, 83–84, 83fstructure of, 83f, 84synthesis of, 82–83
Thorium trihalides, structural chemistryof, 2416, 2417t
Thorium-uranium fuel cycleoverview of, 2733–2734uranium–233 for, 2734
Thornasite, structural data for, 113Thoroceneelectronic transitions in, 1951–1952HOMO of, 1946preparation of, 116properties of, 116, 1946–1948structure of, 1943–1944, 1944t, 1945f,
2486, 2488tThree Mile Island, accidental release from,
3494, 3671Thule, 3551–3552Time-dependent density functional theory
(TD-DFT), for excited-state energies,1910
Time-of-flight mass spectrometry, pulsed laserablation with, 4081
Time-resolved laser fluorescence (TRLF)of curium (III), 2534for environmental actinides, 3034t, 3037,
3038fwater molecules in hydration sphere with,
2536–2537, 2537fTIMS. See Thermal ionization mass
spectrometryTinprotactinium separation from, 179thermodynamic properties of actinide
compounds with, 2206–2208,2206t–2207t
with thorium sulfates, 105uranium compounds with, 407
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-136
TIOA. See TriisooctylamineTIP. See Temperature-independent
paramagnetismTissue deposition kinetics, 3387–3395in mice, 3388–3395, 3389f–3392f, 3394tin rats, 3387–3388summary, 3395
Titanatesof thorium, 113of uranium, uranium (IV), 277–280
Titanite, thorium in, 56tTitanium dioxide, for plutonium separation,
3924Titanium, protactinium separation from, 179Titremetry, 3934–3936for plutonium analysis, 3936–3938
TLA process, for actinide production,2731–2732
TLA. See TrilaurylamineTnOA. See Tri-n-octylamineTOA. See TrioctylamineTODGA. See N,N,N0,N0-Tetraoctyl–
3-oxapentane–1,5-diamideTOM. See X-ray tomographyTOPO. See Tri-n-octylphosphine oxideTorberniteat Oklo, Gabon, 271–272uranium in, 259t–269t
Toxicityof actinide elements, 1765of plutonium
chemical v. radio, 1820toxicity–239, 1820
of protactinium, 188of transuranium elements, 12
Toxicology, of actinide elements, 1818–1825ingestion and inhalation, 1818–1820plutonium acute toxicity, 1820–1821plutonium long-term effects, 1821–1822removal of, 1822–1825
TPEN. See N,N,N0,N0-Tetrakis(2-pyridyl-methyl)ethylenediamine
TPPO. See Triphenylphosphine oxideTPTZ. See TripyridyltriazeneTrace analysis, 3273–3330atomic spectrometric techniques,
3307–3309fluorometry, 3308phosphorimetry, 3309
chemical procedures, 3278–3288chemical separation, 3281–3288sample decomposition, 3278–3281
introduction, 3273–3277mass spectrometric techniques, 3309–3328
accelerator, 3315–3319inductively coupled plasma, 3322–3328resonant ionization, 3319–3322thermal ionization, 3311–3315
nuclear techniques, 3288–3307alpha spectrometry, 3289–3296FTA applications, 3307gamma spectrometry, 3296–3302neutron activation analysis, 3302–3307
summary, 3328–3329Tracer methods
for actinide element study, 11, 1765–1766with actinium–228, 24–25for berkelium study, 1444for californium study, 1501, 1549,
1561–1562for nobelium study, 1639–1640for transfermium element study, 1622for uranium, 256
Tracer solution, plutonium preparation of,3907–3911
Track annealing phase, of fission spike,3681
TRAMEX process, for actinide/lanthanideseparation, 2758–2759, 2759f
Transactinide chemistryhistory of, 2one-atom-at-a-time, 3
Transactinide elements, 1652–1739,1753–1830
atomic properties of, 1672–1676electronic structures of, 1672–1673,
1672tionic radii and polarizability, 1674f,
1675–1676, 1676toxidation state stabilities and IPs,
1673–1675, 1673t, 1674f–1675fBerkeley v. Dubna claims to, 1659–1660biological behavior, 1813–1818bioremediation, 1817–1818in body fluids, 1814–1815bone uptake, 1817general considerations, 1813–1814liver uptake, 1815–1816
chemical properties ofbohrium, 1711–1712dubnium, 1703–1706hassium, 1712–1715measured v. predicted, 1715–1717measurements, 1690–1721, 1691tmeitnerium through element 112,
1717–1721predictions, 1672–1689rutherfordium, 1690–1702seaborgium, 1706–1711
electronic structures of, 1770–1773,1894–1897, 1896f–1897f,1896t–1897t
general considerations, 1770periodic table position, 1773, 1774fspectroscopic studies, 1770–1771structure, 1771–1773, 1772t, 1773f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-137
elements beyond 112, 1722–1739electronic structure and chemical
property predictions, 1722–1734elements 113–115, 1723–1728elements 116–118, 1728–1729elements 119–121, 1729–1731experimental studies of, 1734–1739superactinide elements, 1731–1734
environmental aspects of, 1803–1813in hydrosphere, 1807–1810man-made, 1805–1807of natural origin, 1804–1805nuclear waste disposal, 1811–1813overview of, 1803sorption and mobility, 1810–1811
experimental techniques for, 1764–1769column partition chromatography, 1769hazards, 1764–1765ion-exchange chromatography,
1767–1768, 1768fliquid-liquid extraction, 1768–1769long-lived nuclides, 1765–1766tracer techniques, 1766ultramicrochemical manipulation, 1767
f orbital in, 1894–1895, 1896f, 1896tgas-phase compounds of, 1676–1685electronic structures, 1676–1684,
1677f–1678f, 1680t–1681t, 1682fvolatility predictions, 1684–1685
ground state configuration of, 1895, 1897tidentification of, 1659introduction to, 1652–1661, 1753–1755actinide concept, 1754–1755discoveries of, 1653scope, 1753–1754
metallic state, 1784–1790crystal structure, 1785–1787, 1786telectronic structures, 1788–1789, 1789fpolymorphic transformation, 1787preparation, 1784–1785properties of, 1786tsuperconductivity, 1789–1790
nuclear properties of, 1655t–1656t, 1661one-atom-at-a-time chemistry, 1661–1666challenges, 1661–1662chemical procedures, 1662–1666production methods and facilities
required, 1662, 1662toverview of, 2–3, 2foxidation states of, 1762–1763, 1774–1784complex-ion formation, 1782–1784hydrolysis and polymerization,
1778–1782ion types, 1777–1778, 1777t, 1779f,
1780tions in aqueous solution, 1774–1776,
1775tperiodic table with, 1654, 1654f
practical applications, 1825–1829medical and other, 1828–1829neutron sources, 1827–1828nuclear power, 1826–1827
relativistic effects on chemical properties,1666–1671
atomic electronic shells, 1666–1669quantum-chemical methods, 1669–1671
solid compounds, 1790–1803binary, 1790, 1791t–1795tcrystal structure and ionic radii, 1798,
1799tintroductory remarks, 1790organoactinide, 1800–1803other, 1796oxides and nonstoichiometric systems,
1796–1798solution chemistry of, 1685–1689
complexation, 1687–1689hydrolysis, 1686–1687, 1687tredox potentials, 1685–1686, 1685f–1686f
sources of, 1755–1763atomic weights, 1763heavy-ion bombardment, 1761–1763natural, 1755–1756neutron irradiation, 1756–1761
toxicology, 1818–1825ingestion and inhalation, 1818–1820plutonium acute toxicity, 1820–1821plutonium long-term effects, 1821–1822removal of, 1822–1825
Transcalifornium elements, californium–252for, 1505
Transcurium elementsberkelium separation from, 1449californium separation from, 1511einsteinium separation from, 1584–1585production of, 9pyrochemical methods for, molten
chlorides, 2700Transfermium elementsisolation and characterization of, 9–10overview of, 1621–1622oxidation states of, 1762–1763synthesis of, 12–13
Transfermium Working Group (TWG),transactinide element claims and,1660–1661
Transferrinactinide binding by, 3364–3366actinide distribution with, 3363–3364foreign metal ion binding to, 3364, 3365ffunction of, 3363–3364plutonium bonding to, 1814–1815, 1817structure of, 3363uranium (IV) bonding to, 631
Transition Edge Sensors (TES), for gammaraycounting, 3964
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-138
Transition metalsatomic volumes of, 922–923, 923fcharacteristics of actinide compounds,
2333–2334thermodynamic properties of, 2208–2211
enthalpies of formation, 2206t,2208–2210, 2210f
heat capacity and entropy, 2206t,2210–2211
high-temperature properties, 2207t,2208f, 2211
in uranium intermetallic compounds, 325uranium oxides with, 383–389, 384t–387t
crystal structures of, 388–389preparative methods of, 383, 388properties of, 384t–387t
Wigner-Seitz radius of, 2310–2312, 2311fTransmission electron microscopy (TEM),
3938–3939for actinide element detection, 11for electronic structure, 1770forensics investigations with, 3984–3985,
3985f, 3986fof Koongarra deposit, 273for plutonium study, 964
of radiogenic helium, 986sample preparation for, 3940, 3941f
Transmutationproducts, of plutonium–239, 984–985, 985fof SNF, 1811–1812targets, 3798–3801, 3799f
Transplutonium elementsavailability of, 1501californium separation of, 1511cohesion properties of, 2370–2371fermium separation of, 1625generation of, 3489–3490, 3489fhigh-flux nuclear reactors for, production, 9isolation and characterization of, 9lanthanides v., 1578metals of, 1590
Transuranic (TRU) waste, 3565disposal of, 3568storage of, 3816, 3818
Transuranium elementslist of, 5t–7tperiodic table and, 10production of, 1759–1760, 1759f–1760frecovery of, 1407–1408released into atmosphere, 1807, 1808tsources of, 3489–3490, 3489fsynthesis of, 4toxicity of, 12
Transuranium extraction. See TRUEXprocess
Transuranium phosphonate, 4165Trialkyl-phosphates, extraction with, 2666Trialkyl-phosphinates, extraction with, 2666
Trialkyl-phosphine oxides (TRPO)actinide extraction with, 2752–2753flow sheet for, 2753, 2754fin nitric acid, 2752–2753overview of, 2752studies of, 2753suitability of, 2753, 2754t
americium extraction with, 1274–1275extractant comparison with, 2763–2764,
2763textraction with, 2666neptunium extraction with, 713
Trialkyl-phosphonates, extraction with,2666
Tribromides, structural chemistry of, 2416,2417t
Tricastin, actinide release from, 3498t, 3502Trichlorides, structural chemistry of, 2416,
2417tTri–2-ethylhexyl phosphate (TEHP), for
THOREX process, 2736Trifluorides
complexes of, 2578structural chemistry of, 2416, 2417t
Trifluoroacetylacetone (TAA), SFEseparation with, 2680
Trihalidesstructural chemistry of, 2416, 2417tthermodynamic properties of, 2169–2178gaseous, 2177–2178solid, 2169–2177
Trihydroxides, thermodynamic properties of,2190–2192
enthalpy of formation, 2190–2191, 2191tentropy, 2191, 2191tsolubility products, 2191–2192, 2194t
Triiodides, structural chemistry of, 2416,2417t
Triisooctylamine (TIOA)dubnium extraction with, 1704–1705rutherfordium extraction with, 1695separation with, 2648, 2648t
Trilaurylamine (TLA)in TLA process, 2731–2732for plutonium extraction, 3922
Tri(n-butyl)phosphate (TBP)for actinide extraction, 1769actinium extraction with, 29, 31–32americium extraction with, 1271–1274berkelium extraction with, 1449complexes with, californium, 1554curium extraction with, curium–244, 1401neptunium extraction with, 707, 710,
712–713, 795for plutonium extraction, 841–844for plutonium production, 3894–3895,
3917–3920in PUREX process, 2732–2733
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-139
rutherfordium extraction with, 1695–1699separation with, 2646, 2647f, 2650,
2680–2682in synergistic systems, 2661–2663,
2662fin solvating extraction system, 2653
for THOREX process, 2736, 2748–2749thorium extraction with, 57nitrate, 107
for uranium extraction, 314–315, 315furanium (VI), 3282in waste effluents, 3507–3508
Tri(n-butyl)phosphine oxide (TBPO), forplutonium extraction, 3919
Triphenylarsine oxide, protactiniumextraction with, 184
Triphenylphosphine oxide (TPPO),protactinium extraction with, 184
Tripyridyltriazene (TPTZ), americumextraction with, 1286–1287,2673–2675, 2674t
Tri-n-octylamine (TnOA)actinium extraction with, 30neptunium extraction with, 709, 783, 784fin chelate chromatography, 715
nobelium extraction with, 1640for plutonium extraction, 3922
Tri-n-octylphosphine oxide (TOPO)californium extraction with, 1512neptunium extraction with, 705–706,
707f, 795for plutonium extraction, 3919protactinium extraction with, 175, 184separation with, 2661, 2681
Trioctylamine (TOA), protactiniumextraction with, 185
Trioctylphosphine oxideactinium extraction with, 29–30curium separation with, 1433–1434mendelevium extraction with, 1635
Tris(amidoamine) complexes, 2886–2888electronic structure of, 2888formation of, 2886–2887overview of, 2886–2887reduction of, 2887structure of, 2887–2888, 2888f
Tris(carbonato) complex, uranyl (VI),3131–3132
Tris-cyclopentadienyl complexesof actinides, 2800–2801, 2801tstructural chemistry of, 2470–2476,
2472t–2473t, 2474f–2475f, 2477fof uranium and neodymium, 2259, 2259t
TRISO particles. See Tristructural isotropicparticles
Tristructural isotropic (TRISO) particles,3782–3783, 3783f
kernel migration in, 3788, 3788f
Trivalent Actinide Lanthanide Separation byPhophorus reagent Extraction fromAqueous Komplexes. See TALSPEAKprocess
TRLF. See Time-resolved laser fluorescenceTropolones, of actinide elements, 1783–1784TRPO. See Trialkyl-phosphine oxidesTRUEX process, 3562for actinide extraction, 1275, 1281–1283,
1282t, 1769, 2739for americium extraction, 1286development of, 2652, 2655DΦDBuCMPO in, 1283, 2739flow sheet
at BARC, 2746fof chloride wastes, 2742fat JNC, 2744fin PFP, 2741f
HLW and simulants demonstrations,2740–2745
for neptunium extraction, 713numerical simulation code for, 2743solvent in
actinide stripping from, 2746–2747degradation, cleanup, and reusability of,
2747–2748for extraction chromatography,
2748–2749magnetically assisted chemical separa-
tion, 2750–2752in SLM separation, 2749–2750, 2749f
UNEX process, 2739–2740TRU•SpecCMPO in, 3284for separation, 3284–3285
TRU waste. See Transuranic wasteTTA. See ThenoyltrifluoroacetoneTuff, for nuclear waste disposal, 3568Tuliokite, 109Tumor radiotherapy, actinium for, 43–44Tungstatesof americium, 1321in pyrochemical methods, 2703–2704of thorium, 113of uranium, 267t–268t, 301
Tungstenin curium metal production, 1411–1412seaborgium v., 1706–1707
TWG. See Transfermium Working GroupTyuyamunite, 3484UBe13properties of, 2342–2343, 2343fSIM for, 2344superconductivity of, 2351
UIr3de Haas-van Alphen frequencies of, 2334,
2335fDOS of, 2338, 2338f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-140
Fermi surface measurements in, 2334PES of, 2336–2339, 2337f
UKAEA. See United Kingdom AtomicEnergy Authority
Ulrichtite, uranophane structure in, 295Ultracentrifugation, for actinide speciation,
3069Ultramicrochemical manipulation, of actinide
elements, 1767Ultramicrochemical methods, for actinide
element study, 11Ultrasonic nebulizers, for ICPMS, 3323Ultraviolet photoelectron spectroscopy (UPS)for environmental actinides, 3044t, 3045neptunium characterization with, 795
Ultraviolet spectroscopy (UVS)for environmental actinides, 3034t, 3037overview of, 2014
Umohoiteiriginite transformation of, 299, 300furanium molybdates in, 299
UMQ compounds, 4021t–4022tUMTRA. See Uranium Mill Tailings
Remedial ActionUnderground tests, of nuclear weapons, 3493UNiAlHy, 338–339UNILAC. See Universal Linear AcceleratorUnited Kingdom Atomic Energy Authority
(UKAEA), protactinium from,163–164, 173, 173t
United Kingdom, radioactive wastemanagement in, 3570
United States, radioactive waste managementin, 3570–3571, 3570f
Universal Linear Accelerator (UNILAC), forseaborgium study, 1707–1709
Ununbium. See Element 112UO2-Gd2O3. See Uranium dioxide-gadolinia
systemUO2-PuO2-AnO2. See Uranium-plutonium-
minor actinides-oxide systemUO2-PuO2. See Uranium dioxide-plutonium
dioxide systemUPS. See Ultraviolet photoelectron
spectroscopyUPt3, superconductivity of, 2351Uraninite, 3482, 3484, 3519binary actinide chalcogenides of, 4006t
Uraniumadsorption of, 3538, 3542–3544bacteria interaction with, 3546–3548, 3548fbioassociation of, 3630bioreduction of, 3622–3623, 3651
mathematical modeling of, 3639carbonates of, 3525–3526, 3525f, 3538chemical toxicity of, 3611–3613, 3613fdeposits of, 3482–3483, 3482fdiffusion coefficients of, 3685
for electricity generation, 3475enrichment of, 3488–3489fuel cycle of, 3562, 3564fradiotoxicity of, 3490, 3564f
gas-phase chemistry studies of, 4123–4125glass compositions with, valence states of,
3845–3846humic substance complexation with, 3534,
3535fhydrocarbon reactions with, 4125–4131,
4129fhydrogen peroxide complexation of, 3528hydrolysis of, 3524–3525, 3524fhydrothermal redox reactions of, 4160microorganism interaction with, 3596–3597mixed chalcogenides of, 4013natural availability of, 3479as nuclear fuel, 3666–3667, 3774–3775, 3775fhistory of, 3668–3673
in nuclear powered satellites, 3490–3491in nuclear weapons, 3492–3493organic and inorganic molecule reactivity
with, 4136–4139oxidant reactions with, 4131–4136,
4136t–4138toxidation states of, 3509–3511, 3511f,
3513t, 3603, 3603tphosphate complexation of, 3527processing of, 3500–3502processing plant release of, 3496–3502,
3498t, 3503fproduction of, 3500quaternary chalcogenide compounds of,
4046tradiolysis of, 3515secondary solid phases formation,
3518–3520, 3518f, 3519fsilicate complexation of, 3527sources of, 3483–3484, 3485tmining, 3486–3488
in spent nuclear fuel, 3490UCrS3, 4025, 4025fUCrSe3, 4025U6Cu2S13, 4043, 4043fU3Cu2Q7, 4040–4042, 4041fUFeS3, 4026fUGeS, 4023UGeSe, 4023UGeTe, 4023U3Ge0.7Te5, 4039, 4040fUMnSe3, 4025U6M2Q15.5, 4043, 4044fU8MQ17, 4043–4044UNSe, 4020U2Cu0.78Te6, 4036U2N2Se, 4038U2N2Te, 4038–4039(UO)2ErS3, 4054–4056, 4056f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-141
UOSe, 4023(UOS)4LuS, 4054–4056, 4056fU2O2Te, 4038U4O4Te3, 4042, 4042fU2PbSe5, 4033, 4035fU2PdS4, 4031–4032, 4033fUPd2S4, 4029, 4029fUPd3S4, 4029, 4030fUPdSe3, 4025, 4026fU2S3, 4009UPS, 4020UQ2, 4012–4015, 4014fUQ3, 4016, 4018U3Q5, 4014U3Q5 structure, 4033U3Q5, 4014U3Q5 structure, 4033US, 4008US2, 4008, 4012–4014, 4014fUS2–x, 4012US3, 4015U3S5, 4010–4011, 4011fU4S3, 4007, 4007fU8ScQ17, 4040UScS3, 4040U3ScS6, 4040, 4041fUSe2, 4013–4014, 4013fUSe2–xTex, 4013USe3, 4015, 4017–4018, 4019fU3Se4, 4008–4009, 4009fUSeTe, 4013U3Sn0.5Te5, 4039USSe, 4013USTe, 4013UTe1.87, 4012, 4012fUTe2, 4015, 4015f, 4036, 4036fU2Te5, 4015, 4016fU2.87Te4, 4009UTe3, 4016, 4017fUTe5, 4018, 4019fU7Te12, 4011–4012, 4011fUVS3, 4025
Uraninitecomposition of, 274impurities in, 274–275at Koongarra deposit, 273at Oklo, Gabon, 271–272oxidation states in, 274–275at Pena Blanca, Chichuhua District,
Mexico, 272–273thorium in, 58uranium in, 259t, 274–275
Uranium (IV), fluorides, 4164, 4164fUranium, 253–639actinium separation from, 30adsorption ofphosphates, 3169–3171silicates, 3152t, 3154–3155
allotropes ofα-phase, 320–326, 328–339, 344β-phase, 321–323, 325–326, 328–339, 344,
347γ-phase, 321–323, 347
analytical chemistry of, 631–639chemical techniques for, 631–635nuclear techniques for, 635–636spectrometric techniques for, 636–639
in aragonite, strontium v., 3162–3163bioassay of, αS, 3293biochemistry of, 630–631in biological systems
in bone, 1817health hazard of, 1814in liver, 1815–1816in organs, 1815
biosorption of, 2669chemical bonding of, 575–578
U (III) and U (IV), 575–576UF5 and UF6 compounds, 576–577uranyl (V) and uranyl (VI) compounds,
577–578, 577fcomplexes of
ansa-organoactinide, 2919–2920, 2920fcycloheptatrienyl, 2253–2254cyclopentadienyl, 1953–1954pentamethyl-cyclopentadienyl,
2913–2917, 2915ftetrakis-cyclopentadienyl, 2814–2815tris-cyclopentadienyl, 2470–2482,
2472t–2473t, 2474f–2475f, 2477f,2478f, 2479t–2480t, 2483f, 2804–2806,2805f, 2807f
compounds of, 328–575antimonides, 411–412arsenates, 265t–266t, 293–297arsenides, 411–412azide, 602, 603tbismuthides, 411–412borides, 398–399, 399f, 401t–402tbromides, 453–454, 494–497, 526–528calcites, 289–291, 3160carbides, 399–405, 401t–402t, 403f–404fcarbonates, 261t–263t, 289–291chalcogenides, 412–420, 414t–417tchlorides, 446–448, 490–493, 522–526,
567corrosion kinetics of, 3239–3246dioxide dichloride, 567–570dolomite, 3160fluorides, 444–446, 484–489, 518–521,
557–564germanium, 407halides, 420–575Hill plot for, 2331–2333, 2332fhistory of, 328hydrides, 328–339
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-142
hydroxides, 259tiodides, 454–455, 497–499, 574lead, 407molybdates, 266t, 275, 299–301niobates, 277–280nitride bromides, 497, 500nitride chlorides, 500nitride fluorides, 489–490nitride iodides, 499–500nonstoichiometric, 1797orthosilicates, 261t, 275–276oxide bromides, 497, 527–528, 571–574oxide chlorides, 524–525oxide fluorides, 489–490, 564–567oxide halides, 456oxide iodides, 499oxides, 253–254, 259t, 339–398,
1070–1077oxobromides, 528oxochlorides, 525–526oxychlorides, 494oxyhydroxides, 259t–260t, 287perchlorates, 494, 570–571peroxides, 259t, 288–289phosphates, 263t–265t, 275, 293–297phosphides, 411–412pnictides, 407–412, 408t–409tselenides, 414t–417t, 418–420, 420fselenites, 268t, 298–299silicates, 260t–261t, 276–277, 292–293silicides, 405–407, 406fsulfates, 291–292sulfides, 413, 413f, 414t–417ttantalates, 277–280tellurides, 414t–417t, 418–420, 420ftellurites, 268t, 298–299thiocyanate, 602, 603ttin, 407titanates, 277–280tungstates, 267t–268t, 301vanadates, 266t–267t, 297–298on zeolites, 301–302
decay of, 21fd transition elements v., 2enrichment of, 557, 632extraction of, 175, 270–271, 632–633
DDP, 2705–2706Purex process for, 710–712, 710f
free atom and ion properties, 318Gibbs formation energy of hydrated ion,
2539, 2540thazards of, 3200heat capacity of, 2119t–2120t, 2121fhistory of, 3–4, 8, 253–255
discovery of, 253–254fission of, 255properties of, 254–255uses of, 254
hydrogen reaction with, 3239–3242, 3240f,3241t
ionization potentials of, 1874tisotope enrichment of, 2628–2629isotopes of, 4, 8–10, 255–257, 256t, 258tnatural, 255–256, 256t, 258tnuclear properties of, 259t–269tsynthetic, 256–257, 258t
ligand substitution reactions, 606–624intramolecular mechanisms of,
611t–612t, 617–618, 617f–619fisotopic exchange, 621–622mechanisms of, 608–610in non-aqueous system rates and
mechanisms, 618–619, 620torganic and inorganic rates and
mechanisms of, 611t–612t, 614–617overview of, 606–607oxygen exchange in uranyl (VI) and uranyl
(V) complexes, 619–621rates and mechanisms of, 607–608, 609t,
611t–612tredox rate and mechanisms, 622–624,
623fwater exchange in uranyl (VI) and
uranium (IV) complexes, 611t–612t, 614water exchange rates and mechanisms,
610–614, 613f–614fmagnetic properties of, 2354–2357intermetallic compounds, 2357–2360
metallic state of, 318–328band structure, 2318, 2318fchemical properties of, 327–328, 327tcorrosion kinetics of, 3239–3246crystal structure of, 320–321, 321felectrical properties, 324, 324f, 324tgeneral properties of, 321–323, 322thydrogen solubility in, 330f, 331–332intermetallic compounds and alloys,
325–326, 325tmagnetic susceptibility, 323–324physical properties of, 320–321, 321fpreparation of, 318–324, 320fsafe storage, 3262structure of, 2385from uranium tetrachloride, 491
metal-metal bonding, 1993–1994, 1995fMO levels of, molecules, 1969–1970, 1970fnatural occurrence of, 170, 255, 257–302,
1755, 1804mineralogy, 257, 259t–269t, 270–273oxidation states of, 257phases of, 280–302reduced phases, 274–280sorption of, 257
neptunium–237 production from, 701nuclear properties of, 255–257of uranium isotopes, 259t–269t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-143
occurrence in nature of, 162ore processing and separation, 302–317complexities of, 302–303high-purity product refinement, 314–317,
315f–316f, 317tmethods of, 302pre-concentration, 303–304recovery from leach solutions, 309–317roasting or calcination, 304
organometallic chemistry of, 630–631oxidation of, self-sustained, 3245–3246oxidation states of, 257, 276–277, 328,
1914–1915, 2526in aqueous solution, 1774–1776, 1775tion types, 1777–1778, 1777t
plutonium andδ-phase plutonium influence of, 985oxidation and reduction, 1136–1137from plutonium decay, 985, 985f
production ofREDOX process, 2730–2731TLA process, 2731–2732
protactinium separation from, 180, 180f, 183pyrochemical methods formolten chlorides, 2695–2696, 2697fmolten fluorides, 2701processing for, 2702
quadropole moments of, 1884, 1884fredox speciation for, 3100–3103,
3101t–3102treduction potentials of, 1778, 1779f,
2127–2131, 2130f–2131f, 2525, 2525fin RTILs, 2687–2688, 2689fsolution chemistry of, 590–630aqueous uranium complexes, 597–606ligand substitution reaction mechanisms,
606–624uranium aqua ions, 590–597uranyl (VI) fluorescence properties and
photochemistry, 624–630structure and coordination chemistry of,
579–590compounds of organic ligands, 589–590,
591foverview of, 579uranium (III) compounds, 584–585, 585furanium (IV) compounds, 585–588,
586f–588furanyl (V) compounds, 588–589uranyl (VI) compounds, 580–584,
580f–584fsublimation enthalpy of, 2119t–2120t,
2122–2123, 2122fsuperconductivity of, 1789thermodynamic properties ofenthalpy of formation, 2123–2125,
2124f–2125f, 2539, 2541tentropy of, 2539, 2542f, 2543t
thorium separation from, 2734–2735uranium hydride reactions with, 3246
Uranium (III)absorption spectra of, 2091, 2092faqua ion of, 593, 594tbiochemistry of, 630bromides of
bromo complexes, 454uranium tribromide, 453uranium tribromide hexahydrate,
453–454chlorides of
anhydrous chloro complexes, 450–452magnetic data, 2229–2230, 2230turanium trichloride, 446–448uranium trichloride complexes with
neutral donor ligands, 452uranium trichloride hydrates and
hydrated chloro complexes, 448–450compounds of, 575–576
structures and coordination geometry of,584–585, 585f
crystal-field splittings of, 2057–2058, 2057fenergy level structure, 2058, 2058ffluorides of, 421–456
uranium trifluoride, 444–445uranium trifluoride monohydrate and
fluoro complexes, 445–446halides of, 421–456
absorption spectra of, 442, 443fcomplexes with, 601electronic structure of, 422history of, 421–422magnetic properties of, 443–444,
2257–2259, 2258toscillator strengths, 442–443properties of, 422, 423t–441tstability of, 422synthesis of, 422
iodides ofcomplexes with neutral donor ligands,
455uranium triiodide, 454–455
laser spectroscopic studies on, 2064magnetic properties of, 2257–2261magnetic susceptibility of, 2260, 2260tN-based ligand complexes of, 1962–1965,
1963f–1964forganometallic chemistry of, 630oxide halides of, 456
preparation of, 456structure of, 456
with pyrochemical processes, 2696, 2697freduction potentials of, 2715, 2716fspeciation of, 3101t–3102t, 3116
Uranium (IV)aqua ion of, 593–595, 594tbiochemistry of, 630
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-144
bromides of, 494–497oxide and nitride, 497, 500ternary and polynary compounds, 495–497uranium tetrabromide, 494–495
chlorides of, 490–493complex chlorides, 492–493nitride, 500oxychloride and oxochloro complexes,
494uranium tetrachloride, 490–492
compounds of, 575–576molybdates of, 275niobates, 277–280orthosilicates of, 275–276oxides, 372t–378t, 380–382phosphates of, 275silicates of, 276–277structure and coordination geometry of,
585–588, 586f–588ftantalates, 277–280titanates, 277–280
coordination numbersanalysis of, 586–588curium (IV) v., 585–586
crystal-field splittings of, 2247–2248detection of
ISEs, 3029TRLF, 3037XAS, 3039
DNA footprinting with, 630–631electron configurations of, 2018–2019,
2018fextraction of, DHDECMP, 2737–2738fluorides of, 484–490
complex fluorides, 487–489, 2255t, 2256oxide and nitride, 489–490uranium tetrafluoride, 484–486uranium tetrafluoride hydrates, 486–487
halides ofabsorption spectra of, 482–483, 483fband structure of, 483complexes with, 601crystal-field strength of, 482–483history of, 456magnetic properties of, 483mixed, 499–500nitrogen-containing, 500physical properties of, 456, 457t–481tstability of, 456structure of, 456, 482
hydration of, 2531hydrolytic behavior of, 585–586, 2550–2551iodides of, 497–499
iodo complexes, 498–499oxide and nitride, 499–500uranium tetraiodide, 497–498
in living organisms, 631magnetic properties of, 2247–2257, 2255t
in mammalian tissuescirculation clearance of, 3376–3377initial distribution, 3342t, 3346t, 3351
organometallic chemistry of, 630phases of, 280–302bonding, 280–281
polymerization of, 1780–1781with pyrochemical processes, 2696, 2697freduction by, americium (V), 1337separation ofSNF, 2646solvating extractant system for,
2654–2655speciation of, 3101t–3102t, 3105–3106,
3136spectroscopic properties of, 2066–2067,
2066twater exchange in complexes of, 611t–612t,
614in wyartite, 290
Uranium (V)bromides of, 526–528oxides, 527–528ternary and polynary, 526–527ternary and polynary oxide and
oxobromo, 528uranium pentabromide, 526
chlorides of, 522–526complex chloride compounds, 523–524oxide, 524–525oxochloride, 525–526uranium pentachloride, 522–523
fluorides of, 518–521complex fluoro compounds, 520–521oxide fluorides and complexes, 521uranium pentafluoride, 518–520
halides of, 501–529absorption spectra, 501bonding in, 576–577complexes with, 601physical properties of, 501, 502t–517tstability of, 501
magnetic properties of, 2240–2247, 2247toxides, 372t–378t, 380–382in pyrochlore and zirconolite, 279structural chemistry of, 4175–4177,
4176f–4177fin wyartite, 290
Uranium (VI)americium (V) interaction with, 1356bacterial reduction of, 297bromides of, 571–574uranium oxobromo complexes, 572–574uranyl bromide, 571–572uranyl hydroxide bromide and bromide
hydrates, 572chlorides, 567oxochloro complexes, 570
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-145
perchlorates and related compounds,570–571
uranium dioxide dichloride, 567–569uranium hexachloride, 567uranyl chloride hydrates and hydroxide
chlorides, 569–570detection ofISEs, 3029limits to, 3071tNMR, 3033RAMS, 3035RBS, 3063–3064, 3064f
distribution coefficients of, 842, 842textraction of, 3066americium (III) v., 1284TBP, 3282
ferrihydrate adsorption of, 3166–3167fluorides of, 557–564complex fluorides, 563–564hexavalent oxide fluoride complexes,
566–567uranium hexafluoride, 557–563uranium oxide difluoride, 565–566uranium oxide tetrafluoride, 564–565
halides of, 529–575absorption spectra of, 529, 557applications of, 529bonding in, 576–577complexes with, 601ground state of, 557mixed halogeno-complexes, 574–575
hydrothermal reduction of, 4167–4168iodides of, 574magnetic properties of, 2239–2240oxides, 371–380, 372t–378tphosphates of, 297polarography for, 791–792with pyrochemical processes, 2696, 2697fseparation ofHDEHP for, 2651, 2651fPUREX process, 2732SFE for, 2682
sulfuric acid dissolution of, 305Uranium-232isolation of, 256nuclear properties for, 3274t–3275t, 3290tsynthesis of, 256
Uranium-233detection of AMS, 3062–3063, 3318NMR, 3033extraction of, 176nuclear energy with, 255nuclear properties for, 3274t–3275t, 3290tas probe for isotopic exchange study, 621production of, 256–257protactinium–233 in, 161, 167–169from thorium–232, 53for thorium-uranium fuel cycle, 2734
Uranium-234detection of AMS, 3318gS, 3300ICPMS, 3327limits to, 3071tPERALS, 3066, 3067fRIMS, 3321–3322aS, 3293TIMS, 3313–3314recoil atom of, 3679, 3679f, 3679tnuclear properties for, 3274t–3275t, 3290toccurrence in nature, 255, 256t, 257separation of, 257in uranium-thorium dating method, 3481
Uranium-235absorption cross section of, 2233in coupled geochronometer, 3481dating with protactinium–231, and,
170–171decay of. See Uranium-actinium decay
series detection of FTA, 3307gS, 3300–3302, 3301fINAA, 3303–3304limits to, 3071tNAA, 3055–3057, 3056t, 3058fNMR, 3033RIMS, 3321–3322RNAA, 3306aS, 3293TIMS, 3313–3314discovery of, 255enrichment of, 3488–3489, 3674laser spectroscopy of, 1873natural occurrence of, 3273, 3276nuclear energy with, 255, 826, 1826–1827products of, 826, 827t–828t, 828nuclear properties for, 3274t–3275t, 3290toccurrence in nature, 26–27, 255–256, 256t,
823–824, 1804–1805in Oklo reactors, 3482–3483, 3482fplutonium–239 regeneration of, 824products of, 1756security risk of, 1758in solar system, 3478
Uranium-236detection of AMS, 3062–3063, 3318aS, 3293nuclear properties for, 3274t–3275t, 3290t
Uranium-238in coupled geochronometer, 3481decay of. See Uranium-radium decay series
detection of gS, 3027–3028, 3028f,3300–3302, 3301f
ICPMS, 3327INAA, 3304–3305limits to, 3071tMBAS, 3043MBES, 3028
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-146
NAA, 3055–3057, 3056t, 3058fPERALS, 3066, 3067fRIMS, 3321–3322aS, 3029, 3293TIMS, 3313–3315half-life of, 3481natural occurrence of, 3273, 3276neptunium–237 from, 1757neptunium–239 from, 702, 704nuclear energy with, 255nuclear properties for, 3274t–3275t, 3290tin nuclear weapons, 3492–3493occurrence in nature, 255, 256t, 1804–1805in Oklo reactors, 3482–3483, 3482fplutonium–238 from, 815in THOREX process, 2735–2736
Uranium-239discovery of, 255nuclear properties for, 3274t–3275t
Uranium-actinium decay series, 3480–3481,3480f
natural actinide production from, 3479Uranium-actinium series (4n + 3), 21f, 166factinium–227 in, 20, 21fprotactinium–231 in, 164–166, 166fthorium–227 from, 53thorium–231 from, 53uranium–235 in, 256
Uranium alloy, 3774–3775, 3775fUranium aqua ions, 590–597applications of, 593dioxouranium (V), 594t, 595dioxouranium (VI), 594t, 596, 596foxidation states of, 590oxygen atoms in, 592–593redox behavior of, 590–591, 592f, 594ttetrapositive uranium, 593–595tripositive uranium, 593
Uranium arsenide, magnetic properties of,2234–2235, 2235f
Uranium azide, 602, 603tUranium bis-cycloheptatrienyl, ionic
configuration of, 2246Uranium borides, structural chemistry of,
2406t, 2407Uranium borohydridestructure of, 2404–2405, 2405furanium (IV), 337
Uranium bromides, 453–454bromo complexes, 454oxide and nitride, 497, 500
physical properties of, 497, 500preparation of, 497, 500ternary and polynary, 528
ternary and polynary compounds, 495–497,526–527
bonding in, 496–497oxide and oxobromo compounds, 528
physical properties of, 496, 526–527preparation of, 495–496, 526
uranium dioxide monobromide, 527–528preparation of, 527properties of, 527–528
uranium oxide tribromide, 527uranium oxobromo complexes, 572–574physical properties of, 573preparation of, 572reactions of, 573–574
uranium pentabromide, 526uranium tetrabromide, 494–495absorption spectra of, 495physical properties of, 495preparation of, 494–495
uranium tribromide, 453preparation of, 453properties of, 453
uranium tribromide hexahydrate, 453–454uranyl bromide, 571–572physical properties of, 571–572preparation of, 571
uranyl hydroxide bromide and bromidehydrates, 572
Uranium carbidecrystal structure of, 3757–3758entropy of, 2196, 2197tformation enthalpy of, 2195–2196, 2197thigh-temperature properties of, 2198, 2198f,
2199tphase diagram of, 3758, 3759fthermal conductivity of, 3758
Uranium carbide oxidesbinding energy of, 1980electronic structure of, 1977–1978, 1977t,
1982, 1983fground state configuration of, 1978–1979,
1979finteresting compounds of, 1982–1984,
1984tisolation of, 1978
Uranium carbonates, structural chemistry of,2426–2427, 2427t
Uranium carbonyl, 1984–1985Uranium chalcogenides, structural chemistry
of, 2409–2414, 2412t–2413t, 2414fUranium chlorides
anhydrous complexes, 450–452physical properties of, 451preparation of, 450–451sodium in, 451–452structure of, 451
complexes, 492–493, 523–524isolation of, 523ligands of, 492–493magnetic properties of, 493oxochloro, 494, 570oxychloride, 494
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-147
physical properties of, 492–493, 524preparation of, 492–493, 523–524
nitride, 500oxide, 524–525oxochloride, 525–526absorption spectra of, 526preparation of, 525–526
perchlorates and related compounds,570–571
physical properties of, 571preparation of, 570–571
uranium dioxide dichloride, 567–569hydrates, 569–570hydroxide chlorides, 569–570physical properties of, 568–569preparation of, 567–568reactions of, 568–569
uranium hexachloride, 567properties of, 567synthesis of, 567
uranium pentachloride, 522–523preparation of, 522properties of, 522–523
uranium perchlorates, 494uranium tetrachloride, 490–492application of, 490–491magnetic properties of, 491–492physical properties of, 490–491preparation of, 490
uranium trichloride, 446–448, 447fabsorption spectra of, 447magnetic properties of, 448with neutral donor ligands, 452physical properties of, 446–447preparation of, 446structure of, 447, 447f
uranium trichloride hydrates, 448–450absorption spectra of, 449–450structure of, 448–449synthesis of, 448–450
Uranium complexes, aqueous, 597–606donor-acceptor interactions of, 597hydrolytic behavior of, 597–600, 599tinorganic ligand complexes, 601–602, 601torganic ligand complexes, 603–605, 604tstructure of, 597ternary uranium complexes, 605–606uranium (III), uranium (IV), uranyl (V),
and uranyl (VI) complexes, 598, 601t,604t
between uranium (V) and other cations, 606Uranium depositsclassification of, 270–273groups of, 270locations of, 271
exploration of, 3065at Koongarra deposit, 273at Oklo, Gabon, 271–272
at Pena Blanca, Chichuhua District,Mexico, 272–273
at Shinkolobwe deposit, 273Uranium dicarbide, structural chemistry of,
2406t, 2408Uranium dioxide, 3685–3691. See also
Thorium dioxide-uranium dioxidesystem
bond lengths of, 1973, 1975tcomplex formation with, 606,
1921–1925,1922f, 1923t, 1924fcrystal-field ground state of, 2274splittings, 2278–2279theory for, 2278, 2279fcrystal structure of, 3685, 3685f, 3687,
3687f, 344, 345t–346tdiffusion of, 367–368dissolution in hydrogen peroxide, 371dissolution of, 3839–3842, 3840ffabrication of, 3707–3712, 3708f, 3710f,
3711ffission damage in, 3683–3685, 3684ffission gas release from, 3733–3734, 3734ffission products of, 3726–3729, 3726t,
3727f, 3728f, 3729ffluorite with, 3859–3860fuel-coolant interaction, 3743–3744, 3744ffuel cycle products of, 3821, 3822t, 3823tgas pressure generation with, 3251in gas-phase, 2148, 2148tground state of, 1972–1973high burnup structure, 3735–3742
characteristics of, 3735–3740, 3736f,3737f, 3738f, 3739f
formation mechanism, 3741–3742history of, 3668–3673infrared spectroscopy of, 1971magnetic properties of, 2272–2282magnetic scattering of, 2281, 2282fmagnetic structure of, 2273–2276, 2274f,
2276fmagnetic susceptibility of, 2272–2273magnon dispersion curves of, 2280–2281,
2280fmass transport in, 3723–3726, 3725fneutron scattering of, 2285–2286, 2286fNMR of, 2280optical properties of, 2276–2278, 2277foxidation to U3O8, 369–370oxygen coordination with, 4140oxygen potential of, 3690–3691, 3691fpellet-cladding interaction, 3742–3743,
3742fphase diagram of, 3685, 3686f, 3687phase relations of, 351–353, 352fpreparative methods of, 339–340in PWR and BWR, 3667RXS of, 2281
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-148
in SNF, 3836–3837solid solutions with, 389–398
lattice parameter change, 390, 391t–392tmagnetic properties, 389–390in oxidizing atmospheres, 394oxygen potentials, 394–398, 395tpreparation of, 389–390in reducing atmospheres, 392, 393tregions of, 390–394
spectra and theoretical calculations for,4095–4102, 4097t, 4101f
structure of, 2391–2392thermal properties of, 3687, 3688t,
3689–3691, 3689fthermodynamic properties of
enthalpy of formation, 2136–2137, 2137t,2138f
entropy of, 2137–2138heat capacity of, 357–359, 359f,
2138–2141, 2139f, 2142t, 2272–2273,2273f
vaporization of, 364–367, 366fUranium dioxide dichloride, 567–569physical properties of, 568–569preparation of, 567–568reactions of, 568–569
Uranium dioxide-gadolinia system(UO2-Gd2O3), 3704–3705
fabrication of, 3714–3715Uranium dioxide monobromide, 527–528preparation of, 527properties of, 527–528
Uranium dioxide-plutonium dioxide system(UO2-PuO2), 3697–3701, 3697f, 3698f,3699f, 3700f
fabrication of, 3712–3714, 3713f, 3714ffor fast reactors, 3744–3745, 3745tfission gas release, 3752–3753, 3753ffission products of, 3750–3752, 3751f,
3752ffuel-coolant interaction of, 3753–3754,
3755ffuel restructuring of, 3747–3749, 3747f,
3748f, 3750foxygen potential of, 3701, 3701fphase diagram of, 3697–3698, 3697f, 3698fthermal conductivity of, 3698–3701, 3699f,
3700fthermal profile of, 3746–3747, 3746f
Uranium disulfide, structure of, 2412t–2413t,2414, 2414f
Uranium fluoridesfluoro complexes, 445–446, 487–489,
520–521, 520t, 563–564, 564tapplications of, 563disproportionation of, 520–521melting behavior of, 487, 488tphase diagram of, 487, 489f
physical properties of, 487–488, 521preparation of, 446, 487, 520, 520t,
563–564hexavalent oxide fluoride complexes,
566–567physical properties of, 566–567preparation of, 566
oxides and nitrides of, 489–490pentavalent oxide fluorides and complexes,
521absorption spectra of, 521preparation of, 521
polynuclear, 579uranium hexafluoride, 557–563application of, 557, 561–562phase diagram of, 563, 563fphysical properties of, 560–561preparation of, 557–560, 558f, 560f
uranium oxide difluoride, 565–566physical properties of, 565preparation of, 565uranium hexafluoride conversion of,
565–566uranium oxide tetrafluoride, 564–565physical properties of, 565preparation of, 564–565
uranium pentafluoride, 518–520characterization of, 519–520preparation of, 518properties of, 518–519, 519freduction of, 518
uranium tetrafluoride, 484–486applications of, 484physical properties of, 485–486preparation of, 484–485uranium hexafluoride preparation from,
485uranium tetrafluoride hydrates, 486–487physical properties of, 486–487preparation of, 486
uranium trifluoride, 444–445physical properties of, 445preparation of, 444–445structure of, 445
uranium trifluoride monohydrate, 445–446preparation of, 445
Uranium germanates, 4176Uranium halides, 420–575
applications of, 420chemistry of, 421hexavalent and complex, 529–575absorption spectra of, 529, 557applications of, 529ground state of, 557mixed halgeno-complexes, 574–575oxide bromides and oxobromo
complexes, 571–574properties of, 529, 530t–556t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-149
uranium compounds with iodine, 574uranium dioxide dichloride and related
compounds, 567–570uranium hexachloride, 567uranium hexafluoride and complex
fluorides, 557–564uranium oxide fluorides and complex
oxide fluorides, 564–567uranium oxochloro complexes, 570uranium perchlorates and compounds,
570–571intermediate, 528–529characterization of, 529equilibrium of, 528preparation of, 528–529
oxidation states in, 420–421pentavalent and complex, 501–529absorption spectra of, 501physical properties of, 501, 502t–517tstability of, 501ternary and polynary oxide bromides and
oxobromo compounds, 528uranium oxide bromides, 527–528uranium oxide chlorides, 524–525uranium oxochloride, 525–526uranium pentabromide and complex
bromides, 526–527uranium pentachloride and complex
chlorides, 522–524uranium pentafluoride and complex
fluorides, 518–521tervalent and complex, 421–456absorption spectra of, 442, 443fanhydrous uranium chloro complexes,
450–452electronic structure of, 422history of, 421–422magnetic properties of, 443–444oscillator strengths, 442–443oxide halides, 456properties of, 422, 423t–441tstability of, 422synthesis of, 422uranium tribromide and bromo
complexes, 453–454uranium trichloride and chloro
complexes, 446–452uranium trichloride hydrates and
hydrated chloro complexes, 448–450uranium trifluoride and fluoro
complexes, 444–445uranium trifluoride monohydrate and
fluoro complexes, 445–446uranium triiodide and iodo complexes,
454–455tetravalent and complex, 456–500absorption spectra of, 482–483, 483fband structure of, 483
crystal-field strength of, 482–483history of, 456magnetic properties of, 483mixed halides and halogeno compounds,
499–500nitrogen-containing, 500physical properties of, 456, 457t–481tstability of, 456structure of, 456, 482uranium oxide dibromide and nitride
bromides, 497uranium oxide diiodide and nitride
iodide, 499uranium oxide fluorides and nitride
fluorides, 489–490uranium oxychloride oxochloro
complexes, 494uranium perchlorates, 494uranium tetrabromide and complex
bromides, 494–497uranium tetrachloride and complex
chlorides, 490–493uranium tetrafluoride and fluoro
complexes, 484–489uranium tetraiodide and complex iodides,
497–499Uranium hexachloride, 567magnetic susceptibility of, 2245–2246properties of, 567, 568fstructural chemistry of, 2419, 2421, 2421tsynthesis of, 567thermodynamic properties of, 2160–2161,
2160t, 2162t–2164tUranium hexachloride, electronic spectroscopy
of, 4109–4110Uranium hexafluoride, 557–563, 1933–1939accidents with, 3488application of, 557, 561–562bond lengths of, 1935–1937, 1937tcompounds of, 576–577distillation of, 315–317, 316f, 317telectronic spectroscopy of, 4105–4107energy levels of, 1934–1935, 1934f, 1936tenthalpy of formation of, 2159, 2160tgas-phase chemistry studies of, 4124–4125for purification, 3487magnetic properties of, 2239–2240phase diagram of, 563, 563fphysical properties of, 560–561preparation of, 557–560, 558f, 560fstructural chemistry of, 2419, 2421, 2421tstudies of, 1935, 1938thermodynamic properties of, 2159–2161,
2160t, 2162t–2164tTIP and, 2239–2240uranium oxide difluoride conversion to,
565–566uranium tetrafluoride preparation of, 485
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-150
vibrational frequencies of, 1935–1937,1937t
vibrational spectroscopy of, 4103–4105Uranium hydrides, 3213–3214entropy of, 2188, 2189tformation enthalpy of, 2187–2188, 2187t,
2189t, 2190fhigh-temperature properties of, 2188–2190,
2190tstructure of, 2403uranium reactions with, 3246
Uranium hydroxides, 4113, 4114t–4116t,4116–4117
Uranium iodides, 454–455, 497–500, 574complexes, 498–499
with neutral donor ligands, 455preparation of, 498properties of, 498–499
oxide and nitride, 499–500uranium tetraiodide, 497–498
physical properties of, 498, 498fpreparation of, 497–498
uranium triiodide, 454–455physical properties of, 455preparation of, 454–455
Uranium-molybdenum alloy, phase diagramof, 3775, 3775f
Uranium monoxidedissociative energy of, 2149–2150, 2150fin gas-phase, 2148, 2148t
Uranium nitride, 3215enthalpy of formation of, 2197t, 2200–2201,
2201fentropy of, 2197t, 2201–2202high-temperature properties of, 2199t,
2202Uranium oresactinium from, 27plutonium in, 822protactinium from, 172–178
Uranium oxide difluoride, 565–566physical properties of, 565preparation of, 565uranium hexafluoride conversion of,
565–566Uranium oxide tetrafluoride, 564–565physical properties of, 565preparation of, 564–565
Uranium oxide tribromide, 527Uranium mill tailings, 3487–3488Uranium Mill Tailings Remedial Action
(UMTRA), 3602, 3651Uranium molybdates, 4168–4169, 4169fUranium monoxidephase diagram of, 3685, 3686f, 3687spectra and theoretical calculations for,
4088–4095, 4089t, 4092t, 4093f, 4094fUranium nitride, 3762, 3763f, 3764t
Uranium organometallic complexes,4118–4121
Uranium oxides, 3214–3215alkali and alkaline-earth metals, 371–383non-stoichiometry, 382–383uranates (V) and (IV), 381–382uranates (VI), 371–380
binary, 339–371chemical properties of, 369–371, 370tcrystal structures of, 343–351, 345t–346tdiffusion, 367–368electrical conductivity of, 368–369oxygen potential, 360–364, 361f–363fphase relations of, 351–357, 352fphysical properties of, 345t–346tpreparative methods of, 339–343, 341freactions of, 370, 370tsingle crystal preparation, 343thermodynamic properties, 360–364,
361f–363fUO2 heat capacity, 357–359, 359fUO2 vaporization, 364–367, 366f
from fuel fire, 3255geometric parameters of, 1973, 1974t–1975tinfrared spectroscopy of, 1971plutonium oxides with, 1070–1077applications of, 1070–1071phase diagram of, 1071–1073, 1073fpreparation of, 1073–1074properties of, 1074–1077
safe storage, 3262structure of, 2391–2394, 2393fthermodynamic properties of, 2135, 2136ttransition metals, 383–389, 384t–387tcrystal structures of, 388–389preparative methods of, 383, 388properties of, 384t–387t
Uranium oxides, matrix isolation infraredspectroscopy of, 4102–4103
U2O5
phase relations of, 354f, 355preparative methods of, 340–341
U2O9, preparative methods of, 340U3O7
crystal structure of, 347–349phase relations of, 354f, 355preparative methods of, 340
U3O8
crystal structure of, 349–350, 349felectrical conductivity of, 368–369preparative methods of, 341UO2 oxidation to, 369–370UO3 reduction to, 369–370
U4O9
crystal structures of, 344, 345t–346t, 347,348f
phase relations of, 353–354, 354fU8O19, phase relations of, 354f, 355
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-151
UO, preparative methods of, 339UO2 solid solutions, 371–383lattice parameter change, 390, 391t–392tmagnetic properties, 389–390in oxidizing atmospheres, 394oxygen potentials, 394–398, 395tpreparation of, 389–390regions of, 390–394
UO3
crystal structure of, 350–351hydrates, preparative methods of,
342–343preparative methods of, 341–342, 341freduction to U3O8, 369–370
Uranium oxyhalides, structural chemistry of,2421, 2422t, 2423, 2424t–2426t
Uranium pentabromide, 526thermodynamic properties of, 2160t, 2161,
2164–2165, 2164tUranium pentachloride, 522–523preparation of, 522properties of, 522–523structural chemistry of, 2419, 2419f, 2420tthermodynamic properties of, 2160t, 2161,
2164–2165, 2164tUranium pentafluoride, 518–520characterization of, 519–520compounds of, 576–577preparation of, 518properties of, 518–519, 519freduction of, 518structural chemistry of, 2416, 2419, 2419f,
2420tthermodynamic properties of, 2160t, 2161,
2164–2165, 2164tUranium pentahalides, structural chemistry
of, 2416, 2419, 2420tUranium perchlorate, 570–571physical properties of, 571preparation of, 570–571
Uranium phosphates, structural chemistryof, 2430–2433, 2431t–2432t, 2433f
Uranium-plutonium alloys, 3775–3777phase diagram of, 3776, 3776f
Uranium-plutonium carbide, 3760, 3760f,3761f
fabrication of, 3760f, 3765–3767, 3767fUranium-plutonium-minor actinides-oxide
system (UO2-PuO2-AnO2), 3701–3703oxygen potential of, 3702, 3702fphase diagram of, 3702thermal conductivity of, 3703
Uranium-plutonium nitride, 3762, 3765fabrication of, 3767–3768phase diagram of, 3762, 3765, 3765fthermal properties of, 3764t, 3765, 3766f
Uranium-plutonium-zirconium alloy, 3777,3778f
Uranium pnictides, structure of, 2409–2414,2410t–2411t
Uranium polyhydrides, 4114t–4116t, 4117Uranium-radium decay series, 3480–3481,
3480factinide production in, 3820, 3820fnatural actinide production from, 3479
Uranium selenolate, from cyclopentadienylcomplexes, 2807–2808
Uranium sesquioxide, formation enthalpy of,2143–2146, 2144t, 2145f
Uranium silicates, 4176, 4176f–4177fUranium silicides, structural chemistry of,
2406t, 2408Uranium sulfatesmagnetic susceptibilities of, 2252structural chemistry of, 2433–2436, 2434t,
2435fUranium tetrabromide, 494–495absorption spectra of, 495physical properties of, 495preparation of, 494–495
Uranium tetrachloride, 490–492application of, 490–491magnetic properties of, 491–492
covalency of, 2249–2251crystal-field splittings of, 2249magnetic susceptibility, 2248, 2249f
physical properties of, 490–491preparation of, 490reduction of, 319thermodynamic properties of, 2165–2169,
2166tUranium tetrafluoride, 484–486absorption spectra of, 2068, 2069fapplications of, 484coordination chemistry of, 600hydrates, 486–487
physical properties of, 486–487preparation of, 486
physical properties of, 485–486preparation of, 484–485reduction of, 319thermodynamic properties of, 2165–2169,
2166turanium hexafluoride preparation from, 485
Uranium tetrafluoride, for purification, 3487Uranium tetrahalides, structural chemistry of,
2416, 2418tUranium tetrahalides, vibrational and
electronic spectroscopy of, 4110–4113,4111f
Uranium tetrahydroborate, gas-phase chem-istry studies of, 4125
Uranium tetraiodide, 497–498physical properties of, 498, 498fpreparation of, 497–498thermodynamic properties of, 2166t, 2168
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-152
Uranium thiocyanate, 602, 603tUranium thiolate, from cyclopentadienyl
complexes, 2807–2808Uranium-thorium dating method, 3481Uranium toxicity, 3611–3612Uranium tribromide, 453–454hexahydrate, 453–454
physical properties of, 453–454preparation of, 453
magnetic susceptibility of, 2257–2258, 2258tphysical properties of, 453preparation of, 453
Uranium trichloride, 446–448absorption spectra of, 447hydrates and hydrated complexes, 448–450
absorption spectra of, 449–450structure of, 448–449synthesis of, 448–450
magnetic properties of, 448magnetic susceptibility of, 2257–2258, 2258twith neutral donor ligands, 452physical properties of, 446–447preparation of, 446structural chemistry of, 447, 447f, 2416,
2417tthermodynamic properties of, 2170t, 2173t,
2176–2178Uranium trifluoridemagnetic susceptibility of, 2257, 2258tmonohydrate, 445–446
preparation of, 445physical properties of, 445preparation of, 444–445structure of, 445thermodynamic properties of, 2169,
2170t–2171t, 2176–2178Uranium trihalides, structural chemistry of,
2416, 2417tUranium trihydridemagnetic properties of, 2257, 2362structure of, 2403
Uranium triiodide, magnetic susceptibility of,2257–2258, 2258t
Uranium trioxidein gas-phase, 2148, 2148tstructure of, 2393–2394, 2393f
Uranium tris-cyclopentadienyl, magnetic sus-ceptibility of, 2259, 2259t
Uranium X1 (UX1). See Thorium-234Uranium X2 (UX2). See Protactinium-234Uranium Y (UY). See Thorium-231Uranium-zirconium alloy, 3777, 3777fUranocenecovalency in, 2854, 2855fcrystal-field parameters of, 2253cyclooctatetraenyl complexes derivatives of,
2851–2853, 2852felectronic transitions in, 1951–1952, 1952t
gas-phase chemistry studies of, 4125magnetic susceptibility of, 2252–2253structure of, 1943–1944, 1944t, 1945f, 2486,
2488tsynthesis of, history of, 1894, 2485–2486uranium bis-cycloheptatrienyl v., 2246
Uranophane, 3484, 3518f, 3519–3520anion topology of, 284f–285f, 286natural occurrence of, 292at Pena Blanca, Chichuhua District,
Mexico, 272–273at Shinkolobwe deposit, 273structures, of uranium phosphates and
arsenates, 295uranium in, 259t–269t
Uranopiliteat Oklo, Gabon, 271–272uranium in, 259t–269t
Uranospathite, refinement of, 295Uranothorianite, thorium from, 55, 58Uranotungstite, uranal tungstates in, 301Uranyl (V)
bonding of, 577–578structure and coordination chemistry of,
588–589Uranyl (VI)
bonding of, 577–578, 577fbond-valence of, 3093–3094, 3094fcarboxylates, EXAFS investigations of,
3137–3140, 3141t–3150tcoordination geometry of, 3132fluorescence properties and photochemistry
of, 624–630fluorescence v. phosphorescence, 627of ion, 629–630quenching mechanisms, 629
speciation of, 3101t–3102t, 3118–3121,3126–3133
structure and coordination chemistry of,580–584, 580f–584f
tris(carbonato) complex of, 3131–3132water exchange in complexes of,
611t–612t, 614Uranyl bromide, 571–572
physical properties of, 571–572preparation of, 571study of, 1933
Uranyl chloride. See Uranium dioxidedichloride
Uranyl chromate sheet, 4161Uranyl, complexation of, 4140Uranyl fluoride. SeeUranium oxide difluorideUranyl hydroxide bromide, 572Uranyl ion, 1914–1920
5f covalency in, 1915–1916adsorption ofiron-bearing mineral phases, 3167phosphates, 3171
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-153
calculated properties of, 1918–1920,1919t–1920t
charge-transfer of, 2085–2089, 2087f, 2088fchitosan adsorption of, 2669complexes ofon bentonite, 3157–3158bidentate ligands, 1926–1928, 1928t,
1929fcalixarene, 2456, 2457t–2458t,
2459–2463, 2459fcation-cation, 2594crown ether, 2449–2451, 2449t, 2450f,
2452t–2453t, 2453–2456, 2454f–2455fhydroxide, 1925–1926, 1926t, 1927fon montmorillonite, 3155–3156porphyrins and phthalocyanines,
2463–2467, 2464t, 2466f–2467fstructure of, 2400–2402with water, 1921–1925, 1922f, 1923t,
1924fcompounds ofin aragonite, 3160–3161, 3161tin calcite, 3160–3161, 3161t
Dirac-Hartree-Fock calculations on,1917–1918
electronic structure of, 1971–1972calculation of, 1915
excited states of, 1930extraction of, REDOX process, 2730–2731highest occupied orbitals in, 1916–1917,
1917fhistory of, 2399–2400hydration number of, 2531–2532, 2533thydrolytic behavior of, 2553–2556,
2554f–2555f, 2554t–2555tiron-bearing mineral phasescoprecipitation, 3168–3169HFO interaction with, 3166trapped, 3168
ligands for, 3421, 3422flinear geometry of, 1917magnetic properties of, 2239–2240in mammalian tissuesbone, 3403bone binding, 3407circulation clearance of, 3368–3369,
3368f–3375f, 3376–3377, 3379–3384erythrocytes association with,
3366–3367initial distribution, 3342t–3346t,
3354–3355transferrin binding to, 3365
solvation of, 2532–2533thermodynamic properties of, 2544TIP and, 2239–2240vibrational frequencies of, 1920water reaction with, 3239
Uranyl perchlorate. See Uranium perchlorate
Uranyl polyhedrabonding in, 280–281geometries of, 281–282, 284f–286f
Uranyl selenates, 4182–4184, 4183f–4185fUranyl sulfate chains, 4171–4172Uranyl sulfate clusters, 4184–4185, 4186f–4187fUranyl sulfate fluorides, 4185, 4187fUREX+ processes, 3562Urineelectrolytes concentrations in, 3356–3357,
3357turanyl complexes in, 3383–3384
URu2Si2, superconductivity of, 2352U/TEVA•SpecDAAP in, 3284for separation, 3284–3285
UVS. See Ultraviolet spectroscopyUX1. See Thorium–234UX2. See Protactinium–234UY. See Thorium–231Vacancy clusters, phase stability and, 984Vacuum melting and casting, for plutonium
metal production, 870, 871f–872fVacuum refining, for plutonium metal
production, 3896Vadose zone, actinide elements in, 1809–1810Vadose zone studies, 3651Valence electrons, phase stability and, 927Valence spinor energies, of uranyl, 1918, 1918fValence state, of actinides in glasses and
ceramics, 3824, 3845–3846Vanadatesof thorium, 110, 111f
phosphates v., 110structure of, 110, 111f
of uranium, 266t–267t, 297–298in uranium ion exchange extraction, 311
Vanadium, uranium ore removal of, 304Vandendriesscheiteanion topology of, 283, 284f–285fat Shinkolobwe deposit, 273uranium in, 259t–269t
Vaporizationof californium
metal, 1523–1524, 1524foxides, 1537
of einsteinium, 1603production of, 1609
of fermium, metal, 1628of plutonium oxides, 1045–1047, 1046f
with uranium oxides, 1074of plutonium, tribromide, 1100of UO2, 364–367, 366f
Vapor pressureof berkelium, 1459of californium, metal, 1523, 1524fof liquid plutonium, 963of plutonium
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-154
hexafluoride, 1086tetrafluoride, 1085–1086
of protactinium, 192, 193thalides, 200
of uranium dioxide, 365–366, 366fVDPA. See Vinylidene–1,1-diphosphonic acidVegard’s law, UO2-PuO2-AnO2 and,
3702–3703Vermiculite, uranyl-loaded, 3156Very high temperature reactor (VHTR),
Generation IV, 3673, 3673tVibrational frequenciesof actinide carbide oxides, 1977, 1977tof actinide nitride oxides, 1990, 1990tof actinide nitrides, 1988, 1989fof actinyl complexes, 1923, 1924fof plutonium
hexafluoride, 1086–1088, 1090tions, 1116–1117
of uraniumoxides, 1973, 1974turanium dioxide, 1972uranium hexafluoride, 1935–1938, 1937turanyl, 1920, 1972, 2087
Vibrational levelsof thorium oxide, 4087, 4087tof uranium dioxide, 4101of uranium oxide, 4089t, 4090, 4094, 4094f
Vibrational spectroscopyof actinide fluorides, 4103–4105of actinide tetrahalides, 4110–4113, 4111fof americium, 1369–1370of matrix-isolated actinide molecules, 1968of organometallic actinide compounds,
1800of plutonium, ions, 1114–1117
Vickers microhardness, of plutonium, 970,970f
Vinylidene–1,1-diphosphonic acid (VDPA),actinide stripping with, 1280–1281
Vinyl methyl trihydride, of thorium,4120–4121
Vipac fuel, 3789, 3793–3794, 3793fViscosity, of liquid plutonium, 962–963Vitrification, in nuclear fuel cycle, 3675, 3675f,
3816Void swelling, of plutonium, 981, 987VOL. See VolumetryVolatile actinide compounds, ion chemistry
of, 4124–4125Volatilityof dubnium, 1703of elements 116–118, 1728of rutherfordium, 1692of transactinide element gas-phase com-
pounds, 1684–1685, 1715Volatility-based separation methods,
2632–2633
Volatilization, for plutonium counting sourcepreparation, 3929
Voltammetryfor californium, 1548method for, 756for neptunium, 755–757, 756t, 757fdetermination of, 791–792
for plutonium, 1119for thorium, 133
Volume changes, of actinides in glasses,3848–3850, 3849f, 3851f
Volumetric methods, 3934–3935for plutonium analysis, 3936–3938
Volumetric techniques, for uranium,633–634
Volumetry (VOL), for environmentalactinides, 3059t, 3061
Vyacheslavite, uranium in, 259t–269t, 275Waste. See Nuclear wasteWaste Isolation Pilot Plant (WIPP), 3514,
3527, 3560, 3570, 3570fmicroorganisms at, 3602
Wateractinide elements inelectrochemical equilibria, 3096standard reduction potentials, 3097, 3098t
actinides in, 3552–3556groundwaters, 3556marine and surface waters, 3552–3556,
3554factinide transport in, 3506–3509, 3508famericium (II) oxidation by, 1337in coordination chemistry, 3096complexation in, 3527–3528einsteinium cocrystallization and, 1608humic substances in, 3533–3534plutonium reaction with, 3213hydrides, 3219metal, 3225–3238oxides, 3219–3222
radiation energy absorption by, 3514radiolytic decomposition of adsorbed, 3221radionuclide pollution in, 3095reactor cooling with, historical background
on, 3668–3673uranium corrosion by, 3242–3245, 3243f,
3244tin uranium dioxide complex, 1921–1925,
1922f, 1923t, 1924fexchange in, 1923–1925, 1924f
uranyl ion reaction with, 3239Water samples
actinide handling in, 3022treatment of, 3022–3023
Weapon-grade uraniumdescription of, 1755production of, 1757–1758scope of concern of, 3202
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-155
Weapons-grade plutoniuminventory of, 3489plutonium isotope ratio of, 3488
Weeksite, structure of, 292–293West Valley, New York, 3816Wigner-Eckart theorem, for free-ion
interactions, 2027–2028Wigner effect, 3678Wigner-Seitz radius, of metallic state,
2310–2312, 2311fWindscaleaccidental release from, 3493–3494, 3495fCalder Hall at, 3668
WIPP. See Waste Isolation Pilot PlantWolsendorfiteanion topology of, 284f–285f, 286from clarkeite, 288
Wyartite, structure of, 290Wybourne’s formalism, for crystal-field
interactions, 2039–2040XANES. See X-ray absorption near-edge
structure spectroscopyXAS. See X-ray absorption spectroscopyXenon-136, in Orgueil, 3478–3479Xenotime, thorium in, 56tXMCD. See X-ray magnetic circular
dichroismXPS. See X-ray photoelectron spectroscopyX-raysplutonium and, 3941SEM and, 3939–3942
X-ray absorption fine structure (XAFS)for actinide-oxygen bond distances,
2530–2531of actinyl ions, 2532of berkelium, 1474for hydration study, 2528neptunium (V) speciation with, 795
X-ray absorption near-edge structurespectroscopy (XANES)
of berkelium, 1474for environmental actinides, 3034t, 3039,
3040fof neptunium (IV), 3107–3108of plutonium (IV), 3108–3109of plutonyl (V), 3210polarization for, 3088–3089for redox potential determination, 754,
754fof solid samples, sorption studies of,
3172–3173of uraniumsilicate phosphate, 3170uranium (V), 279
for valence measurement, 3087,3089f–3091f
of XAS, 3087, 3088fXPS with, 3069
X-ray absorption spectroscopy (XAS)for actinides, 14, 1770, 3086–3184
future direction, 3183–3184introduction, 3086–3095sorption studies, 3140–3183terrestrial aquatic environment,
3095–3140for americium, 1296, 1370for bacterial sorption, 3177–3178,
3179t–3180tof berkelium (IV/III), 3110bond-valence sums for, 3093–3094for environmental actinides, 3034t,
3037–3039, 3040ffuture direction for, 3183–3184issues with, 3094–3095for plutonium, 859–861of protactinium, 226–227of solid samples, sorption studies of,
3171–3172synchrotron for, 3087for thorium ligand study, 131of uranium, in calcite, 3163–3164XANES and EXAFS of, 3087, 3088f
X-ray atomic energy levels, of protactinium,190, 190t
X-ray crystallography. See also X-raydiffraction
for actinide element detection, 11of actinyl complexes, 1921of berkelium, 1462, 1464t–1465tof californium, metal, 1519, 1520tof curium, 1413t–1415tfor electronic structure, 1770of plutonium
borides, 999tcarbides, 1005t, 1010tchalcogenides, 1050t–1051tfluorides, 1084toxides, 1025, 1027toxoplutonates, 1060t–1061tpnictides, 1020tsilicides, 1012tternary oxides, 1066t–1067t
of protactinium, chloro and bromocomplexes, 204, 205t
of thoriumborides, carbides, and silicides, 69,
71t–73tchalcogenides, 70, 75tcomplex anions, 101, 102t–103thalides, 78, 78t, 87t–89thydrides, 65, 66tpnictides, 97–99, 98t
of uraniumintermetallic compounds and alloys, 325trichloride hydrates, 448–450, 450
X-ray detection, protactinium for, 188
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-156
X-ray diffraction (XRD). See also PowderX-ray diffraction
for actinide study, 1767of berkelium, 1445, 1469of californium, 1522for coordination geometry study, 602–603description of, 2381–2382for hydration study, 2528improvements to, 3093IRS and, 3065methods for, 2382of neptunium
dioxide, 725trichloride, 737
neutron diffraction v., 2383of plutonium oxide-water reaction,
3209–3210for structural chemistry, 2381–2383of thorium
hydrides, 64perchlorate, 101
X-ray emission spectroscopy, of californium,1516–1517
X-ray fluorescence (XRF), 3942–3944,3944f
americium–241 for, 1828for environmental actinides, 3034t, 3039,
3041ffuture direction for, 3183–3184of neptunium, 788for plutonium analysis, 3948–3951, 3949f,
3950fRAMS and IRS with, 3069of solid samples, sorption studies of,
3172–3173of uranium, 636–637
X-ray magnetic circular dichroism (XMCD)advantages/disadvantages of, 2236development of, 2236for magnetic studies, 2236
X-ray measurement, for transactinideidentification, 1659, 1662
X-ray photoelectron spectroscopy (XPS)AES v., 3051for electronic structure, 1770for environmental actinides, 3044t, 3045neptunium characterization with, 795of plutonium, 861
oxides, 3208of transplutonium oxides, 1516–1517of uraninite, 274XANES with, 3069
X-ray scatteringof actinyl complexes, 1921introduction to, 2231–2238neutron scattering v., sample size,
2233–2234of uranyl (VI), 3128–3129
X-ray spectroscopy (XS), for environmentalactinides, 3025, 3026t
X-ray tomography (TOM), for environmentalactinides, 3034t, 3040–3043, 3042f
X-ray tubes, for XRD, 2382XRD. See X-ray diffractionXRF. See X-ray fluorescenceXS. See X-ray spectroscopyYellowcake,
production and refining of, 3487,3674
‘Yellow cake,’ refinement of, 314–317,315f–316f, 317t
Ytterbiumin einsteinium alloy, 1592einsteinium v., 1578–1579
Yucca Mountain, 3571microorganisms at, 3602risk assessments for, 3558
Yucca Mountain site, sorption studies of soilsamples, 3175–3176
Zeeman interaction, in magnetic properties,2225–2226
ZEEP reactor, 3668Zeolites, uranium compounds on, 301–302Zero-phonon lines (ZPL)
in curium excitation spectra, 2061f, 2062in protactinium excitation spectra,
2067–2068, 2068fof uranyl, 2087, 2088f
ζ-Phase, of plutonium, 882f–883f, 883, 890,891f
density of, 936tstrength of, 968f, 970thermoelectric power, 957–958, 958t
Zippeite, uranium sulfates in, 291–292Zircaloy, for fuel cladding, 3717, 3718tZircon, 3867–3868Zircon, thorium in, 56tZirconia, plutonium and, 3861–3862Zirconium. See also Uranium-plutonium-
zirconium alloy; Uranium-zirconiumalloy
for fuel cladding, 3717, 3718tinert matrix fuel, 3797–3798californium compound with, 1538carbamoylmethylenephosphine oxide
extraction of, 1280extraction with TTA, 1701protactinium purification from, 178–186ion exchange, 180–181, 180fprecipitation and crystallization, 178–179solvent extraction and extraction
chromatography, 181–186, 183frutherfordium v., 1692–1693, 1694f, 1702extraction of, 1697–1700
uranium dioxide solid solutions withoxygen potentials, 394, 395tproperties of, 390, 391t–392t
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-157
Zirconium phenylarsonate, for plutoniumprecipitation, 3914
Zirconium phosphate, for plutonium precipi-tation, 3914
Zirconium pyrophosphate, for plutoniumseparation, 3923–3924
Zirconolite 3864–3865geochemical studies of, 278natural occurrence of, 277–278properties of, 278uranium (V) in, 279
Zone meltingfor uranium metal preparation, 319for plutonium metal production, 3896
Zone-refining, for plutonium metal produc-tion, 876–877
americium removal in, 877equipment for, 877, 878foverview of, 876process of, 876–877
ZORA methodfor actinide cyclopentadienyl complexes,
1958for actinyl oxyhalides, 1941–1942for electronic structure calculation,
1907ZPL. See Zero-phonon linesZrSe3, 4036, 4036f
Subject Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-158
AUTHOR INDEXVol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191.
Page numbers suffixed by t and f refer to Tables and Figures respectively.
Aaberg, M., 1921Aaliti, A., 2877Aarkrog, A., 704, 783, 3280Aarts, J., 2333Aas, W., 589, 606, 608, 611, 612, 614, 617,
618, 1426, 2593Aase, S. B., 861, 1295Aba, A., 180Abaouz, A., 88, 91Abazli, H., 511, 730, 735, 739, 745, 746, 748,
792, 2443, 2595Abbott, D. T., 3017Abdel Gawad, A. S., 176, 182, 184, 185Abdelouas, A., 3857, 3867Abdel-Rahman, A., 181Abdelras, A. A., 1513Abdul-Hadi, A., 180Abdullin, F. Sh., 14, 1398, 1400, 1653, 1654,
1707, 1719, 1736, 1738Abe, J., 1010Abe, M., 188, 226, 1292Abelson, P. H., 4, 5, 699, 700, 717, 3889Aberg, M., 545, 570, 596, 598, 600, 2532,
2533, 2555, 2556, 2583, 3101, 3119,3128
Abernathy, D., 2237Abeyta, C. L., 3031Abney, K. D., 97, 117, 398, 475, 495, 861, 998,
1112, 1166, 1173, 2642, 2749, 2827,2868, 2869, 3109, 3210
Aboukais, A., 76Abragam, A., 2226, 2228Abraham, A., 3029Abraham, B. M., 329, 332, 333, 1018, 1052,
1092, 1094, 1095, 1100, 1101, 2167Abraham, D. P., 719, 721Abraham, F., 298, 301Abraham, J., 115Abraham, M. M., 1368, 1472, 1602, 2042,
2047, 2053, 2058, 2059, 2061, 2062,2075, 2226, 2238, 2259, 2261–2263,2265, 2266, 2268, 2269, 2272, 2292,3814, 3859
Abrahams, E., 923, 964, 2344, 2347, 2355Abrahams, S. C., 1360Abram, U., 597
Abramina, E. V., 760Abramov, A. A., 37Abramowitz, S., 1968, 1971Abrams, R., 3424Abramychev, S. M., 1398Abrao, A., 410Abriata, J. P., 355, 356Abrikosov, I. A., 928, 2355Abu–Dari, K., 3416, 3419Abuzwida, M. A., 3052, 3053Ache, H. J., 227Achenbach, W., 1881Acker, F., 67, 71Ackerman, D., 14Ackerman, J. P., 2710, 2714, 2715, 2719, 2720Ackermann, D., 1653, 1713, 1717Ackermann, R. J., 60, 61, 63, 70, 75, 321, 322,
351–353, 355, 356, 362, 364, 365, 718,724, 890, 891, 945, 949, 963, 1030,1045, 1046, 1048, 1297, 1298, 1403,1409, 1410, 1417, 2114, 2115, 2116,2120, 2147–2149, 2380, 2391, 4085,4091, 4099
Acquista, N., 1968, 1971Adachi, H., 99, 576, 577, 1935, 1936, 2165Adachi, T., 355, 383Adair, H. L., 1302Adair, M. L., 1410, 1412, 1413Adam, M., 2472, 2817Adam, R., 2472, 2805Adams, C. E., 3550, 3551Adams, D. M., 93Adams, F., 169–171Adams, J., 1582, 1593, 1612Adams, J. B., 949, 950Adams, J. L., 185, 186, 815, 1447, 1684,
1693, 1699, 1705, 1711, 1716, 1718Adams, J. M., 2642Adams, M. D., 950, 1080, 1086Adams, R. E., 406Adams, S. R., 3017Adamson, M. G., 1036, 1047, 1075, 2195,
3697, 3697fAdar, S., 1509, 3926Addison, C. C., 370, 378Addleman, R. S., 2679, 2681, 2682, 2683
I-159
Aderhold, C., 1323, 1455, 1515, 2254, 2264,2472, 2826
Ades, M. J., 3790Adi, M. B., 115Adler, P. H., 920, 927, 933Adloff, J. P., 20, 25, 31, 988, 1663Adnet, J. M., 1143, 1355Adolphson, D. G., 83Adrian, G., 792Adrian, H. W. W., 2439Adriano, D. C., 3288Adrianov, M. A., 900, 902, 904, 906–908,
910–914Aebersold, H. U., 1732Aeppli, G., 2238, 2351Aerts, P. J. C., 1905Afonas’eva, T. V., 726, 745, 747, 748, 767,
768, 1175, 2434, 2436, 2442Afonichkin, V. K., 2703, 2704Afzal, D., 2472Agakhanov, A. A., 261Agapie, T., 2888Agarande, M., 3062Agarwal, H., 115Agarwal, P., 407, 2239, 2359Agarwal, R. K., 115, 1635, 1642, 1643, 1645,
1646, 3698Agarwal, Y. K., 1738Aggarwal, S. K., 3960Agnew, S. F., 1268, 3504Agreiter, J., 1968Agron, P. A., 528Agruss, M. S., 163, 173–175Aguilar, R., 3279, 3280, 3282, 3314Ahilan, K., 407, 2239, 2359Ahlheim, U., 2352Ahlrichs, R., 1908, 1909Ahmad, I., 26, 167, 168, 1447, 1504, 1516,
1582, 1736Ahmad, M. F., 114Ahmed, F. R., 2443Ahmed, M., 2982, 3060Ahonen, L., 3066Ahrland, S., 209, 772, 774, 1555, 1687, 2565,
2578–2580, 2582, 2585, 2587, 2589,2600, 2607, 3346, 3347, 3360, 3361,3386
Ahuja, R., 719, 720, 1300, 1301, 2371Aigner, H., 3937Aikas, T., 3568Aikhler, V., 1664, 1703Aikin, A. M., 3926Ainscough, J. B., 3749Aisen, P., 3364, 3366, 3375, 3397, 3399Aissi, C. F., 76Aitken, C., 2916Aitken, E. A., 387, 393, 395, 396, 1045,
1075, 3697
Aizenberg, I. B., 1625, 1633, 2037, 2051, 2052Aizenberg, M. I., 1541, 1612Akabori, M., 718, 719, 1018, 1421, 2185–2187,
2724, 2725Akatsu, E., 1431Akatsu, J., 716, 837, 1049, 1294, 1512, 2653Akber, R. A., 42Akella, J., 61, 1299, 1300, 1403, 1410–1412,
2370Akhachinskij, V. V., 67–69, 74, 100, 325, 326,
398, 400–402, 405–407, 906, 912, 2114,2197, 2205–2209
Akhtar, M. N., 2441Akiba, K., 2759, 2760, 2762Akie, H., 2693Akimoto, I., 1019Akimoto, Y., 1028, 1303, 1312, 1317,
2395, 2411Akin, G. A., 490Akiyama, K., 1445, 1484, 1696, 1718, 1735Akopov, G. A., 788, 3034, 3039Aksel’rud, L. G., 69, 72Aksenova, N. M., 30Al Mahamid, I., 1178, 1180, 3087, 3108,
3113, 3118, 3529, 3633Al Rifai, S., 1352Aladova, E. E., 3282Alamelu, D., 3960, 4141Alami Talbi, M., 102, 110Alario-Franco, M. A., 113Albering, J. H., 70, 73, 100, 2431Alberman, K. B., 377, 393Albers, R. C., 1788, 3089, 3103, 3108Albinsson, Y., 119–124, 129, 130, 3024, 3152Albiol, T., 1019Albrecht, A., 3014Albrecht, E. D., 915, 1003–1006Albrecht-Schmitt, T. E., 253, 298, 299, 412,
555, 1312, 1360, 1173, 1531, 2256,4170, 4172–4173
Albridge, R. G., 164Albright, D., 813, 814, 825, 1756, 1758, 1805,
3489, 3560, 3979Alcock, C. B., 402, 421Alcock, K., 342, 357, 358, 3171, 3895Alcock, N. W., 108, 542, 549, 571, 583,
588, 1173, 1921, 2434, 2439–2441,2476, 2483–2485, 2532, 2843, 2887,3138
Al-Daher, A. G. M., 115Aldred, A. T., 719, 721, 739, 742, 744, 745,
1304, 2238, 2261, 2262, 2362Aldridge, J. P., 4104Aldridge, T. L., 3346Aldstadt, J. H., 3323Alei, M., 1126Aleklett, K., 1737, 1738Aleksandrov, B. M., 1513
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-160
Aleksandruk, V. M., 787, 788, 1405, 1433,2532, 3034
Alekseev, E. V., 4170Alekseev, V. A., 179Alekseeva, D. P., 756, 1175Alekseeva, T. E., 1725Alenchikova, I. F., 1101, 1102, 1106–1108,
2426Alessandrini, V. A., 2274Alexander, C., 1760, 3223–3225Alexander, C. A., 364, 365, 393, 1021, 1045Alexander, C. W., 1505–1507Alexander, E. C., Jr., 824Alexander, I. C., 98Alexander, W. R., 3070, 3538, 3559, 3568Alexandratos, S. D., 716, 852, 1293, 1585,
2642, 2643, 3283Alexer, I. C., 98Alexopoulos, C. M., 2432Al-Far, R. H., 2443Alfassi, Z. B., 3056, 3057Alford, M. J., 2864Al-Hashimi, A., 3486–3487Alhassanieh, O., 180Ali, M., 2153Ali, S. A., 1352, 1428, 1552Alibegoff, G., 431Alikhani, M. E., 4135Aling, P., 355Al-Jowder, O., 545Al-Kazzaz, Z. M. S., 82, 206, 207, 745, 746Allain, M., 92Allard, B. I., 132, 1117, 1146, 1158, 1354,
1803, 1804, 1806–1808, 1810, 2546,2591, 3524, 3614
Allard, G., 67Allard, T., 3152, 3155, 3168Allbutt, M., 1050–1052Allegre, C. J., 231, 3314Allemspach, P., 428, 436, 440, 444, 451Allen, A. L., 484Allen, A. O., 3221Allen, F. H., 2444Allen, G. C., 340, 344, 350, 375, 376, 504,
1035, 1972, 3171, 4091, 4096Allen, J. W., 100, 861, 1521Allen, O. W., 314Allen, P., 849, 1167, 3025, 3089, 3095,
3102–3104, 3106, 3107, 3109–3111,3113–3115, 3117–3119, 3122, 3130,3131, 3135, 3138, 3140–3142,3145–3152, 3154–3156, 3158, 3160,3165–3167, 3171
Allen, P. B., 63Allen, P. G., 118, 270, 277, 287, 289, 301,
579, 585, 589, 602, 795, 849, 932, 967,1112, 1166, 1167, 1327, 1338, 1363,1368–1370, 1921, 1923, 1926, 1947,
2530–2532, 2568, 2576, 2580, 2583,2812, 3369, 3385, 3388, 3390, 3391,3394, 3417, 3423, 3513, 3526, 3528
Allen, R. E., 2044Allen, R. P., 968Allen, S. J., 593, 2256, 2275Allen, T. H., 973–976, 989, 990, 1026,
1027, 1035, 1040–1042, 1798, 2136,2141, 3109, 3177, 3202, 3205, 3206,3208–3211, 3214, 3216–3225,3227–3232, 3235–3237, 3243–3245,3247, 3249–3253, 3256, 3257, 3259,3260
Allen, T. R., 3677Allen, W. D., 3965Allison, M., 29Alloy, H. P., 226Allpress, J. G., 373–376, 380, 549, 550, 555Almasova, E. V., 1479Almeida, M., 1304Almond, P. M., 298, 299, 412, 1173, 2256,
4161, 4163, 4164, 4165f, 4170, 4175Al-Niaimi, N. S., 772–774Alnot, M., 3046Aleonard, K. B., 281Alonso, C. T., 6Alonso, J. R., 6Alonso, U., 3069Alstad, J., 1665, 1666, 1695, 1702, 1717,
1735, 2662Altarelli, M., 2236Altmaier, M., 3103, 3104, 3129, 3531Altman, P. L., 3357, 3358Altzizaglau, T., 1293Alvarado, J. A., 3327Alvarado, J. S., 3280, 3327Alvarez, L. W., 3316Alvarez, R., 3501, 3502, 3815Aly, H. F., 181, 184, 1449, 1476–1478, 1513,
1551, 1585, 1606, 2662Alzitzoglou, T., 1665Amalraj, R. V., 2633Amano, H., 3171Amano, O., 855, 856Amano, R., 1323, 1324, 1541Amanowicz, M., 719, 720Amato, L., 2756Amaya, M., 3691, 3692fAmayri, S., 3131, 3381, 3382Ambartzumian, R. V., 3319Amberger, H.-D., 505, 1952, 2226, 2253, 2254Amble, E., 1681Amekraz, B., 120, 3054Amelinckx, S., 343, 3940American Society for Testing and Materials,
634, 3279, 3280, 3282, 3283, 3285,3291, 3292, 3295, 3296, 3302, 3308,3309, 3327, 3328
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-161
Ames, F., 789, 1296, 1403, 1875–1877, 3044,3047, 3048, 3320, 3321
Ames, R. L., 1141Ami, N., 1049Amirthalingam, V., 2393Amis, E. S., 2532Amme, M., 289Ammentorp-Schmidt, F., 207Amonenko, V. M., 364Amoretti, G., 2278–2280, 2283–2288, 2294,
4006t, 4012, 4020, 4021t–4022t, 4023Amrhein, C., 270, 3166, 3174, 3542Anan’ev, A. V., 793, 1352Ananeva, L. A., 458Anbalagan, V., 4139Anczkiewicz, R., 3047Anderegg, G., 1177, 1178Anderko, K., 325, 405, 408, 409Anders, E., 636, 3306Andersen, J. C., 1028, 1030Andersen, O. K., 1459Andersen, R. A., 116, 452, 1956–1958,
2246, 2247, 2256, 2260, 2471–2473,2475–2481, 2561, 2802, 2803,2805–2810, 2812, 2813, 2829, 2830,2833, 2834, 2837, 2845, 2846, 2866,2867, 2876, 2877, 2879, 2881, 2916,2922, 2923
Anderson, A., 580, 582Anderson, C. D., 963Anderson, C. J., 2688, 2690Anderson, D. M., 2912Anderson, E. B., 3867Anderson, H. H., 841Anderson, H. J., 343Anderson, J. E., 2464Anderson, J. S., 83, 344, 373–375, 377, 382,
383, 390, 393, 549, 550, 555,1796, 3214
Anderson, J. W., 862, 870Anderson, K. D., 2407Anderson, M. R., 107Anderson, O. K., 1300Anderson, R. F., 3056Anderson, R. T., 3547, 3597, 3617, 3622Anderson, R. W., 484Andersson, C., 2757Andersson, D. A., 1044Andersson, J. E., 223Andersson, K., 1909Andersson, P. H., 2347Andersson, P. S., 3288Andersson, S. O., 2757Andre, C., 2591, 3534Andraka, B., 719, 720Andrassy, M., 1662, 1709Andre, G., 402, 407Andreetti, G. D., 103, 110, 2471, 2472, 2816
Andreev, A. M., 164Andreev, A. V., 334, 335, 339, 2359, 2360Andreev, V. I., 1326, 1329, 1331, 1416, 1429,
2584Andreev, V. J., 1545, 1559, 2129, 2131Andreichikov, B. M., 1398, 1421, 1433Andreichuk, N. N., 1144–1146, 1338, 2531,
3101, 3106, 3111, 3113Andres, H. P., 428, 440Andres, K., 2360Andres, Y., 3627Andresen, A. F., 66, 351Andresen, H., 3851Andrew, J. F., 957, 1004Andrew, K. L., 1730, 1731Andrews, A. B., 2343–2345, 3502Andrews, H. C., 30, 32, 855Andrews, J. E., 1114, 1148, 1155, 1160, 1163,
2583Andrews, L., 405, 576, 1918, 1919, 1969,
1971–1990, 2185, 2894, 4090, 4098,4102, 4106, 4113–4114, 4114t–4116t,4118–4122
Andreychuck, N. N., 3514Andreyev, A. N., 6, 14, 1653, 1701Andrieux, L., 398Andruchow, W. J., 115Angel, A., 225Angelo, J. A. Jr., 817Angelucci, O., 76Angus, W., 3340, 3349, 3350, 3398, 3399Anisimov, V. I., 929, 953Ankudinov, A. L., 1112, 1991, 3087, 3089,
3108, 3113, 3117, 3118, 3123Anonymous, 163, 2629, 2632, 2668, 2669,
2712, 2713, 2714, 2715, 2717, 2730,2732
Anousis, I., 302, 3039ANS, 1269Ansara, I., 67–69, 74, 100, 325, 326, 398,
400–402, 405–407, 2114, 2197,2205–2209
Anselin, F., 1018, 1022, 3895Ansell, H. G., 103, 113Ansermet, S., 260, 285, 288Ansoborlo, E., 3052, 3382, 3423Anson, C. E., 545Antalic, S., 14, 1653, 1713, 1717Anthony, A. M., 353, 360Antill, J. E., 319, 3752Antonelli, D., 817Antonini, G. M., 3163Antonio, M. R., 291, 584, 730, 754, 764,
861, 1112, 1113, 1356, 1370, 1474,1480, 1481, 1778, 1933, 2127, 2263,2402, 2526, 2527, 2528, 2531, 2532,2584, 3039, 3086–3089, 3099, 3100,3106–3108, 3110–3112, 3114, 3116,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-162
3117, 3122, 3125, 3163, 3170, 3179,3181
Antonoff, G. N., 163Antsyshkina, A. S., 2439Anttila, P., 3568Anwander, R., 2918Anyun, Z., 1141Aoi, M., 855, 856Aoki, D., 412, 2352Ao-Ling, G., 2912Aoshima, A., 2760Aoyagi, H., 758Aoyagi, M., 1452, 1515Aoyagi, N., 625Apelblatt, A., 2132Apeloig, Y., 2957Apostolidis, C., 28, 43, 44, 102, 108, 223,
1143, 1168, 1409, 1410, 2250, 2255,2469–2472, 2474–2479, 2484, 2486,2488, 2752, 2808, 2814–2816, 2819,2827, 2829, 2852, 2882, 2885
Appanna, V. D., 3629Appel, H., 729, 792Appel-Colbus, S., 4027Appelman, E. H., 728, 1064, 2527Appleman, D. E., 259, 266, 282Apps, M. J., 3057Apraksin, I. A., 108Apyagi, H., 753, 790, 791Aragon, A., 3491, 3552Arai, T., 845Arai, Y., 396, 717, 743, 1018, 1019, 1022, 2140,
2142, 2157, 2199, 2201, 2202, 2693,2698, 2715, 2716, 2724, 3520, 3762,3764t, 3766f, 3768
Arajs, S., 322Aramburu, I., 78, 82Arapaki, H., 222, 225Arapaki-Strapelias, H., 185, 209, 215, 222Arblaster, J. W., 34, 35Arbman, E., 164Arbode, Ph., 3068Arbore, Ph., 3062Archer, M. D., 3097Archibong, E. F., 1018, 1976, 1989, 1994, 2149Arden, J. W., 225, 3311Ardenne, M. von, 3939Ardisson, C., 170Ardisson, G., 170, 1688, 1700, 1718, 3024Ardois, C., 289Arduini, A. L., 2655, 2819Arendt, J., 560AREVA, 3498, 3502Arfken, G., 1913Arimura, T., 2560, 2590Arisaka, M., 1409Arita, K., 78Arita, Y., 2208, 2211
Ariyaratne, K. A. N. S., 2479, 2484Arkhipov, V. A., 2140Arkhipova, N. F., 1725Arko, A. J., 412, 921, 964, 1056, 2307,
2334–2336, 2338, 2339, 2341, 2343,2344–2347, 2350
Arliguie, T., 1960, 1962, 2246, 2479, 2480,2488, 2491, 2837, 2841, 2856, 2857,2861, 2862, 2891, 2892
Armagan, N., 2451Armbruster, P., 6, 14, 164, 1653, 1660, 1701,
1713, 1735, 1737, 1738Armbruster, T., 260, 285, 288Armentrout, P. B., 4123, 4125, 4126, 4131,
4136Armijo, V. M., 3312, 3314Armstrong, D. E., 1291Armstrong, D. P., 4107Arnaudet, L., 2472, 2820Arnaud-Neu, F., 2655Arney, D. S. J., 1958, 2479, 2832, 2833,
2835, 2845, 2847, 2848, 2849, 2914,2916, 2921
Arnold, E. D., 2734Arnold, G. P., 67, 69, 71, 98, 2407, 2408, 2411Arnold, J. S., 3353, 3403–3407Arnold, L., 3494Arnold, P. L., 1966, 1967, 2859, 2861, 2888Arnold, T., 3029, 3152, 3165–3167Arnold, Z., 334, 335Arnoux, M., 24, 31Arons, R. R., 719, 720Aronson, S., 97, 100, 353, 360, 368, 369, 390,
394, 397Arora, K., 115Arredondo, V. M., 2984, 2986, 2990Arrott, A., 2273, 2275Arsalane, S., 102, 110, 1172, 2431Arslanov, K. A., 3014Arthur, E. D., 1811Artinger, R., 3529Artisyuk, V., 1398Artlett, R. J., 1938Artna-Cohen, A., 166Artyukhin, P. I., 1117, 1118, 1128Arutyunyan, E. G., 102, 105, 2434, 2439Asai, M., 1266, 1267, 1445, 1450, 1484, 1696,
1699, 1700, 1710, 1718, 1735Asakura, T., 711, 1272, 1273, 1294, 1295, 2757Asami, N., 366Asano, H., 407Asano, M., 68Asano, Y., 2633Asanuma, N., 852Asao, N., 2953, 2969Asaro, F., 1582Asch, L., 719, 720Asfari, Z., 2456–2459
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-163
Ashby, E. C., 2760Ashcroft, N. E., 2308Ashley, K. R., 2642Ashurov, Z. K., 2441Aslan, A. N., 69, 72Aslan, H., 2472, 2817, 2818Asling, C. W., 3341, 3342, 3344, 3353Asling, G. W., 3387Asmerom, Y., 3313Aso, N., 2239, 2347, 2352Asprey, L. B., 79, 191, 193, 201–203, 222,
457, 463, 502, 506, 507, 519, 520, 529,530, 536, 732, 734, 763, 765, 841,1049, 1082, 1084, 1095, 1097, 1107,1117, 1118, 1265, 1291, 1295, 1297,1302, 1312, 1314, 1315, 1319, 1322,1323, 1325, 1326, 1329, 1331, 1333,1356–1358, 1360, 1365–1367, 1404,1415–1419, 1429, 1458, 1467, 1475,1513, 1515, 1519, 1520, 1529, 1604,1935, 1968, 2077, 2165, 2232, 2350,2388, 2395, 2397, 2415–2418, 2420,2426, 2427, 3903
Assefa, Z., 1453, 1467, 1531, 1532, 1554,1601–1603
Assinder, D. J., 3017, 3295, 3296, 3500Assmann, H., 3707–3709, 3712, 3714–3716Astafurova, L. N., 1170, 2434Astheimer, L., 220ASTM, 3936, 3962, 3970tAston, F. W., 3309Astrom, B., 1636Aten, A. H. W. Jr., 1547Atencio, D., 260, 264, 293Atherton, D. A., 3370, 3373Atherton, D. R., 1507, 1579, 3343, 3349–3351,
3353, 3355, 3356, 3358, 3360, 3362,3364–3366, 3370, 3375, 3377–3379,3381, 3382, 3385, 3396, 3398, 3399,3403–3405, 3414–3416, 3420
Atherton, N. J., 190, 226Atlas, L. M., 1031Atlas, R. M., 3529Atoji, M., 537, 2426Attenkofer, K., 3178Atterling, H., 1636Attrep, M. Jr., 3279, 3280, 3282, 3314Atwood, J. L., 116, 2240, 2452, 2472, 2473,
2480, 2484, 2803, 2804, 2812, 2815,2816, 2829, 2844, 2845, 2912, 2924
Au, C. T., 76Aubert, P., 1433Aubin, L., 1629Auchapt, P., 2731Audi, G., 815, 817, 1446Audubert, F., 3869Auerman, L. N., 221, 1113, 1473, 1515, 1547,
1548, 1607, 1629, 1636, 2525
Auerswald, K., 3017Auge, R. G., 869Augoustinik, A. I., 195Augustson, J. H., 2662Aukrust, E., 360Aumann, D., 3929Aupais, J., 134, 785, 1405, 1432, 1433Aur, S., 3107Aurov, N. A., 431, 437, 450, 451, 454Auskern, A. B., 97Ausloos, P., 3920Austin, A. E., 1006, 1007Autschbach, J., 1666Auzel, F., 483, 486, 491, 2039, 2067Avdeef, A., 116, 1188, 1943, 1944, 2486,
2488, 2852Avens, L. R., 439, 454, 455, 737, 752,
1182–1186, 1190, 2484, 2487, 2488,2802, 2813, 2832, 2858, 2867, 2876
Averbach, B. B., 828Averill, B. A., 3117Averill, F. W., 1682Averin, V. G., 4103Avignant, D., 85–88, 90, 91, 457, 458, 468, 1108Avisimova, N. Yu., 2439Avivi, E., 905Avogadro, A., 373, 1803Avril, R., 1863, 1873–1875Awad, A. M., 2580Awasthi, S. K., 728, 729, 1058–1061Awasthi, S. P., 2580Awwad, N., 3409Awwal, M. A., 2736Axe, J. D., 203, 2065, 2114, 2241, 2243Axelrod, D. J., 3341, 3348, 3356, 3387,
3401, 3405, 3424Axler, K. M., 1109Ayache, C., 719, 720Ayer, J. E., 3790Aymonino, P. J., 110Ayoub, E. J., 184Ayres, J. A., 3246Ayres, L., 3345, 3354, 3355, 3371, 3378, 3384Aziz, A., 41, 1352, 1426, 1431
Baade, W., 3479Baaden, M., 2685Baas-Becking, L. G. M., 3506Baba, N., 3318Babad, H., 2760Babaev, A. S., 787, 788, 1405, 1433, 3034Babain, V. A., 856, 2682, 2684, 2685, 2739Babauer, A. S., 2532Babcock, B. R., 866, 869, 870Babcock, L. M., 4124, 4125Babelot, J. F., 366, 367Babikov, L. G., 2715Babrova, V. N., 1320
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-164
Babu, C. S., 3113Babu, R., 1076, 2205, 2206Babu, Y., 1175Baca, J., 2655Bach, M. E., 268Bachelet, M., 179Bacher, W., 421, 423–425, 441, 446, 447, 457,
458, 460–469, 481, 484–487, 489, 501,502, 505–507, 517, 518, 520, 528, 530,533–538, 556, 557, 560–563, 566
Baıchi, M., 351, 352, 365Bachofen, R., 3629Backe, A., 1840, 1877, 1884Backe, H., 33, 1879–1884Backer, W., 1352Baclet, N., 886, 887, 930, 932, 933, 954, 956Bacmann, J. J., 367Bacmann, M., 386Bacon, G. E., 2232Bacon, W. E., 101Badaev, Yu. V., 112Bader, S. D., 323, 324, 1894, 2315, 2355Badheka, L. P., 1282, 1285, 1294, 2657–2659,
2738, 2743–2745, 2749, 2757Bae, C., 1723, 1728Bae, I. K., 3855Bae, W., 3641Baechler, S., 3042, 3043Baenziger, N. C., 4050Baenziger, N. C., 70, 339, 399, 407Baer, Y., 421, 2360Baerends, E. J., 1200–1203, 1666–1668, 1907,
1910, 1916, 1943, 1944, 1947, 1948,1951, 1972, 2089, 2253
Baernighausen, H., 509Baes, C. F. Jr., 119–121, 123, 124, 313, 598,
599, 1148, 1149, 1155, 1686, 1687, 1701,1718, 1778, 2133–2135, 2192,2548–2550, 2553, 2700, 2701, 3158
Baetsle, L. H., 20, 30–33, 35, 42, 43, 2728Baeyens, B., 3152, 3156, 3157Bagawde, S. V., 772–774, 1168Baglan, N., 109, 126, 128, 129Bagliano, G., 3061Baglin, C. M., 817, 1626, 1633, 1639, 1644Bagnall, K. W., 19, 81, 82, 94, 108, 115, 116,
179, 188, 201, 203–208, 213, 215, 216,221, 222, 224, 421, 473, 487, 494,497–499, 510, 522, 524, 543, 565, 726,727, 734, 735, 736, 738, 739, 745, 746,748, 1077, 1184, 1190, 1191, 1312,1315, 1323, 1398, 1417, 2424, 2426,2434, 2435, 2469, 2472, 2475, 2476,2483–2485, 2817, 2826, 2843, 2880,2883, 2885, 3250
Baiardo, J. P., 942Baibuz, V. F., 2114, 2148, 2149, 2185Baidron, M., 195
Bailey, D. M., 78, 82Bailey, E., 3102, 3120, 3121, 3142, 3143Bailey, M. R., 3424Bailey, R. A., 3476, 3479, 3484, 3485Bailey, S. M., 34Bailey, W. E., 3697, 3697fBailly, H., 3753Bailly, T., 2591, 3419, 3421, 3423Baily, H., 1071, 1073–1075Baily, W. E., 1045, 1075Baines, C., 2351Bair, W. J., 3340, 3352, 3386, 3424Baird, C. P., 626, 629Bairiot, H., 1071Baisden, P. A., 1114, 1148, 1155, 1160, 1163,
1352, 1605, 1629, 1633, 1636, 1664,1684, 1693, 1694, 1706, 1716, 2525,2526, 2529, 2583, 2589
Baisden, T. A., 1629, 1633Bajgur, C. S., 2919Bajic, S., 3036Bajo, S., 1806, 3024, 3029, 3030, 3283, 3293,
3296, 3908Bajt, S., 270, 3039, 3172Bakac, A., 595, 619, 620, 630Bakakin, V. V., 458Bakel, A. J., 279, 861Baker, E. C., 2471, 2472, 2819, 2820Baker, F. B., 606, 1129, 1131, 1139, 1333,
2594, 2599Baker, J. D., 1278, 2653Baker, M. McD., 3242Baker, R. D., 319, 866Baker, T. A., 1966, 1967, 2245, 2859, 2861Bakiev, S. A., 1507Bakker, E., 298Bakker, K., 2139, 2142, 3690, 3695t, 3696,
3706, 3706f, 3707tBaklanova, P. F., 1164Balakayeva, T. A., 108, 109, 110Balakrishnan, P. V., 1175Balarama Krishna, M. V., 708, 712, 713, 1294,
2743, 2745, 2757, 2759Balashov, N. V., 1398Balasubramanian, K., 1898, 1900, 1973,
1974, 4135Balasubramanian, R., 1074Balatsky, A. V., 2347Balcazar Pinal, J. L., 93Baldridge, K. K., 1908Baldwin, C. E., 864, 875, 3409Baldwin, D., 3036Baldwin, N. L., 67, 2407Baldwin, W. H., 747, 1323, 1324, 1361, 2439,
2527, 3125Balescu, S., 3016Balkwill, D. L., 3602, 3651Ball, J. R., 2642
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-165
Ball, L. A., 3555Ball, R. G., 2883Ballatori, N., 3396, 3397Ballentine, C. J., 639, 3327Ballestra, S., 704, 783Ballhausen, C. J., 376–378, 382, 501, 513, 526,
528, 2243Ballou, J. E., 3340, 3352, 3386, 3424Ballou, N. E., 180, 187Ballou, R., 2359Balo, P. A., 1505, 1828Balta, E. Ya., 2439Baltensperger, U., 1704, 3030, 3031Baluka, M., 731, 732, 2420Balzani, V., 629Bamberger, C. E., 744, 1171, 1312, 2430–2432,
2701, 3824, 3862, 3865Ban, Z., 69, 70, 73Banar, J. C., 3133Banaszak, J. E., 1813, 1818, 2668, 3181, 3545,
3597, 3605, 3608, 3611, 3612, 3615,3616, 3618f, 3620f, 3623, 3627, 3629,3632–3634, 3637–3639, 3646–3647,3646f–3648f, 3649
Banba, T., 3848, 3850, 3852, 3853Band, W. D., 1033Bandoli, G., 548, 2439–2441Bandura, D. R., 4141Banerjea, A., 2364Banerji, A., 713Banfield, J. F., 3179–3181, 3619Banic, G. M., 821Banick, C. J., 1398Banik, G., 70Banks, C. F., 3919Banks, C. V., 111Banks, R. H., 208, 731, 732, 745, 1187, 1188,
1951, 2261, 2405, 2420, 2852Bannerji, A., 1281, 1282, 1294, 2668, 2738,
2743–2745, 2747–2749, 2757, 2759Bannister, M. J., 352, 353, 357, 358Bannyh, V. I., 3067Bansal, B. M., 191, 193, 1416, 2585Bao, B.-R., 1285Baptiste, Ph. J., 396Baracco, L., 2443Barackic, L., 87, 92Baraduc, L., 459Barak, J., 335Baran, E. J., 110Barandiaran, Z., 442, 1895–1897, 1908,
1930, 2037Baranger, A. M., 2847, 2933, 2986Baraniak, L., 3029, 3102, 3138, 3140–3142,
3145, 3147–3150Baranov, A. A., 164, 166, 1479–1481, 1483,
2126Baranov, A. Yu., 1466
Baranov, S. M., 711, 712, 760, 761, 1142,1143, 2757
Baranov, V. I., 4141Baranov, V. Y., 4103, 4106, 4107Barash, Y. B., 335Barbanel, Yu. A., 1365, 1369, 1404, 1405Barbano, P. G., 1284Barbe, B., 904Barber, D. W., 1426, 2673Barber, R. C., 13, 1660Barbieri, G. A., 112Barboso, S., 2655Barci, V., 1688, 1700, 1718Barci-Funel, G., 3024Barclay, G. A., 2430Bard, A. J., 371, 3126, 4159, 4160Bardeen, J., 62, 2350, 2351Bardelle, P., 1018Bardin, N., 608, 609, 2533, 2603, 3102, 3112Barefield II, J. E., 1088, 1090, 2085Barefield, J. E., II, 4109Barendregt, F., 164, 186Bargar, J. R., 3165, 3167, 3168, 3170Barghausen, J. J., 3933Barin, I., 2160Baring, A. M., 1527Barinova, A. V., 268, 298Bark, L. S., 3922–3923Barkatt, A., 39Barker, M. G., 98Barketov, E. S., 1553Barlow, S., 593, 2256Barmore, W. L., 971, 972Barnanov, A. A., 1545Barnard, R., 439, 445, 449, 452, 455, 585, 593Barnes, A. C., 2603Barnes, C. E., 2688, 2691, 3127, 3139, 3307Barnes, E., 319Barnes, R. F., 1455, 1474, 1509, 1543, 1582,
1604Barnes, R. H., 3969Barnett, G. A., 224Barnett, M. K., 224, 225Barnett, T. B., 3384Barney, G. S., 1127, 1140, 1294, 2749Barnhart, B. J., 3602Barnhart, D. M., 2400, 2484, 2486Baron, D., 3699Baron, P., 1285, 2756, 2761, 2762Baroncelli, F., 3922Barone, V., 1938Baronov, G. S., 4104Barr, D. W., 704Barr, M. E., 849, 2749, 3035, 3036Barraclough, C. G., 373, 383Barrans, R. E., Jr., 2676Barre, M., 104, 105Barrero Moreno, J. M., 789, 3062
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-166
Barrett, C. S., 320Barrett, N. T., 3163Barrett, S. A., 2153Barros, M. T., 2852Barry, J. A., 197Barry, J. P., 2916Barsukova, K.V., 1448, 1449, 3924Bart, G., 3055Bartashevich, M. I., 334, 335, 339Barth, G., 3789, 3790Barth, H., 822, 1705, 3014, 3296Bartha, R., 3529Barthe, M. F., 289Barthelemy, P., 1327Barthelet, K., 126Bartlett, N., 542Bartlett, R. J., 1194, 1902Bartoli, F. J., 2044Barton, C. J., 459, 1104, 3796Barton, P. G., 1816Bartos, B., 32Bartram, S., 65Bartram, S. F., 65, 376, 378, 387, 389, 393, 395Bartsch, R. A., 2749Bartscher, W., 65, 66, 334, 335, 396, 722–724,
977, 989, 990, 992–995, 2403, 2404,3702, 3702f
Bashlykov, S. N., 906, 912Basile, L. J., 1369, 1923, 1931, 2655, 2739,
3035Baskaran, M., 3016, 3288Baskerville, C., 76, 80, 105Baskes, M. I., 928Baskin, Y., 76, 99, 113, 412, 2432, 2441Basnakova, G., 297, 717, 3629Basov, D. N., 100Basset, J. M., 3002, 3003Bassindale, A. R., 2985Bassner, S. L., 1983Bastein, P., 542Bastin, G., 164Bastin-Scoffier, G., 26Baston, G. M. N., 854, 3540Bastug, T., 1671, 1676, 1680–1684, 1689, 1705,
1706, 1712, 1716Basu, P., 1447Bates, J. K., 270, 272–275, 292, 1806, 3017,
3052, 3171, 3302, 3843, 3844t, 3846,3847
Bates, J. L., 352, 369, 1303, 1312Bathelier, A., 1275Bathellier, A., 2731Bathmann, U., 231Batista, E. R., 1936–1938, 1941Batley, G. E., 521Batlle, J. V., 3016, 3023Batscher, W., 2143, 2188, 2189Battioni, J. P., 3117
Battiston, G. A., 2441Battles, J. E., 373, 1046, 1074, 2692, 2695,
2696, 2698, 2723Baturin, N. A., 747–749, 1181, 2434, 2436,
2439, 2442, 2531, 2595Bauche, J., 860, 1847Bauche-Arnoult, C., 1847Baud, G., 377Baudin, C., 2484Baudin, G., 1285, 2756Baudry, D., 2484, 2488, 2490, 2491, 2843,
2856, 2859, 2866, 2869, 2870, 2877,2889, 2890
Bauer, A. A., 325, 408, 410, 3114Bauer, C. B., 2666Bauer, D. P., 2851Bauer, E. D., 100, 968, 2353Bauer, R. S., 1521Baugh, D. W., 493, 494Baum, R.-R., 1882, 1884Bauman, W. C., 3923Baumann, J., 2351Baumbach, H. L., 988, 1079Baumgartner, F., 117, 208, 382, 730, 751, 763,
766, 1093, 1190, 1323, 1324, 1363,1423, 1800, 2240, 2244, 2254, 2470,2472, 2732, 2801, 2803, 2809,2814, 2815
Bauminger, E. R., 862Bauri, A. K., 713, 1281, 1294, 2743, 2745,
2747, 2748, 2759Bauschlicher, C. W. Jr., 1969Bawson, J. K., 3171Baxter, D. W., 3341Baxter, E., 4091Baxter, M. S., 705, 706, 783, 3017, 3031, 3032,
3056, 3059, 3062, 3072, 3106, 3979,3980
Bayat, I., 1352, 1552Baybarz, R. D., 34, 35, 38, 118, 191, 1268,
1292, 1303, 1312–1315, 1320, 1323,1325, 1328, 1329, 1352, 1358, 1360,1365, 1400–1403, 1410, 1412, 1413,1415, 1418, 1423, 1424, 1446, 1449,1450, 1454, 1457–1460, 1463, 1464,1466, 1467, 1473–1475, 1478–1482,1509, 1510, 1513, 1515, 1519, 1520,1522, 1526, 1528–1530, 1532–1534,1536, 1541, 1546–1548, 1551, 1552,1555, 1557, 1584, 1585, 1590–1593,1596–1599, 1604, 1607, 1629, 2077,2232, 2264, 2388, 2389, 2397–2399,2415–2418, 2434, 2436, 2542, 2641,2671, 2758
Bayliss, P., 278Bayoglu, A. S., 367, 1044, 1045Bazan, C., 412, 4020Bazhanov, V. I., 2177
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-167
Bazin, D., 932, 933Bea, F., 3484Beach, D. B., 4106Beach, L., 1507Beall, G. W., 1605Beals, R. J., 303, 391, 393, 395, 3704Beamer, J. L., 1507Bean, A. C., 555, 1173, 1312, 1360, 1174,
1360, 4158–4160Bearden, D. M., 3502Bearden, J. A., 60, 190, 859, 1296, 1370Beasley, M. L., 1312, 1313, 1421Beasley, T. M., 3063, 3280, 3492, 3500, 3550,
3551, 3555Beattie, I. R., 1968, 4112Beaucaire, C., 3152, 3155, 3168Beauchamp, J. L., 2924, 2934, 4124, 4125,
4131, 4136Beaudry, B. J., 412Beaumont, A. J., 837, 870, 1100Beauvais, R. A., 852Beauvy, M., 724, 997, 998, 3698Becerril-Vilchis, A., 3023Bechara, R., 76Bechthold, H.-C., 2452Beck, H. P., 75, 78, 84, 89, 93, 94, 96, 413–415,
479, 2413, 4006t, 4012, 4014, 4015,4021t–4022t, 4036
Beck, J., 4039Beck, K. M., 291, 3160, 3161, 3164Beck, M. T., 590, 605, 2564Beck, O. F., 206, 208Becke, A. D., 1671, 1903, 1904Becker, E. W., 557Becker, J. D., 2347Becker, J. S., 3069, 3310, 3311, 3488Becker, S., 1735, 3062Beckmann, W., 20Becquerel, A. H., 2433Becquerel, H., 254Becraft, K. A., 1178, 1180, 3529Beddoes, R. L., 2440Bedell, K. S., 2344Bedere, S., 892Bedient, P. B., 3643Bednarcyk, J., 725Bednarczyk, E., 343, 1033, 1034Beech, I. B., 3629–3630Beeching, L. J., 4110–4113Beeckman, W., 2490Beene, J. R., 1880, 1882Beer, P. D., 2457Beetham, C., 162Beetham, S. A., 864, 2147, 2723Beets, A. L., 1507Begemann, F., 3306Begg, B. D., 279, 280, 861, 932, 1041, 1043,
1112, 1154, 1155, 1166, 1798, 3109,
3210, 3520, 3830, 3864, 3866–3868,3870
Begun, G. M., 744, 757, 781, 1116, 1133,1148, 1155, 1315, 1356, 1369, 1455,1465, 1470, 1471, 2430–2432, 2583,2594, 3035
Behera, B. R., 1447Beheshti, A., 2883Behesti, A., 115, 116Behets, M., 2044Behrends, T., 3621, 3649–3650Behrens, E., 2734Behrens, U., 2875Beintema, C. D., 370Beirakhov, A. G., 2441, 2442Beitscher, S., 973Beitz, J. V., 1129, 1352, 1354, 1368, 1369,
1423, 1454, 1455, 1474, 1475, 1544,1605, 2013, 2030, 2032, 2042, 2047,2062, 2064, 2075, 2085, 2090, 2091,2093–2096, 2098, 2099, 2101, 2103,2265, 2534, 2536, 2562, 2563, 2572,2589, 2590, 2675, 2691, 3034, 3037,3043, 3044, 4107, 4109
Beja, A. M., 2439Bekk, K., 1873Belai, N., 4175–4176Belbeoch, B., 347, 353Belbeoch, P. B., 2392Belenkll, B. G., 1507Belford, R. L., 629Belkalem, B., 2464–2466Bell, J. R., 2701Bell, J. T., 380, 619, 1132, 1366, 2080,
2580Bell, M. J., 1270, 2702, 3982Bell, W. A., 821Bellamy, R. G., 303Belle, J., 339, 340, 360, 367, 370Beller, M., 2982Bellido, L. F., 3022Bellin, C. A., 3629Belling, T., 1906Belloni, L., 2657Belnet, F., 2649Belomestnykh, V. I., 566, 2452Belov, A. N., 2147Belov, K. P., 2359Belov, V. Z., 1628, 1634, 1645, 1663, 1664,
1690, 1703Belova, L. N., 259Belozerov, A. V., 1654, 1719, 1720, 1738Belt, V. F., 3327Belyaev, Yu. I., 724, 726, 727, 770, 2136Belyaeva, Z. D., 1821Belyakova, Z. V., 108Belyatskii, A. F., 31Belyayev, Y. A., 3372, 3387
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-168
Bemis, C. E. Jr., 1452, 1504, 1516, 1583, 1590,1626, 1627, 1637–1638, 1644, 1659,1880, 1882
Bemis, G., 3156Ben Osman, Z., 1845Ben Salem, A., 96, 415, 4006t, 4015Bencheikh-Latmani, R., 3165, 3168Bendall, P. J., 470, 471Bender, C. A., 1873Bender, K. P., 841, 843Bender, M., 1736Benes, O., 3794–3796, 3796t, 3797fBenedict, G. E., 2704, 2730Benedict, U., 100, 192, 409, 421, 725, 739–743,
1030, 1070, 1071, 1073, 1299, 1300,1304, 1312, 1313, 1315–1318, 1411,1412, 1415, 1421, 1458, 1459, 1462,1520–1522, 1789, 2315, 2370, 2371,2384, 2386, 2387, 2407, 2411
Benedict, V., 194Benedik, L., 3057Benerjee, S., 3307Benerji, R., 1280Benes, P., 1766, 3616Benesovsky, F., 69, 72Benetollo, F., 548, 2439–2443, 2472, 2473,
2475, 2483, 2484, 2491, 2817, 2818,2831
Benford, G., 2728Benhamou, A., 3220Benjamin, B. M., 116, 2815Benjamin, T. M., 231Benke, R. R., 3027Benker, D. E., 1408, 1451, 1509, 1584, 2633Benn, R., 2837, 2841Benner, G., 78, 79Bennet, D. A., 2583Bennett, B. I., 962Bennett, D. A., 1114, 1148, 1155, 1160, 1163,
1447, 1635, 1642–1646, 1662, 1703,1704
Bennett, D. R., 1811Bennett, G. A., 2710Bennett, R. L., 2889Benning, M. M., 2451–2453Benninger, l. K., 3160Benninger, L. K., 3542Benny, J. A., 186, 199Benoit, G., 3016Benson, D. A., 366Bensted, J. P. M., 3396Bentz, P. O., 2966Benz, R., 69, 71, 97–100, 465, 466, 1094, 1098,
1104–1109, 2411, 2709, 2713, 4038Benzoubir, S., 3062Ber, N. H., 42, 43Beraud, J. P., 3220Berberich, H., 2984
Bercaw, J. E., 2924Berdinova, N. M., 3067Berdonosov, S. S., 1636Bereznikova, I. A., 372–376, 393Berg, J. M., 270, 301, 849, 851, 1139, 1141,
1161, 1167, 2687, 3109, 3171Berger, H., 1507Berger, M., 423, 445, 2257, 2258Berger, P., 1049, 1329Berger, R., 740, 742, 1085, 1086, 1480, 1481Bergey, C., 3953Bergman, A. G., 80, 86, 87, 90, 91Bergman, G. A., 2114, 2148, 2149, 2185Bergman, R. G., 2847, 2880, 2933, 2986Bergsma, J., 66Bergstresser, K. S., 1131, 3937Berkey, E., 3501, 3560Berkhout, F., 1756, 1758, 1805Berlanga, C., 724Berlepsch, P., 260, 285, 288Berlincourt, T. G., 324Berliner, R. W., 3384Berlureau, T., 2360Berman, L. E., 2281, 2282Berman, R. M., 390, 391Bermudez, J., 2442Bernard, G., 3037, 3046Bernard, H., 1018, 1019, 1071, 1073–1075Bernard, J. E., 928, 3023, 3067Bernard, L., 81Bernard, S. R., 3346, 3351, 3372, 3375, 3376Bernardinelli, R. J., 257Bernardo, P. D., 778, 779, 3142, 3143Berndt, A. F., 907, 912, 915Berndt, U., 384, 389, 391, 393, 395, 423, 445,
1065, 1066, 1303, 1312, 1313Berne, A., 1364Bernhard, G., 1923, 2583, 3044, 3069, 3102,
3106, 3107, 3111, 3112, 3122, 3131,3139, 3140, 3142–3145, 3147–3150,3152, 3154, 3155, 3160, 3161,3165–3167, 3179, 3181, 3182, 3381,3382, 3525f, 3556
Bernhardt, H. A., 521Bernhoeft, N., 2234, 2239, 2285–2287, 2292,
2352Bernkopf, M. F., 1340, 2592, 3527Bernstein, E. R., 337, 2226, 2251, 2261, 2404Bernstein, H., 927Bernstein, J. L., 1360Bernstrom, B., 3918Berreth, J. R., 167, 169, 188, 195, 230Berry, D. H., 2966Berry, J. A., 485, 518, 520, 731, 732, 3050,
3057, 3060, 3062, 3064, 3541Berry, J. P., 3052Berry, J. W., 869, 1297Berryhill, S. R., 2487–2489, 2851, 2852
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-169
Bersillon, O., 817Berstein, A. D., 817Bersuder, L., 859Bertagnolli, H., 3087Bertaut, F., 67, 71, 113Bertha, E. I., 1354Berthault, P., 2458Berthet, J. C., 576, 582, 583, 2246, 2473, 2480,
2484, 2488, 2806, 2808, 2812, 2818,2819, 2822, 2824, 2830, 2847,2856–2858, 2866, 2912, 2922, 2923,2938, 2940, 2943, 2944, 2950, 2975,2976, 2979, 3101, 3110, 3111,3113–3118
Berthold, H. J., 407, 410, 435, 452Berthon, C., 1168, 2657Berthon, L., 1285, 2657, 2658Berthoud, T., 1114Bertino, J. P., 319Bertozzi, G., 2633Bertrand, J., 265Bertrand, P. A., 1160, 1166, 2726, 3287Bertsch, P. M., 270, 861, 3039, 3095, 3172,
3174, 3175, 3176, 3177, 3288Berzelius, J. J., 52, 60, 61, 63, 79, 95, 108Berzero, A., 3559Berznikova, N. A., 373, 375, 376Besancon, P., 1055Bescraft, K. A., 3025Beshouri, S. M., 1956, 2256, 2477, 2480, 2482,
2483, 2803, 2806, 2807, 2812, 2813,2829, 2830
Besmann, T. M., 361, 1047, 2141, 2143,2145, 2151, 3698, 3701, 3701f, 3727
Besse, J. P., 377Bessnova, A. A., 726, 748, 770, 1170, 1175,
1181, 1321Besson, J., 331Bessonov, A. A., 1931, 2434, 2442, 2531, 2532,
2595, 3111–3113, 3122, 3123Best, G. F., 3918Betchel, T. B., 2696Bethe, H., 1911Bettella, F., 2585Betti, M., 789, 3068, 3070, 3488Bettinelli, M., 2100Bettonville, S., 2489, 2490, 2816–2818, 2822,
2827Betts, J. B., 942, 944, 945, 948–950, 2315,
2347, 2355Betty, M., 3032Betz, T., 729, 1061, 1064Beuchle, G., 3066Beuthe, H., 226Beutler, E., 3358, 3364, 3397–3399Bevan, D. J. M., 345, 347, 354Beveridge, T. J., 3179, 3611Bevilacqua, A. M., 855
Bevington, P. R., 3973–3975Bevz, A. S., 545, 546Beyerlein, R. A., 64, 66Bezjak, A., 2439, 2444Beznosikova, A. V., 907, 909, 911, 912Bhandari, A. M., 206, 208Bhanushali, R. D., 1271Bharadwaj, P. K., 540, 566, 2441Bharadwaj, S. R., 2153Bhat, I. S., 782, 786Bhatki, K. S., 25, 31Bhattacharyya, M. H., 3345, 3354, 3355,
3371, 3378, 3384, 3413Bhattacharyya, P. K., 1555Bhide, M. K., 1175Bhilare, N. G., 3035Bibler, N. E., 1419, 1422, 1433, 3846Bickel, M., 729, 730, 792, 1293, 2240, 2244,
2245, 2261, 3024, 3059, 3060Bidoglio, G. R., 769, 774, 1159, 1314,
1328–1330, 1338, 1339, 1341, 1354,1355, 1803, 2114, 2115, 2117, 2120,2126–2129, 2137, 2143, 2144, 2154,2155, 2159, 2165, 2171, 2173–2175,2182, 2186, 2187, 2194, 2538, 2546,2582, 3037
Bidwell, R. M., 862, 897Biel, T. J., 329Biennewies, M., 492Bier, D., 1828Bierlein, T. K., 961Bierman, S. R., 1268Bigelow, J. E., 1271, 1275, 1401, 1402, 1445,
1448–1450, 1509, 1510, 1584, 1585,2636
Biggers, R. E., 1132, 3904Biggs, F., 1516Bignan, G., 3963Bigot, S., 131Bihan, T. L., 739Bilewicz, A., 32, 1695, 1699Billard, I., 596, 627–629, 1606, 3102, 3119,
3121Billaux, M., 3721fBilliau, F., 2855Billich, H., 1423, 2801, 2817Billinge, S. J. L., 97Billups, W. E., 2864Biltz, W., 63, 100, 413Bilyk, A., 2457Bingmei, T., 2591Binka, J., 1278, 2653Binks, P. R., 3608Binnemans, K., 2014, 2016, 2044, 2047,
2048, 2058, 2093Binnewies, M., 93Biondi, M. A., 4125, 4131Biradar, N. S., 115
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-170
Biran, C., 2979Birch, D. S. J., 629Birch, L., 3629Birch, W. D., 295Birkel, I., 1521, 1522, 2370Birkenheuer, U., 1906Birks, F. T., 226Birky, B. K., 1506Birrer, P., 2351Bischoff, H., 3052Bish, D. L., 3176Bishop, H. E., 3050, 3060, 3062, 3064Biskis, B. O., 3421, 3424Bismondo, A., 777, 778, 782, 2440, 2568, 2585,
2586, 2589, 3102, 3142, 3143, 3145Bisset, W., 2633Bitea, C., 3045Bittel, J. T., 368Bittner, H., 66Bivins, R., 2027, 2040Biwer, B. M., 3163, 3171Bixby, G. E., 1028, 1035, 2140, 3207, 3208,
3210, 3212, 3213, 3219Bixon, M., 722, 723, 724Bjerrum, J., 597Bjerrum, N., 2563Bjorklund, C. W., 870, 1028, 1029, 1030, 1045,
1048, 1093, 1104, 1171, 2431, 2432,2709, 2713, 3870
Bjørnholm, S., 24, 31, 164, 170, 187, 1880Bjørnstad, H. E., 3026, 3028, 3031, 3032, 3066Bkouche-Waksman, I., 2441Blaauw, M., 3960Blachot, J., 817Black, L., 97Blackburn, P. E., 353–355, 360, 373, 1074Blackford, M. G., 3856Bladeau, J.-P., 577, 627Blain, G., 109, 128, 129, 3115Blaise, A., 207, 409, 412, 416, 719, 720,
740–743, 998, 1003, 1023, 1411, 2251,2264, 2267, 2268, 2278, 2279,2283–2285, 2288, 2315, 4020
Blaise, J., 59, 857–860, 1453, 1513–1516, 1544,1588, 1589, 1604, 1836, 1839–1841,1843–1850, 1863–1865, 1871–1876,1882, 2018, 4129f, 4131, 4132
Blake, C. A., 312, 313Blake, P. C., 116, 1776, 2240, 2473, 2480,
2803, 2804, 2812, 2816, 2829,2845, 2912
Blakey, R. C., 377, 393Blanc, P., 1285, 1329Blancard, P., 1874, 1875Blanco, R. E., 2734Blank, H. R., 347, 353, 892, 894, 897, 900,
901, 905–907, 911, 927, 954–958, 962,963, 972, 974, 976, 977, 988, 1019,
1030, 1071, 1790, 2392, 3670, 3681,3684, 3758, 3766, 3772, 3773
Blanke, B. C., 20Blankenship, F., 2701Blanpain, P., 1071Blaser, P., 3014Blasse, G., 377Blaton, N., 267, 268, 541Blatov, V. A., 536Blau, M. S., 876–878, 943, 945, 947–949, 964,
3896Blaudeau, J. P., 1112, 1113, 1192, 1199, 1778,
1893, 1897, 1909, 1928, 1930, 1932,1933, 1991, 2037, 2127, 2527, 2528,2531, 2532, 3087, 3106–3108,3111–3113, 3116, 3118, 3122, 3125,3170, 3039
Blauden, J.-P., 764Blaylock, M. J., 2668Bleaney, B., 1199, 1823, 1931, 2226, 2228,
2561, 3352, 3410, 3424Bleise, A., 3173Bleuet, P., 861Blonningen, Th., 1880, 1882Blobaum, J. M., 967Blobaum, K. J. M., 967Bloch, F., 2316Bloch, L., 817Block, J., 3239Bloembergen, N., 2038Blokhima, V. K., 571Blokhin, N. B., 763, 765, 1336, 1337, 2531Blokhin, V. I., 773Blom, R., 1958Blomquist, J. A., 3066, 3343Bloom, I., 2924Bloom, W., 3352, 3424Bloomquist, C. A. A., 1284, 1293, 1449, 1509,
1513, 1585, 1629, 1633, 1635Blosch, L. L., 2256, 2477, 2480, 2812, 2813,
2829, 2830Bluestein, B. A., 1095Blum, P. L., 67, 71, 351–353, 398, 402Blum, Y. D., 2979Blume, M., 2234, 2273, 2288Blumenthal, B., 319Blumenthal, R. N., 396Blunck, H., 98Blyth, A., 3559Benard, P., 103, 109, 110, 2431, 2432Benard-Rocherulle, P., 472, 477, 2432Banyai, I., 596, 608, 609, 612–614, 1166Bunzli, J.-C. G., 2532Bo, C., 1927, 3143, 3145Boardman, C., 856Boaretto, R., 2887Boatner, L. A., 113, 1171, 1368, 1472, 1602,
2042, 2047, 2053, 2058, 2059, 2061,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-171
2062, 2075, 2157, 2159, 2226, 2238,2259, 2261–2263, 2265, 2266, 2268,2269, 2272, 2292, 3814, 3859, 3869
Boatz, J. A., 1908Bober, M., 366, 3749Bocci, F., 3070Bochmann, M., 162, 3130–3132Bochvar, A. A., 892, 894, 900–904, 907, 908,
910, 913, 915, 3897Bock, E., 106Bock, R., 106Bockris, J. O’M., 2531, 2538Boczar, P. G., 3814Bode, D. D., 1297, 1474–1476, 1584, 1585Bodak, O. I., 69, 72Bode, B. M., 2966Bode, J. E., 254Boden, R., 133, 1449Bodheka, L. P., 1280Bodu, R., 824, 3482Bodvarsson, G. S., 3506, 3568Boehlert, C. J., 863, 964Boehme, C., 3102, 3119, 3121Boehme, D. R., 417, 418Boehmer, V., 2655Boeme, C., 596Boerio, J., 372Boerrigter, P. M., 1200–1203, 1916, 1943,
1944, 1947, 1948, 1951, 2089, 2253,4110–4112
Boerrigter, P. M., 4110, 4111–4112Boettger, M., 1707Boeuf, A., 65, 66, 334, 335, 994, 995, 1019,
2283, 2292, 2358Boeyens, J. C. A., 551Bogacz, A., 469, 475Bogatov, S. S., 3495, 3496Bogatskii, A. V., 108Bogdanivic, B., 116Bogdanov, F. A., 1169Bogdanovic, B., 2865Boge, M., 740, 998Boggis, S. J., 3021Boggs, J. E., 77Bogomolov, S. L., 14, 1654, 1719, 1720, 1735,
1736, 1738Bogranov, D. D., 164Bohe, A. E., 855Bohet, J., 34, 35, 191, 193, 1403, 1410, 1412,
1413, 2123, 2160, 2411, 2695Bohlander, R., 751Bohme, D. K., 4123, 4133Bohmer, V., 2655Bohn, J. L., 4083Bohr, N., 3890Bohrer, R., 477, 496, 515, 554Bohres, E. W., 114, 206, 208, 470, 2241Bois, C., 547
Boisset, M. C., 3165, 3166, 3167Boisson, C., 2246, 2484, 2488, 2812,
2818, 2847, 2856–2858, 2869, 2922,2938
Boivineau, J. C., 347, 353, 1070, 1073, 1074Boivineau, M., 955, 962Bojanowski, R., 3026, 3029Bok, L. D. C., 115Bokelund, H., 405, 1008, 1409, 1410,
2752, 2753Bokolo, K., 618Boldeman, J. W., 3965Boldt, A. L., 1275Bole, A., 86, 91Bolender, J., 2267Boll, R. A., 31Bollag, J.M., 3601Bollen, G., 1735Bollhofer, A., 231Bologna, J. P., 227Bolotnikova, M. G., 1821Bol’shakova, L. I., 3932Bolton, H. Jr., 1179, 3614, 3615, 3633Boltwood, B. B., 162Bolvin, H., 1113, 1156, 1933, 3112, 3125Bombardi, A., 2236Bombieri, G., 548, 554, 2426, 2427,
2439–2443, 2446, 2447, 2449, 2451,2452, 2468, 2471–2473, 2475, 2479,2483, 2484, 2487, 2491, 2817, 2818,2831, 2843
Bommer, H., 491Bomse, M., 1312, 1315, 2580Bonani, G., 3056Bonanno, J. B., 2827Bonazzi, P., 261, 301Boncella, J. M., 1958Bond, A. H., 1955, 2452–2454, 2584, 2650,
2665, 2666, 3633Bond, E. M., 1283, 2656Bond, G. C., 1898Bond, K. A., 3635Bond, L. A., 3280, 3295, 3296, 3311, 3314Bond, W. D., 1049, 1402, 2672Bondarenko, P. V., 1507Bondietti, E. A., 2591, 3287Bondybey, V. E., 1968Bones, R. J., 353, 360, 362, 364Bonn, J., 3044, 3047, 3048, 3320, 3321Bonnell, P. H., 1018, 1019Bonnelle, C., 227, 859, 1095Bonnelle, J. P., 76Bonner, N. A., 704, 822, 3913Bonner, T. W., 3965Bonnet, M., 215, 409, 412, 2358Bonniaud, R. A., 3814, 3852Bonnisseau, D., 740, 998Bonthrone, K. M., 297
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-172
Boocock, G., 1814, 1816, 3360, 3362,3364–3366, 3375, 3376, 3378, 3398
Booij, A. S., 2153, 2154, 2169, 2177,2185–2187
Boom, R., 2209Booth, A. H., 186Booth, C. H., 277, 932, 967, 2588, 3173,
3176, 3177, 3179, 3182Booth, E., 225Boraopkova, M. N., 424Borchardt, P., 42, 43Bordallo, H. N., 338, 339Bordarier, Y., 1863Bordunov, A. V., 2449Boreham, D., 1093Borg, J., 164Borggreen, J., 164, 170Boring, A. M., 921, 922, 924, 954, 1300, 1908,
2082, 2313, 2329, 2330Boring, M., 1194, 1916, 1938, 4105, 4108Borisenkov, V. I., 1504Borisov, M. S., 1352Borisov, S. K., 458, 487Borisov, S. V., 458, 487Borkowski, M., 840, 1352, 2580, 2649, 2656Borlera, M. L., 102, 109, 2431, 2432Born, H.-J., 164Born, M., 2574Born, W., 3306Borene, J., 266Boro, C., 964, 965, 2342Boroujerdi, A., 394, 395Borovoi, A. A., 3095Borsese, A., 100, 2411Borylo, A., 3014, 3017Borzone, G., 100, 2411Bosma, T. N. P., 3616Boss, M. R., 988Bostick, B. C., 3172Bostick, W. D., 3409Botbol, J., 187Botoshansky, M., 2834, 2835, 2984Bott, S. G., 439, 454, 455, 1182–1184, 2452,
2802, 2827, 2876Botta, F., 1033Botto, I. L., 110Bouby, M., 3024, 3103, 3104, 3129, 3546Boucher, E., 92Boucher, R. R., 817, 1012, 1015, 1304, 2407,
3892Boucherle, J. X., 2358Bouchet, J. M., 943, 970Boudarot, F., 2237, 2286Boudreaux, E. A., 2231, 4091Bouexiere, D., 97Bougon, R., 334, 503, 507, 533, 535–537,
561, 566, 567Bouhlassa, S., 1324, 1352
Bouillet, M. N., 719, 720Bouisset, P., 3062Bouissieres, G., 37, 38, 162, 164, 167, 176, 178,
179, 184, 187, 191, 195, 200, 201, 207,209–211, 215, 216, 218, 220–222, 225,227, 229, 230, 1077, 1079, 1080, 1101,1302, 1468, 1529, 1548, 1602, 1611,1629, 2552
Boukhalfa, H., 421, 1110, 1178, 1179, 3528,3546, 3612, 3626
Boulet, P., 97, 402, 407, 967, 968, 1009, 1012,1015, 1016, 1033, 1034, 1784, 1790,2239, 2289, 2290, 2352, 2353,2372, 2407
Boult, K. A., 3829, 3856, 3857f, 3864,3865–3866, 3866f
Boulyga, S. F., 3488Bourcier, W. L., 292Bourdarot, F., 744Bourderie, L., 1551Bourdon, B., 231, 3314Bouree, F., 402, 407Bourges, J. Y., 1049, 1324, 1329, 1341, 1356,
1365, 1366, 1603, 2672, 3903Bourion, F., 80, 81Bourion, R., 80Bourne, G. H., 3401, 3405Boussie, T. R., 2488, 2852, 2856Boust, D., 3022Boutique, J.-P., 420, 423, 425, 435, 437, 457,
470, 473, 474, 478, 502, 509, 514–516,538, 544, 551
Bouzigues, H., 824Bovey, L., 858, 860, 1116Bovin, A. V., 817Bowden, Z. A., 2278Bowen, R. B., 620Bowen, S. M., 1431Bowen, V. T., 3282, 3287, 3295Bower, K., 225Bowers, D. L., 2096, 2536, 3034, 3037, 3043,
3044, 3059, 3060Bowersox, D. F., 717, 865–868, 870, 873–875,
904, 905, 913, 914, 2709, 2711, 2713,3224
Bowkowski, D., 3913Bowmaker, G. A., 1671Bowman, A. L., 67, 71, 98, 2407, 2408, 2411Bowman, B. M., 3353, 3402Bowman, F. E., 961Bowman, M. G., 30, 34, 35, 2385Bowsher, B. R., 3726t, 3728, 3744Boxall, C., 1138Boyanov, M. I., 3180, 3182Boyce, J. B., 3240Boyce, W. T., 1433Boyd, C. M., 634Boyd, H. A., 3057
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-173
Boyd, P. W. D., 1671Boyd, T. E., 1292Boyer, J., 1268Boyer, L., 3869Boyi, W., 2452, 2456Buppelmann, K., 3507, 3514–3515, 3527Buppelmann, L., 1145, 1146Brabers, M. J., 32, 33, 113Brachet, G., 1304Brachmann, A., 3138, 3150Brack, M., 1883Bracken, D. S., 3971Bradbury, M. H., 192, 2148, 3152, 3156, 3157Bradley, A. E., 854, 2690Bradley, A. J., 3159Bradley, C. R., 275Bradley, D. C., 115, 1186Bradley, D. G., 93Bradley, D. J., 3487, 3491, 3495, 3496, 3498t,
3499, 3500, 3504, 3553–3555, 3554f,3569
Bradley, J. P., 275Bradley, M. J., 404, 1131, 1132, 1144, 1146Bradshaw, J. S., 2449Brady, E. D., 861, 1112, 1166, 3109, 3210Brady, J. D., 1631, 1633, 1635, 1636, 1858Brady, P. V., 3179Braicovich, L., 1196, 1198, 2080, 2085,
2086, 2561Brainard, J. R., 3546Braithwaite, A., 3165, 3167Braithwaite, D., 407, 1300, 2239, 2352, 2359Brambilla, G., 2704Bramlet, H. L., 2426, 2427Bramman, J. I., 3773Bramson, J. P., 3278, 3327, 3328Brand, G. E., 2708, 2709Brand, J. R., 2538Brandau, B. L., 224Brandau, E., 1352, 1551Brandau, W., 3416, 3420Brandel, V., 103, 109, 110, 128, 275, 472, 477,
1171, 1172, 2431, 2432Brandenburg, N. P., 2434, 4173Brandi, G., 1802, 2819Brandstetter, A. P., 3892Brandstatter, F., 266, 281Brandt, L., 772, 774Brandt, O. G., 2274, 2275Brandt, R., 822, 3014, 3296Branica, M., 584, 601, 3130Brannon, J. C., 291, 3159, 3163Branstatter, F., 268Brard, L., 2913, 2918, 2924, 2933, 2984, 2986Brater, D. C., 485, 559Bratsch, S. G., 38, 118, 1352, 1685, 1686,
2539–2544, 3096, 3098, 3109, 3126Brauer, G., 69, 72, 474, 513, 537, 2408
Brauer, R. D., 2678, 2680, 2682–2684, 2689Brault, J. W., 1840, 1845, 1846Braun, E., 62Braun, R., 377Braun, T. P., 89, 95Bray, J. E., 2261Bray, K. L., 2049Bray, L. A., 1049, 1268, 1290, 1291, 3903Bray, T. H., 3903, 4158, 4164, 4165, 4166f,
4167, 4168f, 4169fBrebion, S., 133Bruchle, W., 182, 185, 186, 1447, 1629, 1635,
1643, 1646, 1647, 1662, 1664, 1679,1684, 1685, 1687, 1696, 1698–1700,1704, 1705, 1708–1714, 1716, 1718,1735, 1738, 2575
Brcic, B. S., 506, 508Bruck, E., 62Brechbiel, M. W., 43, 44Bredig, M. A., 357Bredl, C. D., 2333, 2352Breeze, E. W., 415–417, 2413, 4038, 4042Breit, G. N., 1898, 3140Breitenstein, B. D., 3413Breitung, W., 368Breivik, H., 1666, 1695, 1702, 1717, 1735Brendel, C., 94Brendel, W., 94Brendler, V., 2583, 3037, 3044, 3046, 3069,
3102, 3131, 3138, 3140–3142, 3145,3147, 3149, 3150, 3160, 3161, 3381,3382
Brendt, U., 445Brennan, J. G., 1200, 1202, 1949, 1956, 1960,
2256, 2471–2473, 2475, 2476,2478–2481, 2488, 2561, 2802, 2803,2805–2809, 2833, 2834, 2837, 2854,2856, 2879, 2916, 2922
Brenner, I. B., 638, 3328Brenner, V., 1921, 1922Brese, N. E., 98Bressat, R., 114Bressers, J., 4008Brett, N. H., 415–417, 1058–1060, 1062,
1065–1067, 1070, 1071, 2413Brewer, K. N., 1282, 2739, 2741Brewer, L., 33, 67, 95, 96, 413, 738, 860, 927,
962, 1034, 1093, 1452, 1515, 1586,1643, 1854, 1855, 1858, 1859, 1872,2015, 2018, 2020, 2024, 2076, 2078,2118, 2209, 2407, 3912, 4129f
Brugger, M., 1738Briand, J.-P., 164Brianese, N., 2472, 2473, 2484, 2820,
2825, 2841Bricker, C. E., 634Brickwedde, F. G., 2159, 2161Bridgeman, A. J., 3102
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-174
Bridger, N. J., 421, 1018–1020, 1110, 2238,2380
Bridgewater, B. M., 2827Bridgman, P. W., 61Briesmeister, R. A., 1088, 4108Briggs, G. G., 61, 78Briggs Piccoli, P. M., 97, 4047t, 4059, 4067Briggs, R. B., 487, 2632Brighli, M., 2590Brillard, L., 181, 211, 1352, 1428, 1476,
1477, 1551, 1554, 1629, 1688, 1700,1718
Brintzinger, H., 61Brisach, F., 2655Brisi, C., 373, 375, 377, 393Brisianes, G., 405Brison, J. P., 2352Brissot, R., 3489fBristow, Q., 3027Brit, D. W., 343Brito, H. F., 1454, 2042, 2062, 2071, 2075Britt, H. C., 1447, 1477Brittain, R. D., 2179Britton, H. T. S., 112Brixner, L. H., 376–378, 2407Barnighausen, H., 1534Broach, R. W., 2479, 2481, 2839Brochu, R., 102, 110, 374, 377, 378, 380,
382, 393, 414, 1172, 2413, 2431, 4024t,4032
Brock, C. P., 1959, 1993, 2480, 2837, 2892,2893
Brock, J., 851Brodsky, M. B., 101, 324, 957, 1297, 1319,
2238, 2264, 2283, 2292, 2315, 2341,2346, 2350, 2698
Brody, B. B., 1092, 1094, 1100, 1101, 2167Brody, J. K., 3932Brody, S., 3357, 3369Broecker, W. S., 3056Broholm, C., 2351Broli, M., 353, 355, 360, 362, 396, 397Bromley, L. A., 95, 96, 413, 738, 1093Bronisz, L. E., 996Bronner, F., 3357Bronson, M. C., 996Brook, A. G., 2985Brookes, N. B., 1196, 1198, 2080, 2085,
2086, 2561Brookhart, S. K., 2924Brookins, D. G., 271Brooks, A. L., 3396Brooks, M. S. S., 191, 207, 719, 720, 1527,
2150, 2248, 2276, 2289, 2291, 2353,2354, 2359, 2464
Brooks, R., 1080, 1086Brooks, S. C., 3180Bros, J. P., 469, 475
Bros, R., 3559, 3869Brosn, G. M., 2839Brossman, G., 900, 901Brown, A., 69, 72Brown, C., 1071Brown, C. F., 287Brown, C. M., 929Brown, D. R., 78, 81, 82, 86, 93, 94, 115, 162,
164, 166, 178, 179, 182–184, 186, 191,194, 197–208, 213, 215, 216, 220–222,224, 227, 379, 421, 423, 425, 435, 436,439–441, 446, 451, 453, 455, 466, 469,471–482, 484, 485, 487, 490–492,494–502, 504, 505, 507, 509, 510,512–516, 518, 520, 522–528, 533–535,543, 544, 547, 552–557, 566, 567,569–575, 578, 734, 736–739, 745, 746,748, 1077, 1084, 1095, 1097, 1100,1184, 1188, 1190, 1191, 1312, 1398,1411, 1417, 1459, 1527, 1529, 1562,1593, 1599, 1681, 1798, 1931, 1951,2065, 2080, 2085–2087, 2123, 2160,2161, 2164, 2195, 2276, 2413, 2415,2416, 2418–2426, 2428, 2434, 2435,2472, 2475, 2476, 2483–2485, 2580,2695, 2817, 2843, 2851, 2852
Brown, E. D., 76, 109Brown, F. B., 1018, 1908, 1909, 3212, 3217,
3218, 3222Brown, F. W., 3046Brown, G. E. Jr., 270, 276, 277, 286, 795, 1810,
2531, 3094, 3102, 3127, 3139, 3152,3155, 3158, 3111, 3122, 3163, 3165,3169
Brown, G. H., 101Brown, G. M., 521, 2479, 2481Brown, G. S., 3282Brown, H., 1187Brown, H. C., 337Brown, H. S., 732Brown, I. D., 3093Brown, J., 1810Brown, J. D., 2076Brown, J. M., 4086, 4087Brown, K. B., 312, 313Brown, K. L., 1963Brown, M. J., 3629Brown, N. R., 270, 297, 1295, 3017, 3302Brown, P. J., 1023, 1055, 2249, 2250Brown, P. L., 119, 120, 121, 123, 124,
126, 2575Brown, R. D., 1981, 3956Brown, W., 731, 732Brown, W. G., 996Brown, W. R., 2432Browne, C. I., 5, 227, 1577, 1622Browne, E., 20, 3825, 3829Browning, P., 357, 367
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-175
Brozell, S. R., 577, 627, 1192, 1199, 1897,1909, 1928, 1930, 2037
Bruser, W., 116Bruce, F.R., 2734, 3918Bruce, M. I., 2889Bruck, M. A., 2472, 2919Brucklacher, D., 2393, 3681, 3685, 3733Brueck, E., 70, 73Bruenger, F. W., 1823, 3340, 3343, 3350, 3353,
3355, 3359–3362, 3364–3366, 3370,3373–3379, 3381, 3382, 3385, 3388,3396, 3398, 3399, 3403–3405,3413–3416, 3420
Bruger, J. B., 1513, 1516Bruggeman, A., 845Brugger, J., 260, 267, 285, 288, 292Bruguier, F., 861Brumme, G. D., 366Brun, C., 452Brun, T. O., 64, 66Brundage, R. T., 763, 766, 1369, 2095Brunelli, M., 1802, 2420, 2819, 2865Brunn, H., 77Bruno, J. W., 117, 121, 124, 125, 127, 128, 130,
131, 293, 768, 1805, 1927, 2470, 2479,2583, 2801, 2840, 2841, 2918, 2934,3064, 3143, 3145, 3160, 3527, 3559,3840f, 3842, 3843, 3873
Brunstad, A., 3904Brunton, G. D., 84, 86–92, 424, 458–465, 487,
2416Brusentsev, F. A., 539, 542Brusset, H., 539, 541Bryan, G. H., 466, 1018Bryan, N. D., 3621Bryantsev, V. S., 4140Bryne, A. R., 786Bryner, J. S., 101Brynestad, J., 396Brynhildsen, L., 3614Bryukher, E., 31Bottcher, F., 89, 94, 95Bublitz, D., 133, 3138, 3149Bublyaev, R. A., 546Bubner, M., 2568, 3102, 3135, 3138,
3140–3142, 3145, 3147, 3149, 3150Buchanan, J. M., 1168Buchanan, R. F., 848, 3927Buchardt, O., 630Bucher, B., 1055Bucher, E., 96, 2351Bucher, J. J., 118, 277, 287, 289, 579, 585, 589,
602, 795, 1112, 1166, 1327, 1338, 1363,1370, 1921, 1923, 1947, 2530–2532,2568, 2576, 2580, 2583, 2588, 2812,3087, 3089, 3090, 3095, 3101–3104,3106, 3107, 3110, 3111, 3113–3115,3117–3119, 3122, 3130, 3131, 3135,
3138, 3140–3142, 3145–3147, 3149,3150, 3152, 3154–3156, 3160,3165–3167, 3170, 3179, 3181, 3182,3344, 3369, 3385, 3388, 3390, 3391,3394, 3417, 3423
Buchholtz ten Brink, M., 275Buchholz, B. A., 1295, 2750, 2751Buchkremer-Hermanns, H., 89, 94Buchler, A., 4112Buchmeiser, M. R., 851Buck, E. C., 253, 270, 271, 273–275, 279, 280,
289, 291, 292, 297, 1806, 3017, 3051,3052, 3302, 3519, 3822f, 3837, 3838f,3839, 3842
Buckau, G., 1352, 1354, 2591, 3022,3043, 3057
Budantseva, N. A., 745, 747, 749, 1127, 1170,1175, 1312, 1321, 1931, 2434, 2436,2595, 3043
Buddemeier, R. W., 3529, 3558Buden, D., 817Budentseva, N. A., 1312, 1320Budnikov, P. P., 395Buecher, H., 4105Buergstein, M. R., 2984Buesseler, K. O., 3046, 3488, 3550, 3553Bugaris, D. E., 4046t, 4060Bugl, J., 410Buhrer, C. F., 412Buijs, K., 34, 35, 191, 194, 1271, 1304, 1402,
1403, 1410, 1412, 1413, 1432, 1433Bujadoux, K., 2930Bukhina, T. I., 2668Bukhmarina, V. N., 4112Bukhsh, M. N., 213, 217, 229Bukhtiyarova, T. N., 129, 773Bukina, T. I., 1408Buklanov, G. V., 14, 776, 822, 1036, 1352,
1398, 1400, 1624, 1629, 1632, 1633,1635, 1636, 1653, 1654, 1663, 1684,1690, 1707, 1719, 1720, 1735, 1736,1738, 1932
Bulbulian, S., 3057Buldakov, L. A., 3352, 3424Bulkin, V. I., 986, 1302Bullock, J. I., 439, 445, 449, 452, 455, 544, 585,
593, 1169Bulman, J. B., 63Bulman, R. A., 1813, 1815, 1817, 1819–1821,
3340Bulot, E., 2484, 2488, 2490, 2491, 2856,
2859, 2866Bundschuh, T., 120, 125, 126, 3045Bundt, M., 3014Bunker, B. A., 3180, 3182Bunker, M. E., 227Bunnell, L. R., 404Bunney, L. R., 180, 187
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-176
Bunzl, K., 3017, 3557Buppelmann, K., 3507, 3514–3515, 3527Burakov, B. E., 3855, 3867Burbridge, G. R., 3479Burch, W. D., 1352Burdese, A., 102, 109, 2431, 2432Burdick, G. W., 2020Burford, M. D., 2683Burg, J. P., 3047Burgada, R., 2591, 3413, 3419, 3421, 3423Burger, L. L., 841, 843, 2626, 2650, 2704,
3918, 3919Burgess, J., 1778, 2603Burggraft, B., 3349, 3350, 3398, 3399Burghard, H. P. G., 208, 1188, 1951, 2852Burghart, F. J., 2284Burgos, W. D., 3639Burgus, W. H., 166, 167, 169, 188, 195, 230Burk, W., 497Burkart, W., 3173, 3476, 3479, 3484, 3485Burkes, D. E., 3779Burkhart, M. J., 775, 1127, 1181, 2594Burlakov, V. V., 2927Burlando, G. A., 393Burlet, P., 409, 412, 719, 720, 739, 740, 744,
1055, 2236, 2237, 2275, 2286Burmistenko, Yu. N., 3046Burnaeva, A. A., 1422, 2431Burnett, J. L., 33, 38, 118, 1312, 1328–1330,
1417, 1423, 1424, 1446, 1454, 1460,1479–1482, 1526, 1529, 1546–1548,1555, 1557, 1592, 1604, 1607, 1669,1725, 1727, 2122, 2124, 2163, 2542
Burnett, W. C., 3020, 3282, 3285Burney, G. A., 705, 714, 786, 787, 817,
1290, 1291, 1312, 1323, 1412,1422, 3281
Burns, C. J., 421, 739, 1110, 1182, 1185, 1186,1901, 1955, 1958, 1965, 2380, 2400,2472, 2479, 2480, 2484, 2487, 2488,2490, 2491, 2799, 2803, 2813, 2815,2831–2833, 2835, 2845–2850, 2853,2858, 2867, 2868, 2879, 2911, 2914,2916, 2919, 2921, 2922, 2995, 2996,3528
Burns, J., 2182, 2186Burns, J. B., 1532Burns, J. H., 116, 462, 488, 502, 747, 1084,
1093, 1096, 1295, 1312, 1315, 1317,1320, 1323, 1324, 1357–1362,1415–1417, 1423, 1431, 1455, 1464,1465, 1468, 1471, 1528, 1530–1533,1541, 1544, 1599, 1953, 2163,2400–2402, 2417, 2422, 2427, 2434,2436, 2439, 2444, 2451, 2452, 2469,2470, 2472, 2489, 2490, 2527, 2801,2814, 2815, 3125
Burns, M. P., 892, 942
Burns, P. A., 3017, 3302Burns, P. C., 103, 113, 257, 259–268, 270–272,
280–283, 286–296, 299–301, 580,582–584, 730, 2193, 2402, 2429–2435,3093, 3094, 3118, 3155, 3160, 3170,3178, 3476, 3484, 3520, 3839–3842,4167, 4170–4173, 4174f, 4177–4179,4179f, 4181f, 4184, 4186f, 4187f
Burns, R. C., 1084, 1101, 2426Burns, W. G., 39, 3848, 3853Burr, A. F., 60, 190, 859, 1370Burraghs, P., 1681Burrell, A. K., 605, 2464, 2465Burriel, R., 2208, 2211Burris, J. L., 97Burris, L., 2693, 2708, 2709, 2710, 2712, 2713Burrows, H. D., 130, 131, 627, 629Bursten, B., 764, 1113Bursten, B. E., 203, 405, 575, 764, 1112, 1113,
1191, 1192, 1196, 1200, 1363, 1670,1671, 1676, 1726–1729, 1778,1893–1896, 1900–1903, 1908,1915–1917, 1922, 1925, 1926,1932–1934, 1939, 1943–1946,1948–1962, 1966, 1969, 1971, 1973,1975–1988, 1991, 1993, 1994, 2127,2246, 2400, 2527, 2528, 2531, 2532,2561, 2803, 2815, 2853, 2861, 2863,2918, 3039, 3087, 3106–3108,3111–3113, 3116, 3118, 3122,3125, 3170
Burwell, C. C., 862, 897Burwell, R. L. Jr., 2999, 3002, 3003Buryak, E. M., 335Burzo, E., 67Busch, G., 412, 4008Busch, J., 113Busch, R. D., 3409Buscher, C. T., 851, 3101, 3152, 3155, 3156Buschow, K. H. J., 65, 66, 69–73, 2356Bushuev, N. N., 112Bussac, J., 824Buster, D. S., 3343, 3351, 3365, 3396, 3405Butcher, R. J., 2484, 2486, 2487, 2813,
2844, 2845Butler, E. N., 984Butler, I. B., 3047Butler, I. S., 3171Butler, J. E., 2243Butler, R. N., 2530Butt, J. B., 3003Butterfield, D., 35Butterfield, M. T., 1056, 2347Buxton, S. R., 619Buyers, W. J. L., 399, 1055, 2360Buykx, W. J., 353Bychkov, A. V., 854, 2692, 2693, 2695–2698,
2700, 2702, 2704–2708, 3793–3794
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-177
Bykhovskii, D. N., 176Bykov, V. N., 364, 402Byrne, A. R., 3056–3058, 3307Byrne, J. P., 3036Byrne, J. T., 1104Byrne, N. E., 2864Byrne, T. E., 1505
Cabell, M. J., 27, 30, 31Cabrini, A., 123Caccavo, F., 3622Cacceci, M. S., 782Cacciamani, G., 927Caceci, M. S., 768, 1352, 2546, 2551, 2572,
2586, 2664Caceres, D., 2441Cacheris, W. P., 132Caciuffo, R. C., 65, 66, 334, 335, 994, 995,
1019, 2278–2280, 2283–2287, 2292,2294
Caffee, M. W., 3300Cagarda, P., 14, 1653, 1713, 1717Cahill, C. L., 259, 262, 282, 289, 290Cai, J. X., 76Cai, S., 1635, 1642–1646Caignol, E., 468Caille, A., 444Caillat, R., 329, 421, 487, 557Caillet, P., 544Cain, A., 1335Caira, M. R., 472, 477, 512Caird, J. A., 1453–1455, 1515, 1544Calais, D., 958, 959, 960Calas, G., 270, 276, 277, 3152, 3155, 3163, 3168Caldeira, K., 2728Calder, C. A., 942–944, 946Calderazzo, F., 2469, 2819Caldhorda, M. J., 2912Caldwell, C. E., 3931Calestani, G., 103, 110, 204, 207, 2411Caletka, R., 176, 1640, 1645, 1663, 1690Caley, E. R., 253Calhorda, M. J., 2885Caligara, F., 2696, 2697Calle, C., 2633Calmet, D., 3062Calvert, S. E., 225Calvin, M., 115, 2264Camarcat, M., 191Campana, C. F., 555, 1173Campbell, A. B., 2133, 2193Campbell, D. O., 215, 1290, 1451, 1509,
1585, 2640Campbell, D. T., 2452Campbell, G. C., 2490, 2859, 2860Campbell, G. M., 1008, 1116, 2698Campbell, T. J., 259, 260, 262, 263, 266,
267, 269
Campbell, W. M., 3926Campello, M. P., 2881, 2883, 2885, 2886Camus, P., 1453, 1846, 1871Candela, G. A., 2272Caneiro, A., 355, 356Canepa, J.A., 3571Canneri, G., 109Cannon, J. F., 67, 2407Cantle, J., 638, 3328Cantrell, K. J., 287, 1159, 1160, 3173, 3176,
3177Cantu, A. A., 1908Cao, R., 2062Cao, X., 791Cao, Z., 1285, 4135Capdevila, H., 1117, 1150, 1160–1162, 1164Capocchi, J. D. T., 61Capone, F., 1029, 1036, 1045, 1047, 1971,
2149, 3212, 4091, 4099, 4133, 4134Cappellen, P. V., 3621, 3649–3650Cappis, J. H., 789, 3014, 3314Caputi, R. W., 1075Carassiti, V., 629Carbajo, J. J., 357, 1048, 1071, 1074–1077,
3698, 3700Carbol, P., 3032, 3070Carbol, P. C.-S. J., 3841Carey, A. E., 3287, 3295Carey, G. H., 2587Cariati, F., 2440Cariou, J., 1882Carlander, R., 4008Carleson, B. G. F., 2698Carleson, T. E., 2679, 2681, 2683, 2684Carlier, R., 220, 221Carlile, C. J., 2250Carlin, R. T., 2691Carlos-Marquez, R., 1143Carls, E. L., 1081Carlson, E. H., 492Carlson, L. R., 859, 1873–1875, 1877Carlson, O. N., 61Carlson, R. S., 332Carlson, T. A., 33, 1296, 1452, 1453, 1516,
1626, 1627, 1640, 1669, 1682, 1725,1727
Carlton, T. S., 86, 91Carmack, W., 3821Carmona, E., 1956, 2473, 2803, 2806, 2807Carmona-Guzman, E., 2866Carnall, W. T., 350, 373, 380, 382, 421, 422,
425, 482, 483, 486, 501–505, 509, 521,529, 549, 561, 729, 745, 763, 766,857–859, 988, 1088, 1109, 1110, 1112,1113, 1194, 1296, 1312, 1314,1324–1327, 1338, 1340, 1365, 1404,1406, 1410, 1430, 1453–1455, 1465,1471, 1473–1475, 1513, 1515, 1533,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-178
1543–1545, 1557, 1604, 1847, 1866,1896, 2014–2016, 2018, 2020,2030–2039, 2041, 2042, 2044, 2047,2048, 2050, 2053, 2054, 2056–2058,2060, 2062–2065, 2068–2073, 2075,2077, 2078, 2080, 2082, 2084–2086,2089–2097, 2099, 2103, 2226, 2251,2259, 2265, 2530, 2601, 2696,2697, 2699, 4094
Carniglia, S. C., 1085, 1312Carpenter, J. D., 2924Carpenter, S. A., 3025Carpio, R. A., 2686Carr, E. M., 398Carre, F., 3767Carra, P., 2236Carrano, C. J., 1824, 3349, 3359, 3364, 3365,
3376, 3378Carre, D., 1055Carrera, A. G., 2655Carrera, M. A. G., 2655Carrere, J. P., 219Carretas, J. M., 4138Carrington, A., 4086, 4087Carritt, J., 3341, 3342, 3348, 3353, 3356,
3386Carroll, D. F., 1058, 3829, 3861Carroll, R. L., 2652Carroll, S. A., 3064, 3160Carroll, S. L., 3180Carrott, M. J., 2679, 2681–2683Carsell, O. J., 186Carson, J., 3488Carstens, D. H. W., 1968, 1971Carswell, D. J., 187Carter, C.B., 3939Carter, F. L., 66, 1515Carter, J. A., 3312, 3953Carter, M. L., 279, 280, 291, 2157, 2159Carter, R. E., 368Carter, W. J., 2038Cartula, M. J., 980, 981, 983, 984, 986Carugo, O., 2577Caruso, J., 3323Carvalho, A., 2881, 2882Carvalho, F. M. S., 260, 293Carvalho, F. P., 1507, 3487–3488Casa, D., 2288Casalta, S., 2143Casarci, M., 1280, 1282, 2738, 2743Casarin, M., 1953, 1957Casas, I., 121, 124, 1805Case, A. C., 3386Case, G. N., 1640, 2561, 2585Casellato, U., 115, 2437, 2438, 2440, 2441,
2472, 2473, 2484, 2820, 2825, 2841Casensky, B., 2655Casey, A. T., 215, 218, 219, 227
Casida, K. C., 1910Casida, M. E., 1910Cassol, A., 767, 770, 776–779, 781, 782, 1178,
1180, 1181, 2441, 2550, 2554,2584–2586
Cassol, G., 2586, 2589Castellani, C. B., 2441, 2577Castellato, U., 1926Castillo, M. K., 3057Casto, C. C., 632Castro, J. R., 1507Castro-Rodrigues, I., 1965Catalano, J. G., 113, 286, 1810, 2157, 2159,
3651Cater, E. D., 1968, 1971Catlow, C. R. A., 367–369, 1045, 3726, 3727fCaton, R. H., 64, 66Catsch, A., 3413Caturla, M. J., 863Cauchetier, P., 1177–1181, 2575Cauchois, Y., 190, 227, 859Caude, M., 2685Caulder, D. L., 277, 2588, 3179, 3182Caurant, D., 1962, 2246, 2847, 2858, 2862Cauwels, P., 3042, 3043Cavalli, E., 2100Cavellec, R., 1369, 2042, 2062, 3037Cavendish, J. H., 61, 78Cavigliasso, G., 3102Caville, C., 545Cavin, O. B., 67Cawan, T. E., 986Cazaussus, A., 208, 209, 2432, 2433C&E News, 1754CEA, 1812, 1829Cebulska-Wasilewska, A., 1507Cecille, L., 2633, 2767Cefola, M., 988Cejka, J., 264, 281, 289Celon, E., 2443Cendrowski-Guillaume, S. M., 2479, 2488,
2857, 2858, 2871, 2889Cercignani, C., 366, 367Cernik, R. J., 2238Cerny, E. A., 1179Cesari, M., 2471, 2472, 2490, 2491, 2493, 2859Cesbron, F., 262, 266, 268, 272, 292Chace, M. J., 3405Chachaty, C., 1168, 2563, 2580Chackraburtty, D. M., 371, 1004, 1005, 1007,
1058–1061, 1065, 1170, 2407, 2434,2441, 2442, 2445, 2446
Chadha, A., 2434Chadwick, R. B., 1447, 1662, 1703, 1704Chai, Y., 2864Chaigneau, M., 83Chaikhorskii, A. A., 726, 727, 763, 764, 766,
770, 793
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-179
Chaiko, D. J., 292Chakhmouradian, A. R., 113Chakoumakos, B. C., 278, 3862Chakrabarti, C. L., 3036Chakravorti, M. C., 540, 566, 588, 2434, 2441Chakravortty, V., 182, 1283, 1512Chakroya, E. T., 3067Chalk, A. J., 2966Chalk River, 3340Chamber, C. A., 3259Chamberlain, D. B., 279, 861, 1282, 2655,
2738–2740Chamberlain, O., 3960Chamberlin, R. M., 117, 2827, 2868Champagnon, B., 277Champarnaud-Mesjard, J.-C., 281, 468Chan, B. C., 4034, 4037, 4047t, 4065, 4067Chan, C. Y., 3568Chan, S. K., 2238, 2263, 2279Chan, T. H., 2953Chander, K., 1174, 1352Chandler, D. P., 3602Chandler, J. M., 80Chandra, P., 2352Chandrasekharaiah, M. S., 352, 355, 356,
365, 369, 2195Chang, A., 1943, 1944, 1947, 1949, 1951, 1959Chang, A. H. H., 1943, 1946–1949, 1951,
1952, 1973, 2253, 2853, 2864Chang, A. T., 355, 356, 364Chang, C. C., 1907, 2801, 2851Chang, C. T. P, 1543, 2270, 2801, 2851Chang, H.-P., 176, 188Chang, Q., 1973, 4096–4099Chang, Y. A., 927, 2693, 2713Chao, G. Y., 103, 113Chaplot, S. L., 942Chapman, A. T., 343Chappell, L. L., 43Charbonnel, M. C., 1168, 1262, 1270, 1285,
2532, 2657Chardon, J., 2431Charistos, D., 302, 3039Charlet, L., 3152–3154, 3165–3167Charlop, A. W., 1635, 1642–1646Charnock, J. M., 588, 589, 595, 1927, 1928,
2441, 2583, 3132, 3165, 3167, 3169Charpin, P., 102, 106, 345, 380, 468, 469, 503,
505, 533–535, 561, 1928, 2439, 2449,2450, 2452, 2453, 2464–2466, 2472,2484, 2490, 2491, 2801, 2820, 2859,2866, 3101, 3105, 3120, 3138, 3141
Charron, N., 3054Chartier, A., 3827Chartier, D., 1355Chartier, F., 1433Charushnikova, I. A., 747, 748, 2434, 2439,
2442, 2595, 4172
Charushnikova, N. N., 746, 748Charvillat, J. P., 204, 377, 739–743, 1020,
1022, 1304, 1312, 1316–1319, 1403,1411, 1412, 1414, 1415, 1420, 1421,2411, 2413
Charvolin, T., 719, 720Chasanov, M. G., 356, 357, 366, 378, 903,
1076, 1971, 1972, 2148, 2715Chasman, R. R., 1736Chassard-Bouchaud, C., 3050, 3062, 3063Chassigneux, B., 109Chasteler, R. M., 1447, 1629, 1635, 1642,
1643, 1645, 1646, 1662, 1703,1704, 2575
Chatalet, J., 421, 520, 529Chatani, K., 783Chateigner, D., 3152, 3156, 3157Chatelet, J., 1874, 1875Chatt, A., 769, 774Chatt, J., 93Chatterjee, A., 1447, 2530Chattillon, C., 340, 351–356, 363, 365Chattin, F. R., 1451, 1509, 1584, 2633Chattopadhyay, S., 2745Chaudhuri, N. K., 772, 2578Chauhan, S., 3602Chauvenet, E., 61, 76, 78–82, 93, 108Chauvin, G., 2712, 2713Chauvin, N., 3768, 3799Chavastelon, R., 105, 106Chavrillat, J. P., 740, 741Chayawattanangkur, K., 25Chebotarev, K., 2426Chebotarev, N. I., 900, 902, 904, 906–908,
910–914Chebotarev, N. T., 892, 894, 900–905,
907–913, 915, 939, 941, 984, 1106, 1107Cheda, J. A. R., 106Cheetham, A. K., 377, 383, 994, 1082Cheinyavskaya, N. B., 1320Chellew, N. R., 2692, 2708Chelnokov,M.L., 1654, 1719, 1720, 1735, 1738Chelnokov, L. P., 1690Chemla, M., 1605Chen, B., 108Chen, C. S., 4175–4176Chen, C. T., 861Chen, F., 270, 3841Chen, J., 1287, 1288, 1352, 2562, 2665, 2762Chen, J. H., 638, 3311–3313, 3629–3630Chen, J. W., 2352, 2357Chen, L., 2679, 2682, 2684Chen, M. H., 1452, 1515Chen, Q., 2888Chen, S. L., 927, 2572Chen, T., 189Chen, X. Y., 2068, 2089Chen, Y., 231, 795, 1287
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-180
Chen, Y.-X., 2938Chen, Z., 266Chenevier, B., 4024tCheng, H., 171, 231, 3313Cheng, L., 291, 3163, 3164Chenley, R. B., 3916Chepigin, V. I., 164, 1654, 1719, 1720, 1735,
1738Chepovoy, V. I., 1479Chereau, P., 1044, 1048, 1070, 1074, 2145Cherer, U. W., 182Cherne, F. J., 928Chernenkov, Yu. P., 546Cherniak, D. J., 3170Chernorukov, N. G., 113Cherns, D., 123, 126Chernyayev, I. I., 109, 566, 585, 593Chernyi, A. V., 907, 909, 911, 912Cherpanov, V. I., 2052Chervet, J., 303Chesne, A., 3922Chetham-Strode, A. Jr., 181, 2635Chetverikov, A. P., 1484Chevalier, B., 70, 73, 2360Chevalier, P. Y., 351, 352, 2202, 3759f, 3763f,
3777fChevalier, R., 79, 86, 87, 90, 92, 459Chevallier, J., 331Chevallier, P., 164Chevari, S., 3366Chevary, J. A., 1904Chevrel, R., 4031Chevreton, M., 2439, 2440Chevrier, G., 102, 106, 2464Cheynet, B., 351, 352, 2202Cheynet, M. C., 3052Chiadli, A., 3024Chiang, M.-H., 861, 3108, 3178Chiang, T. C., 964, 965, 967, 2342Chiappini, R., 133, 3382Chiapusio, J., 1055Chiarixia, R., 1585Chiarizia, R., 633, 716, 773, 840, 1280–1282,
1293, 1294, 1508, 1511, 2642, 2643,2649, 2652, 2655, 2660, 2661, 2727,2743, 2747, 2748, 2750, 3283–3286, 3295
Chibante, L. P. F., 2864Chieh, C., 580, 582Chien, S., 420, 3358Chien, W., 4139Chierice, G. O., 2580Chikalla, T. D., 404, 724–726, 997, 998, 1025,
1030, 1045, 1303, 1312, 1313, 1323,1358, 1419, 1420, 1464, 1466, 2143,2147, 2389, 2395–2398, 3694, 3814,3859–3861, 3860f, 3861t
Childs, W. J., 1088, 1194, 1846, 1873, 2080,2084, 2086
Chilsholm-Brause, C. J., 3035, 3036Chilton, D. R., 342, 357, 358, 3171Chilton, J. M., 213, 256, 3919, 3926Chinea-Cano, E., 3173Chintalwar, G. J., 2668Chiotti, P., 63, 67–70, 74, 78, 80–82, 97, 100,
325, 326, 332, 398–402, 405–409,2114, 2197, 2205–2209, 2385, 2710
Chipaux, R., 997, 998, 1003Chipera, S. J., 3095, 3175–3177Chipperfield, A. R., 3350, 3351, 3408,
3410, 3411Chirkst, D. E., 424, 428–431, 436, 437, 440,
450, 451, 454, 473, 475, 476, 495,510, 511
Chisholm-Brause, C. J., 270, 301, 795, 2531,3101, 3111, 3122, 3152, 3155, 3156,3165, 3169, 3171, 3544
Chistyakov, V. M., 724, 726, 1331, 1334, 1336,1479, 1481, 1484, 2706–2708
Chitnis, R. R., 712, 713, 1281, 1282, 2743,2745, 2747, 2750, 2757
Chitrakar, R., 1292Chmelev, A., 1398Chmutova, M. K., 705, 1283, 1450, 1479,
1509, 1554, 1585, 2651, 2656, 2661,2666, 2677, 2738, 2739
Chmutova, M. S., 1271, 1284Cho, H.-G., 4118, 4120Choca, M., 471, 512, 513Chodos, S. L., 476Choi, I.-K., 380, 2153Choi, K. S., 97, 4034, 4036, 4046t, 4047t,
4048, 4066Choi, Y. J., 1676, 1679–1682, 1723, 1727Cholewa, M., 3069Chollet, H., 2682, 2685Chondroudis, K., 4046t, 4057, 4059Chongli, S., 2251, 2753Chopin, T., 109, 1172Choporov, D. Y., 736, 737, 1085, 1086,
1312Choppin, G. R., 5, 131, 132, 405, 705, 746,
748, 771, 772, 775, 778, 781, 782, 988,1110–1112, 1132, 1138, 1143, 1155,1159, 1160, 1164, 1166, 1179, 1181,1275, 1284, 1287, 1288, 1291, 1327,1352, 1354, 1405, 1407–1409, 1424,1426, 1427, 1434, 1477, 1479, 1508,1509, 1549–1551, 1554, 1555, 1557,1577, 1585, 1624, 1628–1630, 1632,1635, 1760, 1761, 1764, 1803, 1809,1811, 2096–2098, 2386, 2387, 2400,2443, 2524, 2525, 2529, 2530, 2534,2537, 2546–2548, 2551–2553, 2558,2561–2566, 2571, 2572, 2574,2577–2580, 2582–2585, 2587, 2589,2591, 2592, 2594–2596, 2602–2606,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-181
2626–2628, 2632, 2635, 2636,2638–2640, 2650, 2664, 2673, 2677,2688, 2690, 2691, 2726, 3024, 3035,3287, 3476, 3481, 3498t, 3507, 3508,3513, 3529, 3533, 3534, 3538, 3551,3565, 3616, 3633, 3650, 3979, 3980
Choudhury, A., 4184Chourou, S., 541, 542Chow, L. S., 2723Chrastil, J., 2683Chrisment, J., 2649Chrisney, J., 857Christ, C. L., 583, 2486Christe, K. O., 1978Christensen, D. C., 717, 865–870, 873–875Christensen, E. J., 3602Christensen, E. L., 1048, 1093Christensen, E. l., 837Christensen, G. C., 3500Christensen, H., 3221Christensen, J. N., 639, 3327, 3555Christiansen, P. A., 1671, 1898, 1907, 1908,
1918, 1920Christman, R. F., 3150Christoph, G. G., 1058–1060, 1062Chu, C. Y., 2449Chu, S. Y. F., 817, 1626, 1633, 1639, 1644Chu, Y. Y., 1407–1409, 1635, 1642, 1643,
1645, 1646Chuburkov, Yu. T., 1402, 1422, 1423, 1640,
1645, 1663, 1690, 1692, 1693Chudinov, E. G., 1085, 1086, 1312, 1449,
1479, 1483, 1554, 1605Chudinov, E. T., 736, 737Chudinov, N., 1583Chudnovskaya, G. P., 1365, 1369Chukanov, N. V., 268, 298Chuklanova, E. B., 2439Chumaevskii, N. A., 2439, 2442Chumikov, G. N., 3017, 3067Chuney, M., 602Chung, B. W., 967Chung, K. H., 3543fChung, T., 2479Chupka, P., 3953Church, B. W., 3017Church, H. W., 3252, 3253, 3255Churney, K. L., 34Chuveleva, E. A., 1291, 1449, 1512Chuvilin, D. Y., 989, 996Chydenius, J. J., 60, 75, 76, 79, 80, 109Ciavatta, L., 3549Ciliberto, E., 1956, 1957Cilindro, L. G., 1352Cinader, G., 336, 994, 995, 2238, 2261, 2262,
2362, 3206Cingi, M. B., 2440Cirafici, S., 2204
Cisneros, M. R., 849, 1139, 1161, 1167Citra, A., 1969Citrin, P. H., 3087Ciurapinski, A., 3173Civici, N., 3034, 3039Claassen, A., 3029Claassen, H. H., 2083, 4103, 4104Clacher, A. P., 790, 3063, 3317, 3318Claraz, M., 3052Clark, A. H., 280Clark, C. R., 862, 892Clark, D. L., 289, 439, 454, 455, 580, 595, 602,
620, 621, 745, 749, 763, 766, 813, 861,932, 988, 1041, 1043, 1110, 1112, 1116,1117, 1154–1156, 1159, 1162–1166,1181–1184, 1314, 1340, 1341, 1359,1798, 1925–1928, 1931, 2427–2429,2450, 2451, 2484, 2486–2488, 2553,2558, 2583, 2592, 2607, 2802, 2813,2814, 2844–2846, 2858, 2876, 3035,3087, 3108, 3109, 3112, 3113, 3115,3118, 3123, 3125–3128, 3130, 3131,3133, 3134, 3136, 3160, 3167, 3210,3486, 3500, 3501f, 3560, 3597
Clark, G. A., 1281, 2747Clark, G. L., 115Clark, G. W., 343, 1033, 2266Clark, H. K., 821Clark, H. M., 186Clark, J. P., 116Clark, J. R., 583, 2486Clark, R. B., 1021Clark, R. J., 83, 84, 2415Clark, S. B., 852, 1167, 3280, 3292, 3296,
3306, 3491, 3552Clarke, R. H., 1818–1820Clarke, R. W., 19Clarke, W. J., 3386Clarkson, T. W., 3359, 3362Claudel, B., 114, 2438–2440, 2443Clausen, K. N., 357, 389, 399Clavaguera-Sarrio, C., 1921, 1922, 1932,
1969, 1988, 4098Claypool, G. E., 3598Clayton, C. R., 3046, 3069, 3179Clayton, E. D., 988, 1268Clayton, H., 2208Clayton, J. C., 390, 394, 397Cleaves, H. E., 352Clegg, A. W., 2351Clegg, J. W., 303, 307–309, 311Cleland, W. E., 3117Clemente, D. A., 548, 2440, 2441Clemons, G. K., 3343, 3358, 3390, 3391Cleveland, J. M., 466, 814, 837, 850, 988,
1007, 1018, 1110, 1117, 1138, 1140,1167–1169, 1172–1175, 1177, 1178,1180, 2131, 2579, 2582, 2634, 2650,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-182
2730, 3208, 3212, 3222, 3247, 3528,3556, 3601, 3621
Clifford, A. A., 2681, 2683, 2684Clifton, C. L., 371Clifton, J. R., 469, 491, 4112, 4113Clinard, F. W. Jr., 3814, 3828, 3833, 3856,
3861t, 3862–3864Cline, D., 80Clinton, J., 66Clinton, S. D., 256Clinton, S. O., 256Cloke, F. G. N., 117, 1943, 1960, 1964, 2240,
2473, 2816, 2854, 2856, 2863, 2912Close, E. R., 3359, 3361, 3368, 3373, 3387,
3388, 3400Cleve, P. T., 76, 77, 101, 105, 108–110CNIC, Commission on Nomenclature of
Inorganic Chemistry of IUPAC, 1653,1660, 1661
Cobble, J. W., 2538Cobble, R. W., 2132Coble, R. L., 343, 369Cobos, J., 3070Coburn, S., 2237, 2286Cochran, J. K., 3022, 3307Cochran, S. G., 3814Cochran, T. H., 3353, 3396, 3399Cockcroft, J. K., 89, 94Cocuaud, N., 1269Coda, A., 3167Codding, J. W., 167, 169, 188, 195, 230, 3918Cody, J. A., 97, 420, 4026, 4034, 4045, 4046t,
4062, 4063Coffinberry, A. S., 892, 903, 905–913, 3895Coffou, E., 102, 103, 110, 2431Cogliati, G., 1022Cohen, A., 1547Cohen, D. M., 483, 726, 727, 731, 753, 759,
862, 1114, 1116, 1131, 1132, 1297,1312, 1325, 1326, 1337, 1416, 1424,1430, 1455, 1465, 1469, 1470, 1473,1474, 1479, 1530, 1531, 1533, 1604,1774, 2077, 2292, 2394, 2417, 2422,2527, 2531, 2599, 2601, 3099, 3125,3905
Cohen, I., 390, 391Cohen, J. B., 344Cohen, K. P., 1269Cohen, L. H., 1547Cohen, M., 828Cohen, N., 133, 3345, 3349, 3354, 3355, 3371,
3374, 3378, 3384, 3396Cohn, K. C., 2919Cohn, S. H., 3406Cohran, S. G., 3266Colani, A., 104Colarieti-Tosti, M., 2248, 2289, 2291Cole, S. C., 3159
Colella, M., 113, 271, 280, 291, 2157, 2159Coleman, C. F., 312, 313, 841, 1477, 1549,
1550, 1554, 1606, 2565, 2731, 3895,3920, 3922
Coleman, C. J., 1433Coleman, G. H., 3281Coleman, J. S., 465, 466, 1291, 1312, 1314,
1325, 1326, 1328, 1329, 1331, 1332,1410, 1430, 2601
Coleman, P., 2352Colen, W., 3101Coles, S. J., 117, 1943, 1956, 2240, 2473, 2803,
2806, 2807, 2854, 2856Colin-Blumenfeld, M., 129Colineau, E., 719, 720, 967, 968, 1009, 1012,
1015, 1016, 1784, 1790, 2239, 2352,2372, 2407
Colinet, C., 928, 2208Colineu, E., 2353Collard, J. M., 740, 1023Colle, C., 3023, 3067Colle, J. Y., 1029, 1036, 1047, 2149, 3212Colle, Y., 1029, 1045, 1971Collin, J., 2883Collins, D. A., 164, 173, 177, 180, 227Collins, E. D., 1271, 1275, 1402, 1448, 1449,
1451, 1509, 1510, 1584, 1585, 2636Collins, M., 526Collins, S. P., 2234, 2238Collins, Y. E., 3611Collison, D., 588, 589, 595, 1927, 1928,
2440–2442, 2447, 2448, 2583, 3132Collman, J. P., 2924Collongues, R., 113Colmenares, C. A., 996, 3201, 3206, 3207,
3214, 3223–3225, 3227, 3229, 3243,3244
Colombet, P., 1054Colsen, L., 34, 35, 191, 1403, 1410, 1412,
1413Colvin, E. W., 2953Colvin, R. V., 322Comar, C. L., 3393Combes, J. M., 795, 2531, 3111, 3122, 3165,
3169Comeau, D. C., 1908, 1909Comodi, P., 3170Compton, R. N., 4124Compton, V., 319Comstock, A. A., 949, 960Comstock, A. C., 949Comstock, A. L., 2315, 2355Comyus, A. E., 3894Conant, J. W., 333Conaway, J. G., 3027Conca, J. L., 3175, 3409Conceicao, J., 2864Condamines, C., 1285
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-183
Condamines, N., 1285Condemns, N., 2657Condit, R. H., 2195, 3258, 3259Condon, E. U., 1862, 2089Condon, J. B., 332, 3242Condorelli, G., 116Condren, O. M., 3016, 3023, 3296Cone, R. L., 2044, 2047, 2053, 2072, 2073,
2100, 2101, 2103Conner, C., 1282, 2655, 2738–2740Conner, W. V., 1312Connes, J., 1840Connes, P., 1840Connick, R. E., 988, 1121, 1122, 1126,
1175, 1915, 3907Connor, W. V., 1271, 1312, 1325, 1326Conradi, E., 477, 496, 515, 554Conradson, S. D., 127, 128, 130, 131, 270, 580,
595, 620, 621, 849, 861, 932, 933, 984,1041, 1043, 1112, 1116, 1117,1154–1156, 1162, 1164, 1166–1168,1359, 1370, 1798, 1923, 1925–1928,1991, 2263, 2427, 2428, 2531, 2583,2607, 3035, 3039, 3040, 3087, 3101,3108, 3109, 3111–3113, 3115, 3117,3118, 3122, 3123, 3125–3128, 3133,3134, 3136, 3137, 3152, 3155, 3156,3163, 3165, 3169, 3171, 3210, 3513,3530, 4007
Conradson, S. G., 3035, 3036Constantinescu, O., 181, 211, 1688,
1700, 1718Contamin, P., 367, 368Conte, P., 219Conticello, V. P., 2913, 2918, 2924, 2933,
2984, 2986Conway, J. B., 2202Conway, J. G., 442, 457, 1099, 1365, 1423,
1452, 1453, 1455, 1473, 1474, 1513,1516, 1544, 1586, 1602, 1836, 1839,1840, 1845–1850, 1864, 1865,1871–1875, 1877, 1878, 1885, 2038,2065, 2067, 2074, 2077, 2262,2265, 2272
Coobs, J. H., 1033Coogler, A. L., 817Cook, G. T., 3969Cook, R. E., 3165, 3168Cooke, F., 1683Cooke, N., 3354Cooke, R., 1138Cooper, B. R., 1023, 2275, 2364Cooper, E. L., 3067, 3288Cooper, J. H., 1449Cooper, J. R., 3364, 3375, 3565Cooper, J. W., 2699Cooper, L. N., 62, 2350, 2351Cooper, L. W., 3295, 3296, 3311, 3314
Cooper, M. A., 259, 262, 268, 287–290, 298,2426
Cooper, M. B., 3017, 3302Cooper, N. G., 814, 863Cooper, U. R., 2732Cooper, V. R., 835, 2730Cooper, W. C., 280Coops, M. S., 864, 869, 875, 1288, 1291, 1631,
1633, 1635, 1636, 1858, 2636Cope, R. G., 892, 909, 912Copeland, J. C., 1530–1533, 1536, 2398Copland, G. M., 2035Copp, D. H., 3405Copple, J. M., 2655, 2738, 2739Coqblin, B., 1461Corbel, C., 289Corbett, B. L., 1445, 1448, 1509, 1510Corbett, J. D., 83, 84, 2415Corbin, R. A., 1268Cordaro, J. V., 791Cordero- Montalvo, C. D., 2038, 2078Cordfunke, E. H. P., 255, 339, 341, 350,
355–358, 372–376, 378, 383, 514, 525,543, 551, 552, 569, 1048, 1076, 2114,2115, 2139, 2140, 2142, 2144, 2150,2151, 2153, 2154, 2157–2161, 2165,2176, 2177, 2185, 2187, 2192, 2193,2206–2209, 2211, 3727
Cordier, P. Y., 2584, 2657, 2674, 2761Cordier, S., 435, 471Corey, A. S., 294Corey, J. Y., 2965Corington, A., 366Coriou, H., 329, 2712, 2713Corish, J., 1653, 1654Corliss, C. H., 59, 60, 857, 1841, 1843Cornehl, H. H., 1971, 4095, 4125, 4126, 4131,
4132, 4134Cornet, J. A., 943, 958, 970Cornog, R., 3316Corsini, A., 115Cort, B., 333, 457, 486, 882, 939, 949, 967, 989,
995, 2283, 2289, 2290Cory, M. G., 1943, 1946, 1949Cossy, C., 2603, 3110Costa, D. A., 1185, 2687–2690Costa, N. L., 164, 166Costa, P., 957Costantini, J. M., 4039Costanzo, D. A., 1132, 3904Coste, A., 1874, 1875Costes, R. M., 535, 2449, 2452Cotiguola, J. M., 63Cotton, F. A., 162, 470, 1895, 2490, 2491,
2493, 2628, 2800, 2859, 2860, 3130,3131, 3132, 3346
Coudurier, G., 76Couffin, F., 726, 753, 2129
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-184
Coughlin, B. R., 3635Coughlin, J. U., 270, 3165, 3168Coulson, C. A., 1915Coulter, L. V., 2538Coupez, B., 1927Courbion, G., 92Courson, O., 2756Cousseins, J. C., 85–88, 90–92, 457–459,
468, 1108Cousson, A., 79, 86, 87, 90, 92, 113, 459, 460,
511, 730, 745, 746, 748, 792, 2443, 2595Cousson, H., 730, 792Cousson, J., 745Coutures, J.-P., 77Covan, R. G., 2749Coveney, R. M. J., 3159Covert, A. S., 973Cowan, G. A., 824, 1127, 3479, 3482, 3483Cowan, H. D., 1117, 1118, 1121, 1126, 1131,
1132, 1144, 1146, 2601Cowan, R. A., 1908Cowan, R. D., 1730, 1731, 1845, 1862, 1863,
1865, 2023, 2039, 2076Cowan, R. G., 1294Cowley, R. A., 2233, 2274, 2276, 2277, 2281Cowper, M. M., 3050, 3060, 3062, 3064Cox, D. E., 2273, 2283Cox, J. D., 62, 322, 2115, 2117, 2120, 2135,
2136, 2137Cox, J. S., 3629Cox, L. E., 333, 334, 335, 795, 861, 932, 989,
995, 2347Cox, M., 840Cozzo, C., 3723Crabtree, G. W., 412, 2308Crabtree, R. H., 2966Cracknell, A. P., 2274Craft, R. C., 817Cragg, P. J., 2452Craig, I., 1327, 1338, 1370, 2530, 2576, 2580,
3103, 3104, 3110, 3113–3115, 3118Craig, R. D., 3955Crain, J. P., 1294Crain, J. S., 3285, 3323, 3326, 3327Cramer, E. M., 892, 910, 913–915, 937–939,
958, 959Cramer, J. J., 274, 822, 823, 3314Cramer, R. E., 1957, 2472, 2473, 2475, 2479,
2484, 2561, 2825, 2826, 2919Crandall, J. L., 1267Crane, W. W. T., 164Cranshaw, T. E., 53Cranston, J. A., 20, 163, 201Crasemann, B., 1452, 1515Craw, J. S., 1926, 1928, 1929, 1931Crawford, M.-J., 588Crea, J., 620Creaser, I., 2584
Cremers, D. A., 3045Cremers, T. L., 103, 112, 996Cresswell, R. G., 790, 3063Crick, D. W., 2642Crick, E. W., 3283Criddle, C. S., 3651Cripps, F. H., 225, 226Crisler, L. R., 1190, 2801, 2807Criss, C. M., 2132Cristallini, O., 186, 219Criswell, D. R., 2728Crittin, M., 3042, 3043Croatto, U., 777, 2441Crocker, A. G., 880, 882Crocker, H. W., 1049Crocombette, J. P., 3827Croft, A. G., 827, 3982Croft, W. L., 190Croixmarie, Y., 3800Cromboom, O., 3936, 3937Cromer, D. T., 457, 464, 465, 901, 903, 906,
907, 909–912, 914, 915, 1012, 1013,1728, 2076, 2407, 2408, 2426, 2427,2431, 2434, 2480–2482, 2837, 4165
Cromer, T., 4165Cron, M. M., 352Cronenberg, A. W., 3727Cronkite, E. P., 3358, 3367Crookes, W., 186Crosby, G. A., 2082, 2241Crossley, M. J., 3117Crosswhite, H. M., 421, 422, 501, 505, 509,
521, 857–859, 1453–1455, 1474, 1475,1515, 1544, 1847, 1862, 1863, 1866,1868, 1896, 2014–2016, 2018, 2029,2030, 2032, 2035, 2036, 2038, 2039,2042, 2056, 2057, 2066, 2077, 2078,2090, 2091, 2093, 2095, 2096, 2259,4094
Croudace, I. W., 3279, 3285, 3328Crough, E. C., 389, 391, 392, 396Crouse, D. J., 312, 1049Crouthamel, C. E., 169–171Crowley, J. F., 3341, 3342, 3348, 3354, 3356,
3387, 3423, 3424Croxton, E. C., 399, 400Crozier, E. D., 962CRWMS, 3520, 3532, 3558Cısarova, I., 2427, 2655Csencsits, R., 3165, 3168Csovcsics, C., 3399Cui, D., 768Cuifolini, M. A., 2864Cuillerdier, C., 773, 1285, 1286, 2563, 2580,
2657, 2673, 2756Culig, H., 3378, 3379Culler, Jr., F. L., 3922Cullity, B., 405
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-185
Culp, F. B., 638, 3327Cumming, J. B., 3300, 3301Cummings, B., 1364Cummings, D. G., 3060Cummins, C. C., 1966, 1967, 2245, 2488, 2491,
2859, 2861, 2888Cuneo, D. R., 77, 487, 3794Cuney, M., 2431Cunnane, J. C., 292, 1172Cunningham, B. B., 5, 179, 191, 193, 194, 226,
815, 834, 934, 988, 1085, 1093, 1098,1101, 1265, 1295, 1297, 1312, 1313,1409–1414, 1417, 1418, 1420, 1444,1445, 1463, 1464, 1466, 1468, 1470,1472, 1473, 1480, 1481, 1517, 1519,1520, 1530–1533, 1536, 1542, 1543,1547, 1590, 1595, 1596, 1604, 1635,1674, 1728, 2129, 2264, 2267, 2268,2386, 2387, 2395–2398, 2417, 2422,2589, 2638, 2639, 3890, 4164–4165
Cunningham, G. C., 364, 365Cunningham, J. E., 406Cunningham, J. G., 3906Cunningham, S. S., 2717Curcio, M. J., 42, 43, 44Curie, M., 3, 19, 172, 254, 1397Curie, P., 3, 19, 162, 254Curl, R. F., 2864Curran, G., 3025Currat, R., 81Currie, L. A., 3288Curti, E., 3152, 3156, 3157Curtis, D. B., 822, 823, 3014, 3279, 3314, 3479Curtis, F. W., 3928Curtis, M. H., 996Curtis, M. L., 172, 178, 224, 225Curtiss, C. F., 962Curtiss, L. A., 1991, 3113, 3118Curtiss, L. F., 3847Curtze, O., 1880–1883Cusick, M. J., 1292Cuthbert, F. L., 55, 58, 2694Cuthbertson, E. M., 3405Cwiok, S., 1736Cymbaluk, T. H., 2484, 2844, 2865Cyr, M. J., 2464Czaynik, A., 414Czerwinski, K. R., 182, 185, 1138, 1160, 1165,
1166, 1445, 1447, 1653, 1664, 1684,1693–1699, 1701, 1704–1706, 1716,1718, 3025, 3138, 3140, 3142, 3150
Czopnik, A., 2413Czuchlewski, S., 2347
De, A. K., 3852, 3855, 3869da Conceicao Vieira, M., 1993Da Graca, M., 627da Veiga, L. A., 2439
Daane, A. H., 329, 332, 399, 412Dabeka, R. V., 84Dabos, S., 409, 725, 743, 746, 748, 1459, 1520,
1521, 2315, 2370, 2443, 2595Dabos-Seignon, S., 742, 776–779, 781, 2315,
2371, 2559, 2565, 2570, 2574, 2585,4006t
D’Acapito, F., 389Dacheux, N., 103, 109, 110, 126, 128, 134, 275,
472, 477, 785, 1171, 1172, 1405, 1432,1433, 2431, 2432, 3871
Dadachova, K., 43Daehn, R., 3152, 3155–3157Dahlberg, R. C., 2733Dahlgaard, H., 3017, 3023Dahlinger, M., 1880, 1882Dahlke, O., 100Dahlman, R. C., 2591Dai, D., 1671Dai, M., 3556Dai, S., 2087, 2088, 2688, 2691, 3127, 3139Dai, X., 964Dakternieks, D. R., 2664Dal Negro, A., 3159D’Alessandro, G., 123, 773D’Alessandro, M., 3559D’Alessio, J. A., 1186Dalichaouch, Y., 2352Dalla Cort, A., 597Dallera, C., 1196, 1198, 2080, 2085, 2086,
2561Dalley, N. K., 2429Dallinger, R. F., 1952, 2253Dallinger, R. P., 372Dalmas de Reotier, P., 2236Dalmasso, J., 25, 3024Dalton, J. T., 1006, 1009, 2407, 2408Dam, J. R., 1147, 2554, 3980Damien, A., 403Damien, D. A., 99, 204, 207, 739, 740–743,
1017, 1020, 1022, 1050–1054, 1304,1312, 1316–1318, 1335, 1359, 1411,1412, 1414–1416, 1420, 1421, 1460,1465, 1470, 1531, 1538–1540, 1542,1543, 2409, 2411, 2413, 2414,4010, 4031
Damien, N., 740, 741, 2413Damiens, A., 68Damir, D., 336Dams, R., 169, 170, 171Danan, J., 67Dancausse, J. P., 2315, 2371, 2407Danebrock, M. E., 66, 67, 71, 2407Danesi, P. R., 123, 773, 2738, 2750, 3173Danford, M. D., 1323, 1324, 1361, 1362Dang, H. S., 3057Daniels, W. R., 1738Danielson, P. M., 365
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-186
Danilin, A. S., 364, 365Danis, J. A., 1181, 2452–2456Danon, J., 33Danpure, C. J., 1816, 3398d’Ans, J., 109Dantus, M., 97Danuschenkova, M. A., 1129, 1130Dao, N. Q., 477, 539, 541, 542, 547, 2441Daoudi, A., 402, 407, 414, 4006t, 4012, 4014,
4024t, 4025, 4029, 4031, 4040, 4042,4043
Darby, J. B. Jr., 90, 398, 1787, 2238Darby, J.J.B., 900, 901D’Arcy, K. A., 2642Dardenne, K., 763, 766, 3040, 3138,
3149, 3158Darken, L. S., 926, 927Darling, T. W., 942Darnell, A. J., 70Darovskikh, A. N., 1363Darr, J. A., 2678Dartyge, J. M., 208, 2432Das, D. K., 67, 2153Das, M. P., 1626, 1627Dash, A. K., 2830, 2866, 2918, 2922, 2923,
2927, 2935, 2938, 2940, 2943, 2944,2953, 2955, 2958, 2961, 2965, 2969,2971, 2975, 2976, 2979
Dash, K. C., 182Dash, S., 2157, 2158, 2209Date, M., 100Datta, S. K., 1447Dauben, C. H., 67, 1312, 1313, 1315, 1357,
1358, 1645, 2386, 2395, 2396, 2407,2417, 2422
Daudey, J.-P., 1918, 1919, 1931Dauelsberg, H.-J., 44Daughney, C. J., 3182, 3183Dausch, W., 4006t, 4012, 4015, 4021t–4022t,
4036Dautheribes, J., 789Dauvois, V., 352David, F. H.,34, 37, 38, 118, 119, 167, 221,
1296, 1302, 1330, 1460, 1480–1483,1523, 1526, 1529, 1547–1549, 1555,1557, 1598, 1602, 1605–1607, 1611,1613, 1628–1630, 1635, 1636,1639–1641, 1644, 1645, 1799, 1991,2123–2127, 2129, 2526, 2529, 2530,2531, 2538, 2539, 2543, 2553, 2575,3101, 3104, 3110, 3111, 3113–3118
David, S. J., 813, 1088, 4108Davidov, A. V., 1471Davidov, D., 2360Davidov, Y. P., 1127Davidovich, R. L., 541, 542Davidsohn, J., 82, 90, 93, 105, 109Davidson, D., 3967
Davidson, N. R., 722, 730, 731, 736–738,740, 1018, 1052, 1092, 1094, 1095,1100, 1101, 2167
Davies, D., 164, 170, 1077–1080, 1085,1086, 1099
Davies, G., 3140, 3150Davies, W., 633, 634Davis, D. G., 1507Davis, D. W., 3172Davis, I. A., 43Davis, J. A., 3165–3167, 3170, 3176Davis, J. H., Jr., 2691Davis, T. A., 3182, 3183Davis, T. L., 3065Davis, T. W., 3221Davis, W. Jr., 563Davis, W. M., 2245Davy, H., 2692Davydov, A. V., 161, 167, 178, 181, 184, 185,
187, 188, 195, 207, 209, 218, 219, 229,1323, 1423, 1625, 1633
Dawihl, W., 109Dawson, H. M., 101, 104Dawson, J. K., 342, 357, 358, 425, 431, 458,
469, 474, 484, 485, 491, 495, 1077–1079,1084, 1099, 3933
Day, C. S., 2476, 2479, 2482, 2484, 2809,2811, 2832, 2841, 2843, 2916, 2919,2924, 2997
Day, D. E., 277Day, D. H., 3848Day, J. P., 496, 574, 790, 3063, 3317, 3318Day, P. N., 2966Day, R. A. Jr., 115, 279, 280Day, R. S., 849, 851Day, V. W., 116, 117, 1957, 1958, 2464,
2467, 2476, 2479, 2480, 2482, 2484,2491, 2809–2811, 2832, 2835, 2837,2839–2844, 2880, 2881, 2912, 2913,2916, 2918–2920, 2924, 2934, 2939,2997
Dayton, R. W., 1030, 3668De Alleluia, I. B., 395, 1065, 1066de Almeida Santos, R. H., 90de Bersuder, L., 859de Boer, E., 203De Boer, F. R., 70, 73, 2209, 2358de Boer, J. H., 61de Boisbaudran, L., 77de Bruyne, R., 113De Carvalho, R. G., 1427, 2582De Carvalho, R. H., 1549, 1550, 1555, 1557de Coninck, R., 368De Franco, M., 1048, 2145De Geer, L.-E., 3489De Grazio, R. P., 1104de Haas, W. J., 62de Halas, D. R., 3747
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-187
De Jong, W. A., 578, 1906, 1918–1920, 1935,1936, 4106
De Kock, C. W., 1094, 1095, 1099, 2167, 2851De Kock, R. L., 1916, 2089de Leon, J. M., 1991, 3087, 3089, 3108, 3113,
3117, 3118, 3123De Long, L. E., 338, 339de Maayer, P., 113De Meester, R., 2752de Novion, C. H., 742, 743, 774, 1017, 1022,
1052, 1054, 1304, 1312, 1316–1318,1412, 1415, 1421, 2409, 2413, 2414,4031
de Novion, E. H., 204, 207de Pablo, J., 1805, 1927, 3143, 3145De Paoli, G., 198, 452, 2419, 2420, 2449, 2452,
2479, 2483, 2484, 2826, 2843De Paz, M. L., 2443De Plano, A., 1803De Rango, C., 2449, 2452De Rege, F. M., 2868De Regge, P., 20, 27, 31, 38, 133De Ridder, D. J. A., 2472, 2475, 2486,
2488, 2819de Sousa, A. S., 2577, 2590De Trey, P., 63De Troyer, A., 30, 32, 33de Villardi, G. C., 2449de Villiers, J. P. R., 3159de Visser, A., 2351De Vries, T., 634De Waele, R., 2688, 2690de Wet, J. F., 472, 477, 512, 543De Winter, F., 818De Witt, R., 718, 719de Wolff, P. W., 342Deakin, L., 2256Deakin, M. R., 2690Deal, K. A., 43Deal, R. A., 167, 169, 188, 195, 230Dean, D. J., 944, 949, 950Dean, G., 391, 1048, 1070, 1073, 1074, 2145Dean, J. A., 632, 633, 635–637, 3278, 3280Dean, O. C., 61, 80Deane, A. M., 494, 1184Deaton, R. L., 1045Debbabi, M., 389, 391, 393, 395, 1065, 1066,
1312, 1313Debets, P. C., 342, 346, 357, 358, 543, 545,
2394, 2426Debierne, A., 19, 20Decaillon, J. G., 3034, 3037Decambox, P., 1368, 1405, 1433, 2096, 2536,
3034, 3037Decho, A. W., 3629Decker, W. R., 62Declercq, G., 2489, 2490, 2492Declerq, J.-P., 264, 265, 267, 2802, 2844
Deditius, A. P., 3519, 3519fDedov, V. B., 1271, 1352, 1512Dedov, V. D., 1402, 1422, 1423, 1427Dee, S., 3279, 3285Deely, K. M., 267, 268, 270, 287, 291, 583Deer, W. A., 3169Deere, T. P., 1283, 2656Deferne, J., 265D’Ege, R., 198, 201Degetto, S., 2443, 2446, 2447, 3030, 3280Degiorgi, L., 100Degischer, G., 771, 1352, 1477, 1551, 2585Degueldre, C., 1812, 3013, 3016, 3026, 3037,
3039, 3062, 3066, 3069, 3070, 3529,3814, 3829, 3861
Deissenberger, R., 60, 789, 1296, 1403, 1452,1875, 1877
Dejean, A., 2449, 2450, 3101, 3105, 3120,3138, 3141
Dejonghe, P., 30, 32, 33Dekoussar, V., 3562Del Cul, G. D., 2087, 2088Del Mar Conejo, M., 1956, 2803, 2806, 2807Del Pra, A., 2441, 2442, 2443, 2483, 2484,
2826, 2843deLabachellerie, M., 1873Delaeter, J. R., 164Delage, C., 4167Delamoye, P., 81, 95, 469, 482, 491, 1663,
2066, 2067, 2248, 2250Delapalme, A., 409, 412, 1023, 1055, 2250,
2358, 2471, 2472Delaplane, R., 475, 495Delavaux-Nicot, B., 2806Delavente, F., 2657Delegard, C. H., 852, 1117, 1118, 1167Deleon, A., 314Delepine, M., 61, 63, 64, 80, 97Delev, D., 3327Deliens, M., 259–265, 268, 283, 288, 293, 294Delin, A., 2347Dell, R. B., 1507, 3349, 3350Dell, R. M., 342, 357, 1018–1020, 1050–1052,
2238, 3215, 4008Della Mea, G., 3064, 3065Della Ventura, G., 261, 301Delle Site, A., 1352Delliehausen, C., 407Delmau, L., 1160–1162, 2655Deloffre, P., 891, 917, 958Delong, L. E., 96Delorme, N., 1114Delouis, H., 1840Deloule, E., 3956Delpuech, J.-J., 618, 2649Delsa, J. L., 2815DeLucas, L. S., 1045deLumley, M. A., 189
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-188
deMarcillac, P., 3481Demartin, F., 261, 264Demers, P., 53Demers, Y., 1873Demeshkin, V. A., 2118Demichelis, R., 1416, 1430Demildt, A. C., 20, 31, 30, 32, 33, 38deMiranda, C. F., 162, 166, 176, 181, 182,
184, 209, 213, 215, 217, 218, 220–222,227, 229
Demirbas, A., 3490Dempf, D., 207, 2851Dempster, A. J., 20, 55, 163, 256Demtschuk, J., 2969, 2974Dem’yanova, T. A., 787, 788, 1405, 1433,
2532, 3034Den Auwer, C., 861, 932, 1041, 1043, 1112,
1154, 1155, 1166, 1168, 1262, 1270,1321, 1923, 2532, 2858, 3101,3109–3111, 3113–3118, 3210
Den Haan, K. H., 2924den Heuvel, Van Chuba, P. J., 1507, 1518Denayer, M., 368Denecke, M. A., 118, 133, 586, 589, 1147,
1150, 1152–1154, 1991, 2531, 2568,2576, 3040, 3089, 3101–3106, 3114,3126, 3127–3129, 3131, 3135, 3138,3140–3142, 3145–3150, 3152,3154–3156, 3158, 3165–3167
Denes, G., 468Deng, D. L., 2831Denig, R., 164Denisov, A. F., 30, 3025Denming, K., 1267Denning, R. G., 546, 578, 1113, 1114, 1192,
1196, 1198, 1199, 1930, 1931, 2079,2080, 2085–2087, 2239, 2561
Denninger, U., 2924, 2986Dennis, L. M., 76Dennis, L. W., 2261Denniss, I. S., 711, 760, 761, 2757Denotkina, R. G., 1161, 1171, 1172deNovion, C. H., 99, 195, 391Denoyer, E. R., 3952Dent, A. J., 301, 3103, 3152, 3154, 3155DePaoli, G., 2801Depaus, R., 637dePinke, A. G., 164, 166Deportes, J., 65, 66Deramaix, P., 1071Deren, P., 422, 435, 443Derevyanko, E. P., 1554Dergunov, E. P., 80, 86, 87, 90, 91, 3930Deriagin, A. V., 2359Dernier, P., 2360Deron, S., 822, 3061d’Errico, F., 1507Dervin, J., 109, 131
Deryagin, A. V., 339, 2360Desai, P. D., 2115Desai, V. P., 382, 730, 763, 766, 2244Deschamps, J. R., 2382, 2383, 2384Deschaux, M., 627, 629Desclaux, J. P., 1598, 1605–1607, 1613, 1626,
1627, 1643, 1667–1670, 1673, 1675,1692, 1725, 1873, 1898, 1899
Desgranges, L., 3735Deshayes, L., 2449, 2450, 2452Deshingkar, D. S., 1282, 2743, 2745Desideri, D., 3030, 3280deSilviera, E. F., 164, 166Deslandes, B., 932, 933Desmoulin, J. P., 533–535Desmoulin, R., 503Despres, J., 892, 905–907Desreux, J. F., 2655, 2815Desrosiers, P. J., 2849Destriau, M., 332Desyatnik, V. N., 86, 93Detlefs, C., 2287, 2292Detourmine, R. J., 402Detweiler, D. K., 3396Deutsch, E., 2602Deutsch, W. J., 287Devalette, M., 77Devanathan, R., 3831Devillers, C., 824, 1981Devine, R. A. B., 3850Devlin, D., 2752Devreese, J., 368Dewald, H. D., 3108Dewberry, C. T., 4083Dewberry, R. A., 1433Dewey, H. J., 1088, 1090, 2085, 2400,
2687–2689, 4108, 4109DeWitt, R., 891Deworm, J. P., 33Dexter, D. L., 2095, 2102D’Eye, R. W. M., 75, 80, 82, 83, 96, 424,
458, 484, 485, 2413, 2424, 4006t,4007, 4011, 4012, 4021t–4022t
D’Eye, R. W. N., 1084Dhami, P. S., 712, 713, 1281, 1282, 1294, 2668,
2669, 2743–2745, 2747, 2749, 2750,2757, 2759, 3547
Dhar, S. K., 407Dharwadkar, S. R., 355, 356, 369, 2153, 2195DHEC, 3567fDhers, J., 195, 196, 216Dhumwad, R. K., 1282, 2743, 2744, 2745D’Huysser, A., 76Di Bella, S., 576, 1953, 1956, 1957, 1958Di Bernardo, P., 1178, 1181, 2441, 2568,
2584–2586, 2589, 3102, 3143, 3145Di Cola, D., 2283, 2284, 2285di Cresswell, R. G., 3317, 3318
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-189
Di Napoli, V., 2585, 2586Di Paoli, G., 200, 201Di Salvo, F. J., 98Di Sipio, L., 546, 547, 553, 554Di Tada, M. L., 3063Diaconescu, P. L., 1966, 1967, 2488, 2491,
2859, 2861, 2888Diakonov, I. I., 2191, 2192Diakov, A. A., 1432, 1433Diamond, G. L., 1821Diamond, H., 5, 633, 1152, 1279–1281, 1293,
1294, 1466, 1508, 1511, 1517, 1544,1577, 1588, 1622, 1626, 2642, 2652,2653, 2655, 2660, 2661, 2727, 2738,2739, 2742, 2760, 2768, 3283–3286,3295
Diamond, R. M. K., 1916, 2538, 2562, 2580,2635, 2670
Dianoux, A.-J., 423, 445, 503, 505, 506,2243, 2246
Dias, A. M., 2236Dias, R. M. A., 2442Diatokova, R. A., 1547, 1548DiChristina, T. J., 3622Dick, B. G., 2052Dickens, M. H., 357Dickens, P. G., 385, 388, 2390, 2394Didier, B., 3165–3167Diebler, H., 2602Diego, F., 371Diehl, H. G., 111, 393, 395Dieke, G. H., 1896, 2015, 2036, 2038, 2078Diella, V., 264Diener, M. D., 2864Dienst, W., 3681, 3685, 3733Dietrich, M., 64, 97Dietrich, T. B., 301Dietz, M. L., 633, 1293, 1294, 1508, 1511,
2652, 2660, 2661, 2691, 2727, 3283,3284, 3286, 3295
Dietz, N. L., 270, 297, 3017, 3302Dietze, H.-J., 3062, 3069, 3310, 3311Diguisto, R., 620Dilley, N. R., 100Dimmock, J. O., 1913DIN, 3936Diness, A. M., 77Ding, M., 861, 1041, 1043, 1112, 1154, 1155,
1166, 3109, 3210Ding, Z., 3126Dion, C., 298, 301Diprete, C. C., 1401Diprete, D. P., 1401Dirac, P. A. M., 1898, 1904Diri, M. I., 2315, 2355, 2368, 2369Dittmer, D. S., 3357, 3358Dittner, P. E., 1504, 1516, 1583, 1590,
2561, 2585
Dittner, P. F., 1452, 1626, 1627, 1637–1640,1644, 1659
Dittrich, S., 776Ditts, R. V., 634Ditz, R., 3485Diven, B. C., 3965Divis, M., 2359Dixon, D. A., 1906, 1918–1920, 4135Dixon, N. E., 3117Dixon, P., 822, 823, 3279, 3314Dixon, S. N., 166, 178, 182, 183Djogic, R., 584, 601, 3130Dullman, C. E., 1447, 1507, 1662, 1664, 1684,
1685, 1711–1714, 1716, 1721, 1732Dmitriev, S. N., 786, 822, 1720Do, J., 4029Dobretsov, V. N., 2140Dobrowolski, J., 1066, 1068Dobry, A., 123Dock, C. H., 81Dockum, J. G., 1579, 3343, 3349Dockum, N., 3349, 3398, 3399Docrat, T. I., 588, 595, 1927, 1928, 2583, 3132Dode, M., 353–356, 360, 362, 363Dod, R. L., 191, 193, 194, 201Dodge, C. J., 2591, 3022, 3046, 3069, 3146,
3179, 3181, 3611, 3614, 3635, 3636Dodge, R. P., 201, 2419, 2420, 2424Dodgen, H. W., 857DOE, 817, 3255, 3258, 3260–3263, 3501Doern, D. C., 3167Does, A. V., 226Dognon, J.-P., 1921, 1922Dohnalkova, A., 274, 3179, 3181Doi, K., 2392, 2418Dojiri, S., 837Dok, L. D., 1629, 1635Dolechek, R. L., 193Dolejsek, V., 226Dolezal, J., 3278Dolg, M., 34, 1646, 1670, 1671, 1676, 1679,
1682, 1683, 1689, 1898, 1907, 1908,1918, 1920, 1937, 1943, 1944, 1947,1948, 1949, 1951, 1952, 1959, 1960,2148
Dolgov, J., 3989Dolidze, M. S., 1449D’Olieslager, W., 2603, 2605, 2606,
2688, 2690Dolling, G., 2233, 2274, 2276, 2277, 2281Dolo, J. M., 3542Domanov, V. P., 1036, 1628, 1634, 1664, 1690,
1703, 1932Domingos, A., 2880–2886Dominik, J., 3016, 3022Domke, M., 2359Donald, I. W., 3817, 3855Donaldson, L. R., 3553
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-190
Donato, A., 2633Dong, C. Z., 1670, 1672–1675, 1840, 1877,
1884Dong, W., 791Dong, Z., 3065Doni, A., 428, 436, 440, 444, 451Donnet, L., 1355Donohoe, R. J., 851, 1116, 1117, 1156, 1925,
1926, 2464, 2607, 3126–3128, 3171Donohue, D. L., 3173, 3321, 3955Donohue, J., 321Donohue, R. J., 580, 595, 620, 621Donzelli, S., 264Dooley, G. J., 68Doppler, U., 1880, 1882Dorain, P. B., 2243Doran, M., 4180, 4184, 4185Dordevic, S. V., 100Doretti, L., 2843Dorhaut, P. K., 3210Dorhout, P. K., 52, 97, 398, 861, 998, 1041,
1043, 1112, 1154, 1155, 1166, 3109Doriese, W. B., 3964Dorion, P., 2843Dormeval, M., 886, 887, 930, 932, 954, 956Dormond, A., 2464–2466, 2825, 2877,
2889, 2890Dornberger, E., 102, 108, 117, 423, 445, 448,
1168, 1323, 1324, 1423, 2240, 2254,2255, 2260, 2264, 2441, 2470, 2472,2486, 2488, 2489, 2801, 2808, 2809,2815, 2817, 2826
Dornhofer, H., 1738Dosch, R. G., 1292Doubek, N., 3061Dougan, A. D., 1639, 1641Dougan, R. J., 1636, 1639, 1641, 1647Dougherty, J. H., 3424Dougherty, T. F., 3343, 3424Douglas, M., 1906, 3841Douglas, R. M., 275, 465, 466, 474Douglass, M. R., 2984Douglass, R. M., 1004, 1007, 1104–1107,
1109, 1171, 2432, 2433Doukhan, R., 932, 933Dounce, A. L., 3351, 3355, 3359, 3360,
3362, 3380–3382Douville, E., 3022Dover, L. G., 3529Dow, J. A., 2655, 2738, 2739Dowdy, E. D., 2984Downer, M. C., 2078Downes, A. B., 3016, 3023Downs, A. J., 530, 1968Doxater, M. M., 3034, 3037Doxtader, M. M., 2096, 2536Doye, S., 2982Doyle, J. H., 958, 959
Doyle, R. J., 3611Dozol, J. F., 2655Dozol, M., 3476, 3629, 3632Draganic, I.G., 3221, 3605, 3608, 3616Draganic, Z.D., 3221, 3605, 3608, 3616Drago, R. S., 2576, 2577Dragoo, A. L., 53, 67Drake, J., 789, 3314Drake, V. A., 2732, 2757Dran, J. C., 3064, 3160Draney, E. C., 942–944, 946Drabek, M., 2427Drchal, V., 929, 953, 2355Drehman, A. J., 2351Dreissig, W., 2452Dreitzler, R. M., 2327Dresel, P. E., 3027Dresler, E. N., 1431Dressler, C. E., 1662, 1684, 1711, 1712, 1716Dressler, P., 760Dressler, R., 1447, 1662, 1664, 1679, 1684,
1685, 1699, 1707–1709, 1713, 1714,1716
Dretzke, A., 33, 1882, 1883Dretzke, G., 1840, 1877, 1884Drew, M. G. B., 1262, 1270, 1285, 2457, 2584,
2657, 2659, 2674, 2761Drew Tait, C., 291Dreyer, R., 776, 1352Dreze, C., 1873Driessen-Holscher, B., 2982Drifford, M., 2243Driggs, F. D., 2712Dringman, M. R., 1028–1030, 3207Driscoll, W. J., 1275, 2650, 2672Drobot, D. V., 81Drobyshevskii, I. V., 1312, 1315, 1327, 2421Drobyshevskii, Y. V., 731, 732, 734, 736Droissart, A., 30–33, 35, 42, 43Dronskowski, R., 88, 94Drot, R., 3046, 3171Drowart, J., 322, 364, 365, 2114, 2203, 2204Drozcho, E., 3063Drozdova, V. M., 516Drozdzynski, J., 253, 421, 422, 425–440,
442–451, 453, 454, 482, 483, 493,2064, 2066, 2103, 2230, 2259, 2260
Drozhko, E. G., 1821, 3499–3500, 3554Droznik, R. R., 1412, 1413, 1519–1521Druckenbrodt, W. G., 839, 852Druin, V. A., 164, 1629, 1641Drulis, H., 334, 335, 338, 339Drummond, D. K., 2924Drummond, J. L., 1004, 1007, 1008, 1031,
1032, 1034, 3912, 3935–3938Drummond, M. L., 1969, 1979Druteikiene, R., 3651D’Silva, A., 3036
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-191
Dusing, W., 97Desire, B., 1425, 1476, 1477, 1550, 1551, 1554du Jassonneix, B., 66Du, M., 3507Du Mond, J. W. M., 859Du Plessis, P. D. V., 2280, 2294du Preez, A. C., 1168du Preez, J. G. H., 94, 202, 204, 439, 472, 477,
482, 492, 496, 498, 499, 510, 522, 524,543, 574, 2880
Dubeck, L. W., 63Dubeck, M., 116Dubinchuk, V. T., 268, 298Duboin, A., 75, 78, 94, 95Dubos, S., 1300Dubrovskaya, G. N., 96Duchamp, D. J., 462Duchi, G., 269Duckett, S. B., 2966Ducroux, R., 396Dudder, G. B., 3989Dudeney, A. W. L., 3627Dudney, N. J., 369Dudwadkar, N. L., 2750Dueber, R. E., 385, 388Duesler, E. N., 2573Duff, M. C., 270, 274, 861, 3095, 3165,
3166, 3168, 3174–3179, 3181, 3542,3543, 3980
Duffa, C., 3498Duffey, D., 1507Duffield, J. R., 131, 132, 3340, 3364, 3365,
3377, 3379, 3397–3399, 3410, 3422,3424
Dufour, C., 192, 194, 725, 743, 1300, 1313,1411, 1458, 1459, 1462, 1520–1522,2315, 2370
Dufour, J. P., 1738Dufour, S., 1304Dugne, O., 340, 351–356, 363Dugue, C. P., 3288Duke, M. J. M., 3057Dukes, E. K., 763, 764Dumas, B., 3016Dumas, J. C., 3760fDumazet-Bonnamour, I., 2458, 2463Dumont, G., 30, 32Dunbar, R. B., 3159Duncalf, D. J., 2912Duncan, H. J., 3106Dunlap, B. D., 719, 721, 739, 742–745, 861,
862, 1297, 1304, 1317, 1319, 1542,1543, 2230, 2269, 2271, 2283, 2292,2308, 2361
Dunlop, J. W. C., 2457Dunlop, W. H., 3266Dunn, M., 3022, 3181Dunn, S. L., 726
Dunogues, J., 2953Dunster, J., 1818–1820Dupin, N., 3779fDupleissis, J., 183, 184, 768, 1605, 2529, 2530,
2538, 2539, 3024Dupuis, M.-C., 1908, 3569Dupuis, T., 76, 109, 114Dupuy, M., 958–960Durakiewicz, T., 1056, 2347Duran, T. B., 1268Durand, P., 1907Durbin, P., 3413, 3414, 3417, 3418, 3421Durbin, P. N., 3419, 3421Durbin, P. W., 1813, 1817, 1819, 1823–1825,
2591, 3339–3341, 3343, 3344, 3346,3348, 3349, 3353, 3355, 3358, 3359,3361, 3364, 3366, 3368, 3369,3371–3375, 3378, 3379, 3382, 3385,3387–3396, 3400, 3401, 3403,3405–3407, 3409, 3413–3421, 3423,3424, 3611
Duriez, C., 724, 3699, 3700, 3703Durif, A., 113Duro, L., 1805Durrett, D. G., 376–378, 382, 501, 513, 526,
528, 2243Dusausoy, Y., 602, 2431Dushenkov, S., 2668Dushin, R. B., 1365, 1369Duttera, M. R., 2479, 2480, 2810, 2835, 2919Duval, C., 76, 109, 114Duval, P. B., 2845, 2846Duverneix, T., 724Duyckaerts, E., 1352Duyckaerts, G., 31, 116, 117, 725, 728, 729,
1177, 1178, 1413, 1414, 1419, 1607,2396, 2397, 2413, 2695–2700, 2815,2819, 2844, 2851
Dvoryantseva, G. G., 105Dworschak, H., 2767Dworzak, W. R., 996Dwyer, O. E., 854, 2710D’yachkova, R. A., 180, 184, 188, 209, 214,
218, 219, 224, 226, 1473, 1515, 1629Dyall, K. G., 4096Dyall, K. G., 578, 1196, 1198, 1728, 1906,
1917–1919, 1933, 1939, 1940, 1942,1976, 4096
Dye, D. H., 412Dygert, H. P., 3354Dyke, J. M., 1897, 1938, 1972–1975, 4110,
4111, 4125Dykhuizen, D. E., 3598Dyrssen, D., 2669, 2670Dyve, J. E., 1666, 1695, 1702, 1717, 1735Dzekun, E., 2739Dzhelepov, B. S., 26Dzielawa, J. A., 2691
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-192
Dzimitrowickz, D. J., 123, 126Dzyubenko, V. I., 1416, 1430
Eakins, I. D., 28, 31Earnshaw, A., 162, 998, 2388, 2390, 2400, 2407Easey, J. F., 81, 82, 194, 201–204, 473, 494,
497, 734, 736, 738, 2195, 2424–2426Easley, W. C., 2016, 2062, 2063, 2064, 2075,
2077, 2079, 2231, 2263, 2265, 2266Eastman, D. E., 64Eastman, E. D., 95, 96, 413, 452Eastman, M. P., 382, 506, 2241, 2243, 2244,
2246Eastman, P., 501, 503, 504, 520Ebbe, S. N., 3417, 3419, 3421Ebbinghaus, B. B., 113, 1036, 1047, 2157,
2159, 2195Ebbsjo, I., 63Eberhardt, C., 1840, 1877, 1884Eberhardt, K., 33, 60, 859, 1296, 1403, 1452,
1513, 1588, 1590, 1662, 1664, 1666,1685, 1687, 1695, 1702, 1710, 1713,1714, 1716–1718, 1735, 1840, 1875,1877, 1879–1884, 3047, 3321
Eberle, H., 3944, 3948, 3949, 3949f, 3950fEberle, S. H., 776, 777, 779–782, 1178, 1180,
1323, 1352, 1428, 1431, 1552, 2585Eberspracher, T. A., 2880, 2881Ebert, W. L., 276, 292, 3171, 3869Ebihara, M., 636, 1267Ebihara, W. M., 3306Ebner, A. D., 1292, 2752Eby, R. E., 3312Eccles, H., 589, 2441, 2442, 2447, 2448Eckhart, R., 3571Economou, T., 1398, 1421, 1433Edelman, F. T., 575, 2883Edelman, M. A., 116, 1954, 1955, 2240, 2473,
2479, 2480, 2484, 2803, 2816, 2830,2844, 2912
Edelmann, F. T., 1957, 2469, 2472, 2825, 2826,2852, 2875, 2912, 2918, 2919, 2923
Edelson, M. C., 637Edelstein, N. M., 1, 34, 37, 94, 116, 118,
162, 203, 204, 208, 209, 287, 289, 382,422, 425, 428–430, 436, 440, 442, 447,450, 451, 453, 466, 469, 472, 476, 479,482, 491, 492, 496, 498, 499, 501, 512,515, 524, 527, 579, 585, 589, 602,731–734, 751, 795, 1112, 1113, 1166,1187, 1188, 1312, 1315, 1327, 1330,1338, 1363, 1370, 1398, 1403, 1411,1419, 1469, 1525, 1526, 1529, 1542,1543, 1549, 1555, 1557, 1602, 1606,1628, 1629, 1635, 1640, 1644, 1645,1753, 1776, 1790, 1921, 1923, 1946,1947, 1954, 1955, 2016, 2020, 2042,2047, 2050, 2054, 2058–2068, 2074,
2075, 2077, 2079 2080, 2083, 2084,2096, 2123, 2143, 2144, 2225, 2227,2230, 2231, 2233, 2240, 2243–2249,2251, 2253, 2256, 2261–2266, 2269,2270, 2272, 2276, 2292, 2293, 2397,2404, 2405, 2420, 2426, 2473, 2486,2488, 2530–2532, 2558, 2561, 2568,2576, 2580, 2583, 2803, 2809, 2810,2812, 2819, 2851, 2853, 3037, 3095,3101–3104, 3106, 3107, 3110, 3111,3113, 3114, 3115, 3117–3119, 3122,3130, 3131, 3135, 3138, 3140–3142,3145–3147, 3149, 3150, 3152,3154–3156, 3160, 3165, 3166, 3167,3369, 3385, 3388, 3390, 3391, 3394,3417, 3423
Edghill, R., 273Edgington, D. N., 390Eding, H. J., 398Editors, 1076Edmiston, M. J., 588, 595, 1927, 1928,
2583, 3132Edmonds, H. N., 231, 3314Edmunds, T. A., 3265, 3266Edvinsson, G., 4082–4083, 4084tEdwards, G. R., 958, 959, 960, 961Edwards, J., 435, 737, 738, 1084, 2422,
2843, 2880Edwards, P. G., 116, 2867, 2923Edwards, R. K., 352, 353, 365, 1074Edwards, R. L., 171, 231, 638, 3311–3314Effenberger, H., 266, 281, 3159, 3163Efimova, N. S., 791, 3049, 3052Efremov, Yu. V., 1292, 1448, 1449, 1504Efremova, A., 111Efremova, K. M., 372–375, 383Efurd, D. W., 704, 789, 3133, 3288, 3312,
3314, 3500, 3516–3517Egami, T., 3107Egan, J. J., 854Eggerman, W. G., 1190, 2801, 2807Eggins, S. M., 3326Egli, T., 3633Egorov, O., 3285Egunov, V. P., 1422Ehemann, M., 67Ehlert, T. C., 3833Ehman, W. D., 3291, 3299, 3303Ehrfeld, U., 557Ehrfeld, W., 557Ehrhardt, J. J., 3171Ehrhart, J. J., 3046Ehrhart, P., 981, 983Ehrlich, P., 1532Ehrmann, W., 114Eichberger, K., 501, 515, 527, 2080, 2227,
2243, 2244Eichelsberger, J. F., 30, 32, 962
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-193
Eichhorn, B. W., 1181, 2452–2456Eichler, B., 1447, 1451, 1468, 1507, 1523, 1524,
1593, 1612, 1628, 1643, 1662, 1664,1679, 1683–1685, 1693, 1698, 1699,1706–1709, 1711, 1712–1714, 1716,1721, 1732
Eichler, E., 1664, 1684, 1693, 1694, 1706, 1716Eichler, R., 1447, 1507, 1593, 1612, 1662,
1664, 1684, 1685, 1708, 1709,1711–1714, 1716, 1721
Eichler, S. B., 1593Eick, H. A., 421, 718, 997–1002, 1312, 1321,
1534, 1798, 2407Eicke, H. F., 3296Eigen, M., 2564, 2602Eigenbrot, C. W. Jr., 2471, 2472, 2474, 2478,
2479, 2830, 2832, 2919Eikenberg, J., 3024, 3029, 3030, 3283, 3293,
3296, 3908Eikenberger, J., 3070Einspahr, H., 321Einstein, A., 1577Eisen, M. S., 1182, 2479, 2799, 2830, 2834,
2835, 2866, 2911, 2913, 2914, 2918,2922, 2923, 2925, 2927, 2930, 2932,2933, 2935, 2936, 2938, 2940, 2943,2944, 2950, 2953, 2955, 2958, 2961,2965, 2969, 2971, 2972, 2975, 2976,2979, 2984, 2987, 2999, 3002, 3003
Eisenberg, D. C., 1188, 1189, 2855, 2856Eisenberg, R., 2979Eisenberger, P., 3087Eisenstein, J. C., 765, 1915, 2080, 2227, 2239,
2241, 2243Eisenstein, O., 1957Ekberg, C., 119–124Ekberg, S., 1927, 1928, 1968, 2165,
4114t–4116tEkberg, S. A., 289, 595, 602, 763, 766, 1116,
1117, 1164, 1166, 1359, 2583, 3130,3131, 3133, 3134, 3160, 3167
Ekeroth, E., 371Ekstrom, A., 521, 615El-Ansary, A. L., 3035El Bouadili, A., 2825, 2877El Ghozzi, M., 87, 90El Manouni, 3419, 3421Elbert, S. T., 1908Elder, R. C., 3107, 3108El-Dessouky, M. M., 180Elesin, A. A., 1352, 1405, 1427, 1428, 1433,
1512, 1585, 2652Elfakir, A., 110El-Ghozzi, M., 88, 91Eliav, E., 33, 1643, 1659, 1669, 1670, 1672,
1673, 1675, 1723, 1724, 1726, 1729–1731Eliet, V., 3037Eliseev, A. A., 114, 417, 2439, 2444
Eliseev, S. S., 525Eliseeva, O. P., 188El-Issa, B. D., 1959El-Khatib, S., 942, 944, 945, 948Ellender, M., 1179, 2591, 3354, 3415, 3416,
3419, 3420, 3421Ellens, A., 442Eller, K., 4123, 4126Eller, M. J., 3089Eller, P. G., 103, 112, 501–504, 506, 519, 520,
528, 732–734, 1049, 1058–1060, 1062,1082, 1397, 1398, 2153, 2161, 2420,2451, 2452, 2531, 3035, 3036, 3101,3111, 3122, 3152, 3155, 3156, 3163,3165, 3169, 3845
Ellern, A., 588Ellert, G. V., 416, 417, 575, 4021t–4022tElless, M. P., 3172Ellinger, F. H., 329, 879, 882, 883, 885, 887,
892, 894–896, 898, 900–915, 933,936, 938, 984, 993, 994, 1003–1006,1009, 1011, 1012, 1014, 1015, 1020,1027–1030, 1045, 1048, 1070, 1112,1164, 1295, 1297, 1302, 1312, 1357,1359, 1360, 1419, 1463, 2386, 2395,2397, 2403, 2407, 2418, 2427, 3213,3238, 3897
Elliot, R. P., 408, 409Elliott, R. M., 1078, 1079Elliott, R. O., 719, 720, 879, 883, 892, 896, 897,
913, 932, 936, 938, 939, 941, 947–949,955, 957, 981
Ellis, A. M., 1972Ellis, D. E., 1194, 1682, 1916, 1933, 1938,
1966, 2561Ellis, J., 119, 120, 121, 123, 124, 126, 2575Ellis, P. J., 3117Ellis, W., 2281, 2282Ellis, Y. A., 170Ellison, A. J. G., 276, 3052Ellison, R. D., 488Ellsworth, S., 3833Elmanouni, D., 2591Elmlinger, A., 172, 178, 224, 225El-Rawi, H., 2605El-Reefy, S. A., 184Elschenbroich, Ch., 2924Elsegood, M. R. J., 2452Elson, R. E., 80, 162, 172, 175, 181, 201,
209, 219, 220, 509, 2389, 2391, 2419,2420, 2424
Elson, R. F., 191–196, 198, 201, 206, 207, 229El-Sweify, F. H., 181Ely, N., 2472, 2819, 2820El-Yacoubi, A., 102, 110Elyahyaoui, A., 3024El-Yamani, I. S., 186Elzinga, E. J., 3170
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-194
Embury, J. D., 964Emelyanov, A. M., 576, 1994Emel’yanov, N. M., 93Emerson, H. S., 1809Emerson, S., 3159Emery, J., 2074Emiliani, C., 170Emmanuel-Zavizziano, H., 174, 191Enarsson, A., 2584, 2674, 2761Enderby, J. E., 2603Endoh, Y., 2239, 2352Eng, P., 861, 3089, 3095, 3175–3177Engel, E., 1671Engel, G., 113Engel, J. R., 3794Engel, T. K., 1048Engeler, M. P., 2832, 2974Engelhardt, J. J., 34Engelhardt, U., 1283, 2472, 2656, 2826Engelmann, Ch., 782, 786, 3056, 3057Engerer, H., 389, 391, 393, 395, 1065, 1066,
1069, 1312, 1313Engkvist, I., 129, 130, 3024England, A. F., 2832Engle, P. M., 28, 32Engleman, R.J. Jr., 1840, 1843–1846, 1863Engler, M. J., 1507Engles, M., 63English, A. C., 53English, J. J., 1049Engmann, R., 342Enin, E. A., 1416, 1430Ennaciri, A., 113Enokida, Y., 712, 795, 2594, 2678, 2679, 2681,
2684, 2738Enriquez, A. E., 1069Ensley, B. D., 2668Ensor, D. D., 502, 503, 519, 528, 1287, 1352,
1354, 1446, 1449, 1455, 1456, 1468,1469, 1474, 1485, 1529, 1533, 1543,1545, 1579, 1596, 1600, 1601, 2420,2560–2566, 2572, 2590, 2663, 2675,2677, 2761
Ephritikhine, M., 576, 582, 583, 1182, 1960,1962, 2246, 2254, 2472, 2473, 2479,2480, 2484, 2488, 2490, 2491, 2801,2805–2808, 2812, 2818–2820, 2822,2824, 2830, 2837, 2841, 2843, 2847,2856–2859, 2861, 2862, 2866,2869–2872, 2889, 2891, 2892, 2912,2922, 2923, 2938, 2940, 2943, 2944,2950, 2975, 2976, 2979, 3101, 3110,3111, 3113–3118
Erann, B., 194Erbacher, O., 24, 25Erdman, B., 445Erdman, N., 1403Erdmann, B., 194, 907–911, 1304, 1412, 1413
Erdmann, N., 60, 859, 1296, 1452, 1513, 1524,1588, 1590, 1840, 1875–1877, 3032,3047, 3321, 3893, 3955
Erdos, P., 421, 444, 448, 1055, 1784, 1785,2276, 2283, 2288
Erdtmann, G. L., 188, 3274, 3277Eremin, M. V., 2049, 2053Erez, G., 936, 943, 944Erez, J., 3159Erfurth, H., 375, 376, 378, 382, 384, 385, 388,
389, 391, 392Erickson, M. D., 3280, 3323, 3327Ericsson, O., 190Eriksen, T. E., 768Eriksson, O., 63, 191, 924, 925, 928, 934, 935,
1300, 1301, 1894, 2248, 2289, 2291,2313, 2318, 2330, 2347, 2348, 2355,2359, 2364, 2370, 2384
Erilov, P. E., 1082Erin, E. A., 1326, 1329, 1331, 1416, 1429,
1448, 1449, 1466, 1476, 1479–1481,1483, 1484, 1512, 1545, 1549, 1559,2126, 2584
Erin, I. A., 2129, 2131Erker, G., 2837, 2841Erleksova, E. V., 3350, 3353Erlinger, C., 2649, 2657Ermakov, V. A., 1331, 1333–1337, 1352, 1402,
1422, 1423, 1550, 1553Ermakovl, V. A., 1629Ermeneux, F. S., 2100Ermler, W. C., 1671, 1898, 1907, 1908, 1918,
1920, 1943, 1946, 1949, 1951, 1952, 2864Ermolaev, N. P., 2575Ernst, R. D., 116, 750, 2469, 2476, 2484,
2491, 2843, 2865Ernst, R. E., 2844Ernst, S., 2532, 2533Erre, L., 2440Errington, W. B., 1963, 2440Ertel, T. S., 3087Erten, H. N., 131, 132Ervanne, H., 3066Ervin, K. M., 4123, 4133, 4134Esch, U., 399Eshaya, A. M., 854Esimantovskiy, V. M., 2739Eskola, K., 6, 1639, 1641, 1660, 1662, 1692Eskola, P., 6, 1639, 1641, 1660Esmark, H. M. T., 52Espenson, J. H., 595, 606, 619, 620, 630, 2602Esperas, S., 108, 549, 571, 1173, 1921, 2532Espinosa, A., 3491Espinosa, G., 1432Espinosa-Faller, F. J., 861, 932, 1041, 1043,
1112, 1154, 1155, 1166, 3109, 3210Espinoza, J., 2749Essen, L. N., 129, 132, 2585
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-195
Esser, V., 3052Essien, I. O., 3550, 3551Essington, E., 3017Essling, A. M., 3284Esterowitz, L., 2044Esteruelas, M. A., 2953Etourneau, J., 67, 70, 71, 73, 2360Etter, D. E., 487, 903Ettmayer, P., 67, 70Etz, E. S., 634Etzenhouser, R. D., 2452Eubanks, I. D., 1411, 1412Evans, C. V., 231, 635, 3300, 3301Evans, D. F., 2226Evans, D. S., 98Evans, H. M., 3341, 3342, 3353Evans, H. T., Jr., 265, 266, 583, 2434,
2486, 3118Evans, J. E., 166, 1586, 1839, 1850, 1885Evans, J. H., 2116Evans, J. S. O., 942Evans, K. E., 1507Evans, S. K., 1045, 1681, 3697Evans, W. E., 34Evans, W. H., 2114Evans, W. J., 1956, 1967, 2473, 2476, 2477,
2804, 2805, 2816, 2857, 2924Everett, N. B., 3358Evers, C. B. H., 66, 67, 71, 2407Evers, E. C., 485Everson, L., 2655, 2738, 2739Evstaf’eva, O. N., 105Ewart, F. T., 786, 787, 3043, 3044Ewing, D., 3605, 3607fEwing, G. W., 3935, 3936Ewing, R. C., 55, 103, 113, 257, 259, 260, 262,
269, 270, 271, 272, 273, 274, 275, 277,278, 280, 281, 283, 287, 288, 289, 290,292, 293, 294, 298, 2157, 2159, 2193,2426, 3093, 3094, 3118, 3155, 3160,3476, 3482, 3518–3520, 3559, 3565,3813–3817, 3819, 3824, 3827–3830,3832, 3832f, 3840f, 3841–3843, 3848,3853, 3858, 3862, 3863, 3864f,3867–3869, 3871
Exarhos, G. J., 3867Eyal, Y., 278, 3853Eyman, L. D., 2591Eymard, S., 2655Eyring, H., 367Eyring, L., 1029, 1037, 1039, 1044, 1303,
1312, 1313, 1323, 1358, 1419, 1420,1466, 1535, 1536, 1538, 1596, 1598,1599, 1613, 2143, 2169, 2309, 2381,2390–2392, 2395–2399, 3207–3209,3211, 3212, 3694
Eyrolle, F., 3555Ezhov, Yu. S., 2177, 4113
Faber, J. Jr., 353, 357, 2274–2276Fabryka-Martin, J., 822, 823, 3279, 3280,
3282, 3314Facchini, A., 2657, 2675, 2756Faegri, J., 34Faegri, K., 1670, 1682, 1683, 1723, 1727,
1728, 1905Faestermann, T., 3016, 3063Fagan, P. J., 116, 117, 2479, 2481, 2482,
2809–2811, 2827, 2832, 2837–2839,2841, 2842, 2913, 2916, 2919, 2924,2997
Fahey, J. A., 724–726, 740, 1414, 1420, 1421,1457–1460, 1463–1467, 1470, 1471,1528, 1530, 1534, 1536, 1541, 2178,2180, 2388, 2389, 2397–2399, 3124,3695t, 3868
Faiers, M. E., 918, 919Faile, S. P., 343Fair, C. K., 2479, 2841Fairbanks, V. F., 3358, 3364, 3397–3399Faircloth, R. L., 724, 1030, 1045, 1046,
1048, 2148, 2149Fairman, W. B., 1293Fairman, W. D., 184, 3284Fajans, K., 162, 163, 170, 187, 254Falan, T., 265Falanga, A., 932, 933Faleschini, S., 2843Falgueres, C., 189Faller, J. W., 2943Fallon, S. J., 3047Falster, A. U., 269, 277Fan, S., 2752Fang, A., 1953, 1958Fang, D., 1312, 1319Fang, K., 191Fang, Y., 3651Fangding, W., 1141Fanghanel, T., 120, 125, 126, 223, 421, 423,
425, 435, 439–441, 457, 458, 469, 473,474, 477, 478, 480, 481, 497, 502, 503,509, 513–517, 536, 538, 543–545, 551,552, 556, 593–599, 601–603, 1113,1147–1150, 1152–1154, 1156, 1158,1160, 1161, 1165, 1166, 1181,1425–1427, 1933, 2115, 2117, 2120,2126–2128, 2132, 2136–2138, 2142,2144, 2151–2155, 2157, 2159–2161,2163–2165, 2168, 2170, 2171,2174–2176, 2179, 2181, 2182, 2186,2187, 2190–2195, 2197, 2200, 2203,2204, 2206, 2538, 2546, 2554, 2587,2592, 3045, 3102, 3112, 3114, 3125,3140, 3143, 3144, 3526
Fankuchen, I., 2399Fannin, A. A. J., 2686Fano, U., 2336
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-196
Faraglia, G., 2843Farah, K., 176, 185Farber, D. L., 964, 965, 2342Farbu, L., 2662Fardy, J. J., 1168, 1448, 1449, 1479, 1480,
3919, 3926Fargeas, M., 1316, 1416, 1418Farges, F., 270, 276, 277, 3094, 3152–3154Farina, F., 2471, 2472Faris, J. P., 848, 3927Farkas, I., 596, 597, 608, 609, 612–614, 2587,
3101–3105, 3126–3128, 3138, 3149Farkas, M. S., 1069, 1070Farkes, I., 133Farley, N. R. S., 3108Farnan, I., 3868Farnham, J. E., 3403, 3404Farnsworth, P. B., 67, 2407Farr, D., 1043, 3210, 3211Farr, J. D., 30, 34, 35, 2385, 3532, 3543Farrant, D., 1071Farrar, L. G., 1449Farrell, M. S., 2735Farrow, L. C., 3024, 3364, 3379Farwell, G. W., 3960Fassett, J. D., 3320Fauble, L. G., 34Faucher, M. D., 482, 2049, 2050, 2054, 2066Faucherre, J., 109, 131Faugere, J.-L., 1269Faure, P., 932, 933Fauske, H. K., 3234, 3255Fauth, D. J., 3282, 3285, 3293, 3295, 3296Fauve-Chauvet, A., 43Fava, J., 77Favarger, P. Y., 3062Favas, M. C., 1174, 2441Fawcett, J., 536, 539Fayet, J. C., 2074Fazekas, Z., 626, 627, 2681Fuchtenbusch, F., 410Fearey, B. L., 1874, 1875, 1877, 3322Feary, B. L., 3047Feder, H. M., 2715Federico, A., 637Fedorets, V. I., 817Fedorov, L. A., 709Fedorov, P. I., 104Fedorov, P. P., 104Fedorov, Yu. S., 711, 761, 2757Fedoseev, A. M. R., 747, 749, 1170, 1312,
1319–1321, 1425, 1429, 1430, 1433,2427, 2434, 2436, 2583, 2595
Fedoseev, E. V., 1423, 1471, 1541, 1612,1625, 1633
Fedoseev, M. S., 745, 3043Fedoseev, N. A., 747, 749Fedosseev, A., 4178, 4185
Fedosseey, A. M., 1931Fedotov, S. N., 791, 3049, 3052Fueg, B., 3066, 3067Feher, I., 1432Feher, M., 1972Fein, J. B., 3178, 3180, 3182, 3183Feinauser, D., 1513, 1552Feldman, C., 1049, 3903Feldmann, R., 1879, 1884Felermonov, V. T., 1553Felker, L. K., 1152, 1408, 1585, 1623,
1624, 2633Fellinger, A. P., 3846Fellows, R. L., 1424, 1446, 1453, 1455, 1465,
1468, 1470, 1474, 1485, 1530, 1533,1534, 1543, 1545, 1579, 1596, 1599,1600, 1601, 2077, 2417
Felmy, A. R., 125, 127, 128, 130, 131, 1149,1160, 1162, 1319, 1341, 2192, 2547,2549, 2587, 2592, 3039, 3134–3137,3516, 3527
Fender, B. E. F., 346, 351, 377, 383, 470, 471,994, 1082, 2153, 2393
Fendorf, S., 3172, 3180Fendrick, C. A., 2913, 2918, 2924Fendrick, C. M., 117, 2840, 2841, 2918–2920Feneuille, S., 1862Feng, X., 292, 3845, 3846, 3867Fenter, P., 291, 3163, 3164, 3183Fenton, B. R., 273Feola, J. M., 1507Ferey, G., 87, 90Ferguson, D. E., 1401, 1448, 2734Ferguson, I. F., 344, 393Ferguson, J. W., 3932Ferguson, T. L., 1288, 2762Fermi, E., 3, 4, 1622Fern, M. J., 3029, 3030, 3283, 3293, 3296Fernandes, H. M., 3487Fernandes, L., 105Fernandez-Valverde, S., 3057Fernando, Q., 2652Fernandez, A., 3800Ferran, M. D., 1093Ferraro, J. B., 471, 512, 513Ferraro, J. R., 93, 106, 107, 840, 1369, 1923,
1931, 2574, 2592, 2649, 3035Ferreira, L. G., 928Ferretti, R. J., 3037Ferri, D., 371, 596, 1921, 2532, 2533, 2583,
3101, 3119Ferris, F. G., 3629–3630Ferris, L. M., 404, 1270, 1513, 1548, 2701,
2702, 2734Ferro, R., 53, 67, 98–100, 927,
2411, 2413, 4006t, 4009, 4021t–4022tFertig, W. A., 62, 96Fetter, S., 3173
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-197
Fiander, D., 1735Fidelis, J., 188Fiedler, K., 550, 570Field, R. W., 4094Fields, M., 372–374, 2690Fields, P. R., 5, 1312, 1324, 1325, 1365, 1404,
1455, 1474, 1509, 1513, 1543, 1577,1604, 1622, 1636, 2038, 2078, 2090
Fien, M., 3362Fierz, Th., 3070Fietzke, J., 231Fieuw, G., 33Fife, J. L., 398, 998Fife, K. W., 1093Fifield, L. K., 790, 1806, 3063, 3317, 3318Fifield, L.K., 3955Figgins, P. E., 167, 172, 173, 175, 179, 215,
226, 257Filby, R. H., 3024, 3280, 3284, 3285, 3292,
3296, 3306, 3307Filimonov, V. T., 1352, 1512Filin, B. M., 1302Filin, V. M., 793, 986Filippidis, A., 302, 3039Filipponi, A., 3087Filippov, E. A., 705Filippov, E. M., 1507Filipy, R. E., 3282Filliben, J. J., 1364Fillion, G., 4025–4026Fillmore, C. L., 377Filzmoser, M., 1055Finazzi, M., 2236Finch, C. B., 113, 1033, 1453, 1472, 1602,
2261, 2263, 2265, 2266, 2268,2272, 2292
Finch, P. J., 1811Finch, R. J., 257, 259, 260, 262, 270–273, 277,
279, 281, 283, 287–290, 292–294, 298,299, 725, 861, 2193, 2426, 3476, 3484,3518, 3841, 3842, 4177
Finch, W. C., 2999Finch, W. I., 272, 297Findlay, M. W., 3022Findley, J. R., 375Fine, M. A., 319Fink, J. K., 357, 359, 1046, 1048, 1074, 1076,
2139, 2140, 2142, 3687, 3688t, 3690Fink, R. M., 3424Fink, S. D., 1401Finke, R. G., 2811, 2828, 2924Finkel, M. P., 3387, 3388, 3421, 3424Finkle, R. D., 3356, 3378, 3395, 3423, 3424Finn, P. A., 270, 273, 274, 1806, 3518, 3533Finn, R. D., 44Finnemore, D. K., 62Finnie, K. S., 280, 291Finnigan, D. L., 3288, 3314
Fiolhais, C., 1904Firestone, R. B., 24, 817, 1626, 1633, 1639,
1644, 3274, 3277, 3290, 3298, 3891t,3898t, 3908, 3958, 3965
Firosova, L. A., 1291Firsova, L. A., 1449, 1512Fischer, A., 4039Fischer, D. F., 1076, 2719, 2720, 2817, 2818
3219, 3233, 3234Fischer, E., 351, 352, 2202, 3758, 3759f, 3761fFischer, E. A., 280, 291Fischer, E. O., 116, 208, 630, 751, 1093, 1190,
1323, 1324, 1363, 1423, 1800, 2801,2803, 2814, 2815, 2859
Fischer, G., 231Fischer, H., 2801Fischer, J., 1080, 1082, 1083, 1090, 1092Fischer, P., 69, 425, 428, 429, 436, 439, 440,
444, 447, 448, 451, 455, 479, 2257,2258, 2352
Fischer, R. D., 207, 1172, 1190, 1191, 1199,1801, 1894, 1943, 2017, 2253, 2430,2431, 2472, 2473, 2475, 2491, 2817,2819, 2824, 2831, 2851
Fischer, W., 80, 81, 82Fiset, E. O., 1661Fish, W., 3506–3507Fisher, D. R., 3631Fisher, E. S., 323, 324, 942, 1894, 2315, 2355Fisher, H., 3341, 3348, 3356, 3387Fisher, M. L., 3117Fisher, R. A., 945, 948–950, 2315, 2347, 2355Fisher, R. D., 3033Fisher, R. W., 75, 107, 336, 3246Fisher, S. B., 3735, 3735fFisk, Z., 406, 1003, 2312, 2333, 2343, 2351,
2360Fitch, A. N., 470, 471Fite, W. L., 4092Fitoussi, R., 1286, 2673Fitzmaurice, J. C., 410, 412, 420Fitzpatrick, J. R., 1268, 1283, 2749Fjellvag, H., 66, 4036Flach, R., 63Flagella, P. N., 357, 2202Flagg, J. F., 3351, 3355, 3380, 3381Flahaut, J., 414, 1054, 2413Flament, J.-P., 1909Flamm, B. F., 864, 989, 996Flanagan, S., 2864Flanary, J. R., 2732Flanders, D. J., 2440, 2476, 2483–2485, 2843Flegenheimer, J., 186, 213, 217, 219, 229Fleig, T., 4096, 4097, 4099Fleischer, R. L., 3828, 3969Fleisher, D., 2668Fleishman, D., 3305Fleming, D. L., 2195
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-198
Fleming, I., 2953Fleming, W. H., 823Flengas, F., 2695Flengas, S., 2695, 2696Flerov, G. N., 6, 1660Fletcher, H. G., 81Fletcher, J. M., 213, 218, 1011Fletcher, M., 3544Fletcher, S., 436, 453, 738, 1084, 1095, 1097,
1312, 2416Flett, D. S., 840Fluhler, H., 3014Fliermans, C. B., 3602Flintoff, J. F., 3867Flippen-Anderson, J. L., 2382–2384Flitsiyan, E. S., 1507Floquet, J., 2239Floreani, D. A., 2686Florin, A. E., 732, 1080, 1081, 1083, 1084,
1086, 1088, 1090, 1091, 2421, 2426,3933
Florjan, D., 1507Flotow, H. E., 64–66, 328, 329, 331–334, 372,
376, 378, 382, 723, 724, 989–992, 994,1029, 1030, 1047, 1048, 2114, 2146,2156–2158, 2160, 2161, 2176,2188–2190, 2262, 3204–3206, 3214,3225, 3241
Flouquet, J., 407, 2352, 2359Fluss, M. J., 863, 980, 981, 983, 984, 986Flynn, T. M., 264–266, 281, 294, 296Fochler, M., 1419, 1422Fogg, P. G. T., 393Folcher, G., 101, 2251, 2449, 2450, 2452,
2464–2466, 2472, 2603, 2820, 2843,2855, 3101, 3105, 3120, 3138, 3141
Folden, C. M., III, 1662, 1666, 1695, 1701,1702, 1712, 1713, 1717, 1735, 1737
Folder, H., 164Foldy, L. L., 1906Foley, D. D., 303, 307–309, 311Folger, H., 6, 14, 164, 1432, 1433, 1653, 1701,
1713, 1737Foltyn, E. M., 718, 719, 939, 949, 1109, 3833Fomin, V. V., 1095, 1100–1102, 1106–1108,
2426, 3907Fontana, B. I., 452Fontanesi, J., 1507, 1518Fonteneau, G., 425, 446, 468Fontes, A. S. Jr., 1036, 1047, 2195Foord, E. E., 259, 262–269, 275, 277Foote, F., 321Forbes, R. L., 1028, 1030Forbes, T. Z., 4170–4175, 4172f, 4174f, 4175fForchioni, A., 2563, 2580Ford, J. O., 1008Foreman, B. M., Jr., 29, 84, 1111, 2662Foreman, H., 3407, 3408, 3413
Foreman, M. R. St. J., 2674Forker, L. L., 3424Formosinho, S. J., 627Foropoulos, J., 504, 505, 737Forrest, J. H., 187Forrestal, K. J., 2804, 2805Forrester, J. D., 78, 82, 83, 2418Forsellini, E., 548, 554, 2426, 2427, 2441,
2442, 2443Forsling, W., 1636Forsyth, C. M., 2965Fortin, D., 3635Fortner, J. A., 279, 861, 3017, 3051, 3052, 3302Foster, K. W., 32, 34, 2122Foster, L. S., 65Foti, S. C., 180, 187, 3287Fouche, K. F., 84, 2565Fourest, B., 52, 109, 126, 128, 129, 1605, 2529,
2530, 2538, 2539, 3022, 3101, 3110,3111, 3113–3118
Fourmigue, M., 2488, 2857Fournier, J. M., 34, 65, 66, 207, 323, 334, 335,
347, 353, 357, 416, 719, 720, 739, 740,742, 886, 887, 930, 932, 933, 949, 954,956, 994, 995, 998, 1003, 1019, 1023,1055, 1411, 1461, 1754, 2122, 2123,2238, 2264, 2267, 2268, 2278, 2279,2283–2285, 2288, 2292, 2315, 2353,2355, 2358, 2362
Fournes, L., 2360Fowle, D. A., 3180, 3182, 3547, 3631–3632Fowler, M. M., 1738Fowler, R. D., 191, 193, 904, 908, 913, 988,
2350Fowler, S. W., 1507, 3017, 3031, 3032Fowler, W. A., 3014Fowles, G. W. A., 94Fox, A. C., 1071Foex, M., 77Fox, R. V., 856, 2684Foxx, C. L., 866Foyentin, M., 2065, 2066Fozard, P. R., 3050, 3060, 3062, 3064Fradin, F. Y., 1022, 2350Fragala, I., 116, 576, 1953, 1956–1958Frahm, R., 2236Frampton, O. D., 76Franchini, R. C., 869Francis, A. J., 1110, 2591, 3022, 3046, 3069,
3146, 3179, 3181, 3601, 3602, 3611,3614, 3615, 3617, 3622, 3625, 3626,3634–3636
Francis, C. W., 1819Francis, K. E., 1080, 1086Francis, M., 193Francis, R. J., 2256, 4184Franck, J. C., 217, 218Francois, M., 2432
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-199
Francois, N., 2674Frank, A., 83Frank, N., 231Frank, R. K., 42, 43Frank, S. M., 3859Frank, W., 2479, 2834, 2913, 2933, 2987Franse, J. J. M., 2238, 2351, 2358, 2407Frantseva, K. E., 516Franz, W., 2333Frausto da Silva, J. J. R., 2587Fratiello, A., 118, 2530, 2533Fray, D. J., 372–374Frazer, B. C., 2273, 2283Frazer, M. J., 115Frechet, J. M. J., 851Fred, M. S., 33, 190, 226, 857–860, 1088,
1194, 1295, 1626, 1836, 1839, 1842,1845–1847, 1852, 1871, 1873, 2016,2018, 2080, 2083–2086, 3933
Fredo, S., 719, 720Fredrickson, D. R., 357, 372, 378Fredrickson, J. K., 274, 3178–3181, 3602,
3625Freedberg, N. A., 817, 3892Freedman, M. S., 1626, 1627, 1634, 1639, 1644Freedman, P. A., 3313Freeman, A. J., 60, 398, 900, 901, 1265, 1461,
1598, 1605–1607, 1613, 2238Freeman, G. E., 1815Freeman, H. C., 3117Freeman, J. H., 1093Freeman, R. D., 69, 72, 78, 2407Freestone, N. P., 421, 441, 457, 484, 487, 507,
520, 521, 557, 563, 566Frei, V., 616Freiling, E. C., 3287Freinling, E. C., 225Freire, F. L. Jr., 3065Freis, D., 3785fFreiser, B. S., 4123, 4130Freiser, H., 2675, 2676, 3894, 3916Frejacques, C., 824Fremont-Lamouranne, R., 1316, 1416,
1418, 3933Frenkel, V. Y. A., 1330, 1331, 1355, 1547Frenkel, V. Ya., 1416, 1430, 1433, 1480, 1481Frenzel, E., 3022Freshley, M. D., 3705, 3793, 3829, 3861Freundlich, A., 1312Freundlich, W., 103, 110, 111, 113, 728, 729,
1057, 1065–1069, 1106, 1107, 1312,1321, 2431
Frohlich, K., 793Friant, P., 3117Frick, B., 100Fricke, B., 213, 576, 1524, 1626, 1627, 1643,
1654, 1669–1686, 1689, 1691–1693,1706, 1707, 1712, 1716, 1722, 1724,
1726, 1727, 1729–1734, 1874,1880–1884
Friddle, R. J., 879, 882, 962, 964Fridkin, A. M., 1476, 1479Fried, A. R., 2587Fried, S. M., 5, 35, 36, 163, 191–196, 198, 200,
201, 206, 207, 220, 222, 227, 229, 722,730, 731, 734, 736–738, 740, 742, 743,988, 1048, 1079, 1176, 1312, 1317,1325, 1419, 1455, 1465, 1469, 1470,1513, 1515, 1530, 1531, 1533, 1543,1544, 1547, 1557, 1577, 1622, 2176,2389–2391, 2397, 2407, 2408, 2411,2413, 2417, 2418, 2422, 2431
Friedel, J., 2310Friedlander, G., 3292, 3299, 3303Friedman, Am. M., 1636Friedman, H. A., 423, 424, 444, 446, 459, 461,
463, 1132, 1454, 1473, 1547, 1548, 1604Friedrich, H. B., 1968, 1971Friedt, J. M., 192, 2283Friend, J. P., 3254, 3255Friese, J. I., 607, 612Frings, P., 2351, 2358Frink, C., 1738Frit, B., 281, 467, 509Fritsch, P., 3352, 3359, 3368, 3377, 3413Fritzsche, S., 33, 1670, 1672–1676, 1680,
1840, 1877, 1884Førland, T., 360Frlec, B., 506, 508, 4103, 4104Froelich, P. N., 3598Froese-Fisher, S., 1670Froggatt, A., 3489Frohnmayer, W., 3945Froidevaux, P., 2532, 3014, 3557Frolov, A. A., 606, 763, 765, 1144–1146, 1337,
1338, 2594, 2595Frolov, K. M., 1120, 1128, 1140Frolova, I. M., 1145, 1146Frolova, L. M., 1484Fromage, F., 109, 131Fromager, E., 620, 622, 623, 1925Fronaeus, S., 209Fronczek, F. R., 2491, 2868Frondel, C., 55, 264, 265, 3486Frost, H. M., 3401, 3405Forster, T., 2102Fruchart, D., 65, 66, 69, 71, 72Fry, N. K., 3602Fryer, B. J., 584, 730, 2402Fryxell, R. E., 352, 353, 376, 378, 3341, 3342,
3348, 3353, 3356, 3386Fu, G. C., 2980Fu, K., 1507Fu, P.-F., 2924Fu, Y., 786Fuchs, C., 1033, 1034
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-200
Fuchs, L. H., 261, 276, 356, 586, 587Fuchs, M. S. K., 1921, 1923Fuchs-Rohr, M. S. K., 1906Fudge, A. J., 188, 225, 226Fuess, H., 994, 1082Fuest, M., 822, 3296Fuger, J., 1, 69, 73, 80–82, 116, 118, 119, 121,
125, 128, 129, 379, 421, 423, 425, 431,435–437, 439–441, 451, 457, 458,469–471, 473–478, 480, 481, 486, 497,502–505, 509–511, 513–517, 536, 538,539, 541, 543–546, 551–553, 556,593–599, 601–603, 718–720, 722,725–729, 735, 739, 744, 745, 753, 754,767, 769, 771, 881, 888, 891, 989, 1008,1019, 1021, 1045, 1047, 1048, 1061,1063, 1085–1087, 1093, 1098, 1100,1101, 1110, 1111, 1117, 1118, 1131,1147–1150, 1155, 1157–1162,1165–1167, 1169–1171, 1180, 1181,1303, 1312, 1313, 1328, 1329, 1341,1352, 1403, 1409, 1410, 1413, 1414,1417, 1419, 1420, 1424, 1457, 1460,1464, 1465, 1468, 1469, 1471, 1478,1479, 1482, 1483, 1525, 1533, 1537,1543, 1551, 1555, 1562, 1598, 1753,2113–2115, 2117, 2120, 2123–2128,2132, 2133, 2136–2138, 2140,2142–2145, 2150–2157, 2159–2161,2163–2165, 2167–2176, 2179, 2181,2182, 2186, 2187, 2190–2195, 2197,2199–2201, 2203–2206, 2267, 2270,2389, 2396, 2397, 2413, 2538, 2539,2546, 2554, 2576, 2578, 2579, 2580,2582, 2583, 2589, 2695–2698, 2815,2822, 2851, 2912, 3206, 3213–3215,3347, 3380, 3382, 3859, 3860, 3861t,3940
Fugiwara, T., 1276Fuhrman, N., 61, 1028, 1030Fuhse, O., 106Fuji, K., 382, 509, 524, 2244, 2245Fujii, E. Y., 1398Fujii, T., 1153Fujikawa, N., 189Fujinaga, T., 758Fujine, S., 711, 712, 760, 766, 787, 1272,
1273, 1294, 1295, 2757Fujino, O., 3067Fujino, T., 253, 280, 355, 360–362, 364, 368,
369, 373, 375, 377, 378, 380, 382, 383,387, 389–393, 395–398, 533, 534, 1025,1026, 1056, 1057, 1109, 2154, 2244
Fujioka, Y., 189Fujita, D. K., 1411, 1460, 1472, 1473,
1517, 1525, 1533, 1543, 1595, 1596,1602, 1604, 2077, 2267, 2269, 2270,2272, 2417, 2422
Fujita, Y., 338Fujiwara, K., 120, 121, 1153, 2575Fujiwara, T., 2753, 2755, 2760Fukai, R., 3014, 3017Fukasawa, T., 760, 762, 766, 787, 1272, 1477Fukuda, K., 396, 397, 398, 2411, 4008Fukuhara, T., 407Fukumoto, K., 1292Fukusawa, T., 40Fukushima, E., 2077, 2232, 2415Fukushima, S., 390, 391Fukutomi, H., 607–609, 616–618, 620, 622Fulde, P., 1646, 1943, 1944, 1947–1949, 1951,
1952, 1959, 2347Fuller, C. C., 3170Fuller, J., 2691Fuller, R. K., 3305Fulton, R. B., 1134, 2597–2599Fulton, R. W., 1319, 1341, 2547, 2592Fultz, B., 929, 965–967Fun, H.-K., 2452, 2453, 2455Funahashi, S., 339Funasaka, H., 2743Funk, H., 1296, 1403, 1877Funke, H., 1923, 3106, 3107, 3111, 3112,
3122, 3139Fuoss, R. M., 609Fure, K., 1666, 1735Furman, F. J., 392, 396Furman, N. H., 634Furman, S. C., 377Furrer, A., 425, 428, 436, 439, 440, 444, 447,
448, 451, 455, 2257, 2258Furton, K. G., 2679, 2682, 2684Furuseth, S., 4036Fusselman, S. F., 1270Fusselman, S. P., 717, 2134, 2135, 2695–2698,
2700, 2715, 2719, 2721Fux, P., 2590
Gabala, A. E., 2819Gabelnick, S.D., 1971, 1972, 2148, 4083,
4090, 4096, 4102Gabes, W., 544Gabeskiriya, V. Ya., 1484Gabrielli, M., 2457Gabuda, S. P., 458Gacon, J. C., 2054, 2059, 2060, 2062Gadd, G. M., 3545Gadd, K. F., 115, 493, 494Gade, L. H., 1993Gadolin, J., 1397Gaebell, H.-C., 450Gaffney, J. S., 3288Gagarinskii, Yu. V., 458Gagliardi, L., 576, 589, 595, 596, 1897, 1907,
1921–1923, 1927–1929, 1938,1972–1975, 1979, 1989, 1990,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-201
1993–1995, 2528, 3102, 3113, 3123,4096–4099, 4111, 4142
Gagne, M. R., 2912, 2913, 2918, 2924, 2933,2984, 2986
Gagne, J. M., 1873Gagnon, J. E., 584, 730, 2402Gaillard, J. F., 3181Gaines, R. V., 259, 262–269, 275Gajdosova, D., 3046Gajek, Z., 421, 422, 425, 426, 428, 432, 440,
442, 443, 447, 449, 450, 453, 469,2138, 2249, 2278
Gal, I., 3923–3924Gal, J., 719, 720, 862, 2361Galasso, F. S., 1059Galateanu, I., 218, 219Gal’chenko, G. L., 2114, 2148, 2149,
2168, 2185Gale, N. H., 3311Gale, R. J., 3100Gale, W. F., 322Galesic, N., 102, 103, 110, 2431Galkin, B. Y., 2757Galkin, B. Ya., 711, 761Galkin, N. P., 303, 458Gallagher, C. J., 164Gallagher, F. X., 340, 342, 345, 346, 348, 355Galle, P., 3050, 3062, 3063Galleani d’Agliano, E., 1461Gallegos, G. F., 932, 967Galloy, J. J., 2392Gallup, C. D., 3313Galperin, A., 3562Galvao, A., 2885, 2886Galvao, J. A., 2912Galy, J., 268, 385Galzigna, L., 548Gambarotta, S., 117, 1966, 2260, 2871–2874Gamble, J. L., 3357Gammage, R. B., 1432Gamp, E., 469, 482, 492, 2065, 2066, 2248,
2249, 2251, 2261Gan, Z., 164Ganchoff, J. G., 184Gandreau, B., 537, 566, 567Ganguly, C., 3236Ganguly, J., 116Ganguly, L., 2815Ganivet, M., 1118, 1119, 3911–3912Gankina, E. S., 1507Gann, X., 2656Gannett, C. M., 1447, 1635, 1642, 1643, 1645,
1646, 1662, 1703, 1704Gans, W., 100Gansow, O. A., 44Gantz, D. E., 67, 77Gantzel, P. K., 67, 1965, 2407Ganyushin, D. I., 1906
Ganz, M., 822, 3014, 3296Gao, J., 1910Gao, L., 76, 77Gao, Y., 92Garbar, A. V., 2859Garcia Alonso, J. I., 789, 3062, 3068Garcia, D., 482, 2049, 2054, 2066Garcia, E., 398, 998Garcia, J. F., 3364, 3378, 3387Garcia, K., 3022Garcia-Carrera, A., 2655Garcia-Hernandez, M., 1918–1920, 1931,
1935, 1937, 1938Gardner, A. W., 3906–3907Gardner, C. J., 530Gardner, E. R., 1027, 1030, 1031, 2389,
2395Gardner, H. R., 936, 944, 968–971Gardner, M., 319Garg, S. P., 352Garisto, F., 3516, 3526Garland, J. A., 3494Garland, T. R., 3596, 3609, 3611Garmestani, K., 44Garner, C. S., 704, 822, 1078, 1092, 1095Garnier, J. E., 396Garnov, A. Y., 1336, 2531, 2532, 2568, 3102,
3111–3113, 3122, 3123, 3143, 3145Garrett, A. B., 399, 400Garrido, F., 289, 340, 345, 348Garstone, J., 892, 913Gartner, M., 1684, 1707–1709, 1716Garuel, A., 2352Garwan, M. A., 3014, 3063, 3317, 3318Garza, P. A., 2660Gasche, T., 191Gasco, C., 3017, 3023Gascon, J. L., 1432, 1433Gaskill, E. A., 316, 317Gaskin, P. W., 1179, 3415, 3416, 3420Gasnier, P., 2685Gaspar, P., 2881, 2882Gasparinetti, B., 105Gasparini, G. M., 1280, 1282, 2738, 2743Gasparro, J., 1688, 1700, 1718, 3024Gasperien, M., 730, 745, 792Gasperin, M., 87, 92, 113, 460, 2443Gasser, M., 3409Gassner, F., 1287, 2674, 2761Gasvoda, B., 3361Gata, S., 1267Gateau, C., 598Gatehouse, B. M., 269Gates, B. C., 2999Gates, J. E., 1018, 1019Gatez, J. M., 1177, 1178Gatrone, R. C., 1279, 1281, 2642, 2652, 2738,
2747, 3283
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-202
Gatti, R. C., 5, 1178, 1180, 3025, 3302Gaudiello, J., 2827Gaudreau, B., 468, 537, 566, 567Gaughan, G., 2811, 2828Gaulin, B. D., 2281, 2282Gault, R. A., 262, 289, 290Gaumet, V., 88, 91Gaune-Escard, M., 469, 475, 2185–2187Gaunt, A. J., 2584Gauss, J., 1902Gautam, M. M., 2750Gauthier, R., 3034, 3035Gauthier-Lafaye, F., 3172, 3499, 3551, 3842,
3843Gautier, D. C., 3969Gautier-Soyer, M., 277Gauvin, F. G., 2916Gavrilov, K. A., 6, 1509Gavrilov, V. D., 1398, 1421, 1433Gavron, A., 1477Gay, R. L., 717, 2695–2698, 2715, 2719Gaylord, R., 1653Gazeau, D., 2649, 2657Gudel, H. U., 428, 429, 436, 440, 442, 444, 451Geary, N. R., 707Geary, W. J., 636Gebala, A. E., 1802, 2819, 2820, 2472Gebauer, A., 605, 2464Gebert, E., 261, 276, 372, 373, 586, 587, 719,
1057, 1060, 1061, 1312, 1313Geckeis, H., 3024, 3069, 3070, 3477Gedeonov, L. I., 1352Gee, G. W., 3651Geerlings, M. W., Jr., 44Geerlings, M. W., Sr., 28, 44Geertsen, V., 2682, 2685Geesey, G. G., 3629Geeson, D. A., 3243, 3244Geggus, G., 792Gehmecker, H., 794Geibel, C., 719, 720, 2347, 2352Geibert, W., 44Geichman, J. R., 505, 506, 535Geigert, W., 231Geipel, G., 108, 626, 1113, 1156, 1923, 1933,
2583, 3037, 3044, 3046, 3069, 3102,3106, 3107, 3111, 3112, 3122, 3125,3131, 3138, 3140, 3142–3145, 3150,3152, 3154, 3155, 3160, 3161,3165–3167, 3179, 3180, 3182, 3381,3382
Geise, J., 170Geiss, J., 170Geist, A., 2756Gelbrich, T., 259, 287Gelis, A. V., 3043Gellatly, B. J., 439, 445, 449, 452, 455, 472,
477, 482, 512, 543, 593
Gelman, A. D., 726, 728, 729, 745–747, 749,750, 753, 763, 767, 768, 771, 773, 1059,1110, 1113, 1116–1118, 1123, 1128,1133, 1156, 1163, 1172, 1175, 1325,1327, 1352, 1367, 1368, 2527, 2575,3124, 3894, 3914–3915, 3980
Gendre, R., 1080Genet, C. R., 1172Genet, M., 103, 109, 110, 128, 220, 221, 275,
469, 472, 477, 482, 491, 492, 1172,2066, 2248, 2249, 2251, 2431,2432, 3024
Gens, R., 431, 451, 735, 739, 1061, 1063, 1312,1469, 1483
Gens, T. A., 855Gensini, M. M., 719–721, 741Gentil, L. A., 110Geoffrey, G. L., 1983George, A. M., 369George, D. R., 305, 308George, R. S., 465, 466Georgenthum, V., 3801Georgopoulos, P., 3100, 3101, 3103, 3118Gerard, V., 367Gerasimov, A. S., 1398Gerber, G. B., 3424Gerdanian, P., 353–356, 360, 362–364, 1048,
2145Gerding, H., 544Gerding, T. J., 272, 731, 732, 733, 2084, 4107Gerdol, R., 3280Gerds, A. F., 393, 399, 410, 2407Gergel, M. V., 175, 704, 3016Gergel, N. V., 822, 824Gering, E., 2315, 2371, 2407Gerke, H., 98Gerlach, C. P., 2832, 2974Gerloch, M., 2054Germain, G., 260, 263, 283, 2489, 2490, 2492Germain, M., 1275Germain, P., 782German, G., 2802, 2844Gerontopulos, P. T., 1284Gerratt, J., 93Gersdorf, R., 2238Gershanovich, A. Y., 86, 88, 89, 93Gerstenkorn, S., 858, 860, 1847Gerstmann, U., 3016, 3063Gerward, L., 100, 409, 2407Gerz, R. R., 728, 1064Gesing, T. M., 69, 71, 405Gesland, J. Y., 422Gestin, J.-F., 43Gevantman, L. H., 1123Gevorgyan, V., 2969Gewehr, R., 80, 81, 82Gey, W., 64Gaggeler, G., 1704
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-203
Gaggeler, H. W., 182, 185, 1447, 1451, 1468,1593, 1612, 1643, 1662–1665, 1679,1684, 1685, 1693, 1694, 1698–1700,1704–1714, 1716, 1718, 1721, 1732,1738, 1806, 3030, 3031
Gaggeler, M., 1628Ghafar, M., 180Ghaleb, D., 3827Ghermain, N.-E., 602Ghermani, N. E., 2431Ghiasvand, A. R., 2681, 2684Ghijen, J., 2336Ghiorso, A., 5, 6, 13, 53, 164, 815, 821, 1265,
1397, 1418, 1444, 1499, 1502, 1577,1622, 1630, 1632, 1637–1643, 1645,1653, 1660–1662, 1692, 1738, 1762,2129, 3492
Ghiorso, W., 1653Ghods, A., 3017Ghods-Esphahani, A., 3308Ghormley, J. A., 3221Ghosh Mazumdar, A. S., 1175Ghotra, J. S., 93Gohring, O., 162, 170, 187Giacchetti, A., 59, 1843, 1844Giacometti, G., 2865Giacomini, J. J., 3253, 3254Giaechetti, A., 190, 226Giammar, D. E., 287Giannola, S. J., 3403, 3405Giannozzi, P., 2276Giaon, A., 24, 31Giaquinta, D. M., 3152, 3157, 3158Giarda, K., 1196, 1198, 2080, 2085, 2086, 2561Giardello, M. A., 2913, 2918, 2924, 2933,
2934, 2984, 2986Giardinas, G., 1654, 1719, 1720, 1735Gibb, T. R. P., Jr., 329, 330, 331Gibbs, D., 2234, 2281, 2282, 2288Gibbs, F. E., 916, 960Gibby, H., 3220Gibby, R. L., 2147, 3692, 3695t, 3698, 3699fGibinski, T., 414, 2413Gibney, R. B., 744, 945–946, 957Gibson, G., 106, 370Gibson, J. K., 719–721, 1302, 1316,
1362–1364, 1412, 1415–1417, 1424,1455–1457, 1463, 1464, 1528, 1531,1540, 1541, 1560, 1561, 1592, 1593,1603, 1609–1612, 1627, 1628, 1634,1639, 1644, 2118, 2121, 2122, 2150,2165, 2188, 2189, 2404, 4081, 4095,4123, 4127–4135, 4136t, 4137t, 4138,4138t, 4141, 4142
Gibson, M. L., 482Gibson, R. R., 225, 2633, 2634Gieck, C., 4046t, 4050Giere, R., 277, 278, 279
Gieren, A., 2464Giese, H., 77Giesel, F., 19, 20, 47Giessen, B. C., 719, 720, 897, 932Giester, G., 265, 295Giffaut, E., 1160–1162, 1164, 1314, 1341, 2583Giglio, J. J., 3060Gikal, B. N., 14, 1653, 1654, 1707, 1719, 1720,
1735, 1736Gilbert, B., 116, 117, 1607, 2687, 2689, 2815,
2819, 2851Gilbert, E. S., 1821Gilbert, T. M., 2487, 2488, 2856, 2857Gilbertson, R. D., 2660Gili, M., 2633Gilissen, R., 1033Gilje, J. W., 1957, 2472, 2473, 2475, 2479,
2484, 2561, 2825, 2826, 2919Gill, H., 3173, 3176, 3177Gillan, M. J., 367Gilles, P. W., 95, 96, 364, 413, 738, 1093Gillespie, K. M., 2984Gillespie, R. D., 2999, 3002Gillier-Pandraut, H., 539Gillow, J. B., 3022, 3179, 3181, 3547, 3631,
3651–3652Gilman, H., 2800, 2866Gilman, W. S., 1048, 3903Gilpatrick, L. O., 390, 2701Ginderow, D., 261, 262, 268Gindler, G. E., 632, 633, 3281Gindler, J. E., 3340Ginell, W. S., 854Gingerich, K. A., 98–100, 398, 1987, 1994,
2198, 2202, 2411Ginibre, A., 1844, 1863, 1873Ginter, T. N., 1662, 1664, 1685, 1695, 1701,
1702, 1712–1714, 1716, 1717, 1735, 1737Giordano, A., 1045Giordano, T. H., 3140, 3150Giorgi, A. L., 30, 34, 35, 68, 333, 2385Giorgio, G., 114Girard, E., 861Girardi, F., 2633, 2767, 3908, 3923Giraud, J. P., 2731Girdhar, H. L., 350, 356Girerd, J. J., 2254Girgis, C., 182Girgis, K., 53, 67Girichev, G. V., 1680, 1681, 2169Giricheva, N. I., 1680, 1681, 2169Girolami, G. S., 2464, 2465Gitlitz, M. H., 115Gittus, J. H., 303Giusta, A. D., 3167Givon, H., 1509Givon, M., 1284, 1325, 1328, 1329, 1331, 1365Gladney, E. S., 3057
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-204
Glamm, A., 319Glanz, J. P., 1699, 1700, 1710, 1718Glaser, C., 76Glaser, F. S., 66Glaser, F. W., 2407Glaser, J., 596, 607, 610, 1166, 1921, 2532,
2533, 2583, 3101, 3119Glaser, R., 2979Glasgow, D. C., 1505Glasser, F. P., 3869Glassner, A., 2706, 2709Glatz, J. P., 713, 1008, 1409, 1410, 1684, 1708,
1709, 1716, 2135, 2657, 2675, 2752,2753, 2756
Glaus, F., 1662, 1664, 1685, 1713, 1714, 1716Glauzunov, M. P., 793Glavic, P., 86, 91Glazyrin, S. A., 1126Guldner, R., 1073, 1095, 1100, 1101Gleba, D., 2668Glebov, V. A., 1670, 1672, 1692, 1693, 3111,
3122Gleichman, J. R., 506Gleisberg, B., 1433, 1434, 1629, 1635Gleiser, M., 2115Gleisner, A., 719, 720Glenn, R. D., 3346Glocker, R., 3945Glover, K. M., 166, 224Glover, S. E., 3024, 3280, 3284, 3285, 3292,
3296, 3306, 3307Glaser, H., 372, 377, 378, 382Glueckauf, E., 1915Glukhov, I. A., 525Glushko, V. P., 1047, 1048, 2114, 2148,
2149, 2185Gmelin, 19, 28, 30, 36, 38, 40, 42, 43, 52,
55–61, 63, 67, 69, 70, 75, 101, 105, 114,115, 117, 133, 162, 178, 255, 264, 265,275, 303, 318, 325, 328, 407, 417, 420,1265, 1267, 1290, 1296, 1398, 1400,1402, 1406, 1433, 1764, 1771, 1790,3484–3486
Gnandi, K., 297Gunther, D., 3323, 4141Gunther, R., 1662, 1679, 1684, 1687, 1698,
1708–1710, 1716, 1718Gober, M. G., 1704Gober, M. K., 182, 185, 1447, 1704, 1705Goble, A. G., 164, 173, 176, 179, 182, 213Gobomolov, S. L., 1654, 1719, 1736Gobrecht, J., 1447Goby, G., 1352, 1428, 1551, 1606, 1629Godbole, A. G., 790, 1275, 3061Goddard, D. T., 297Godelitsas, A., 302, 3039Godfrey, J., 638, 3328Godfrey, P. D., 1981
Godfrin, J., 2633Godlewski, T., 20Godwal, B. K., 2370Goeddel, W. V., 2733Goedken, M. P., 2563Goedkoop, J. A., 66Goeppert Mayer, M., 1858Goeringer, D. E., 4123Goetz, A., 3310, 3311–3313Goeuriot, P., 861Goff, G. S., 3528Goffart, J., 116, 117, 470, 552, 553, 737, 1352,
1413, 1419, 1543, 2143, 2144, 2267,2270, 2396, 2418, 2489, 2490, 2802,2815–2819, 2822, 2827, 2844, 2851,2912
Gofman, J. W., 164, 256Gog, T., 2288Gogolev, A. V., 1110Gohdes, J. W., 289, 602, 1166, 2583, 3130,
3131, 3160, 3167Goibuchi, T., 762Gojnierac, A., 182Goldacker, H., 2732Goldberg, A., 886, 888, 890, 939, 940Golden, A. J., 224Golden, J., 164, 173, 176, 179, 213Goldenberg, J. A., 1033Gol’din, L. L., 20, 24, 3928Goldman, J. E., 2273, 2275Goldman, S., 1483, 1555Goldschmidt, V. M., 2391Goldschmidt, Z. B., 1862, 2015, 2016Goldstein, S. J., 171Goldstone, J. A., 333–335, 882, 939, 949,
989, 995Goldstone, P. D., 1477Golhen, S., 2256Gollnow, H., 190, 226Golovnin, I., 1071Golovnya, V. A., 105, 106, 109Goltz, D. M., 3036Golub, A. M., 84Golutvina, M. M., 184Gomathy Amma, B., 3308Gomez Marin, E., 956Gomm, P. J., 28, 31Gompper, K., 2633, 2756Goncharov, V., 1973, 4083, 4084t, 4085, 4086,
4087t, 4088, 4091, 4092, 4092t, 4095Gonella, C., 352Gong, J. K., 3406Gong, W. L., 265, 3814, 3821, 3829,
3861–3862, 3869Gonis, A., 927, 3095Gonthier-Vassal, A., 2250Gonzales, E. R., 3057Goodall, P. S., 3060
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-205
Goode, J. H., 188Goodenough, J. B., 1059Goodman, C. C., 1626, 1627, 1637, 1638Goodman, C. D., 1639, 1659Goodman, G. L., 763, 766, 1090, 1454, 2016,
2030, 2038, 2044, 2080, 2083, 2085,2251, 2267, 2283, 2289
Goodman, L. S., 1088, 1194, 1588, 1626, 1846,1873, 2080, 2084, 2086
Googin, J. M., 319Gopalakrishnan, V., 712, 713, 1281, 1282,
1294, 2668, 2669, 2743, 2744, 2745,2747, 2749, 2750, 2757, 2759
Gopalan, A., 2633Gopinathan, C., 215, 218Gorban, Yu. A., 364Gorbenko-Germanov, D. S., 1312, 1319,
1320, 1326Gorbunov, L. V., 86, 93Gorbunov, S. I., 984Gorbunov, V. F., 793Gorbunova, Yu. E., 2439, 2441, 2442, 2452Gorby, Y. A., 3172, 3178, 3179, 3548, 3622Gordeev, Y. N., 1505, 1829Gorden, A. E. V., 1813, 1824, 1825, 2464,
3413, 3414, 3417–3421Gordienko, A. B., 1906Gordon, B. M., 3903Gordon, C. M., 2690Gordon, D. E., 3602Gordon,G., 592, 606, 609, 619, 622, 1133, 2607Gordon, J., 356, 357, 2272Gordon, J. C., 2484, 2486, 2813, 2814Gordon, J. E., 63, 945, 947, 949, 2315, 2350Gordon, M. S., 1908, 2966Gordon, P. L., 861, 932, 1041, 1043, 1112,
1154, 1155, 1166, 2358, 2464, 3109,3210
Gordon, S., 768–770, 1325, 1326, 1337,1416, 1424, 1430, 1774, 1776, 2077,2526, 2531, 2553
Gore, S. J. M., 786Gorle, F., 3766Gorlin, P. A., 2464Gorman, T., 854Gorman-Lewis, D., 3178, 3604, 3626, 3630,
3841Gorokhov, L. N., 576, 1994, 2179, 2195Gorshkov, N. G., 539Gorshkov, N. I., 856Gorshkov, V. A., 1654, 1719, 1720, 1735, 1738Gorski, B., 1629, 1635Gorum, A. E., 1022, 1050, 1052Goryacheva, E. G., 30Gosset, D., 289Goto, S., 1450, 1484, 1696, 1718, 1735Goto, T., 334, 335Gotoh, K., 382
Gotoo, K., 340, 344, 347, 354Gottfriedsen, J., 575, 2469Goubitz, K., 514Gouder, T., 97, 861, 863, 995, 1023, 1034,
1056, 2347, 2359, 3045, 3051Goudiakas, J., 2153Gould, T. H. Jr., 3264–3266Goulon, J., 2236, 3117Goulon-Ginet, C., 3117Gourevich, I., 2830, 2918, 2935, 2965,
2969, 2971Gourier, D., 1962, 2246, 2847, 2858, 2862Gourishankar, K. V., 2723Gourisse, D., 1333Gourmelon, P., 3413Goutaudier, C., 2100Gove, N. B., 1267Govindarajan, S., 2442Gowing, H. S., 3364, 3375Goyal, N., 2668Grachev, A. F., 854Gracheva, N. V., 416, 419Gracheva, O. I., 788Graczyk, D., 3284Gradoz, P., 2491, 2869–2872Graf, P., 2386Graf, W. L., 988Graffe, P., 1880, 1882Graham, J., 75, 96, 2413Graham, R. L., 1452Grahame, D. C., 3917Grainger, L., 3900Gramaccioli, C. M., 261, 264Grambow, B., 3519, 3520, 3817, 3839, 3841Gramoteeva, N. I., 2822Grandjean, D., 414, 2413Grandjean, S., 3715, 3716Grandstaff, D. E., 3840Grant, G. R., 2736Grant, I. P., 1669, 1670, 1675, 1726, 1728,
1905Grant, P. M., 2589Grant, R. A., 3935–3938Grantham, L. F., 717, 1270, 2134, 2135,
2695–2700, 2719, 2720Grantz, M., 1684, 1707Grape, W., 505Gratchyov, A. F., 3793Grate, J. W., 3285Gratz, E., 2353Graue, G., 163, 172, 174, 178Grauel, A., 2352Graus Odenheimer, B., 1352Grauschopf, T., 1906Gravereau, P., 2360Graw, D., 207Gray, A. L., 133, 3324Gray, C. W., 630
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-206
Gray, D. L., 4046t, 4050Gray, G. E., 2687, 2691Gray, H. B., 577, 609Gray, J., 3500Gray, L., 3264, 3265Gray, P. R., 27, 704, 3276Gray, S. A., 1179, 2591, 3354, 3413, 3415,
3416, 3419–3421Gray, W., 633, 634Grayand, P. R., 171, 184Graziani, R., 548, 2426, 2427, 2439–2441,
2443, 2472, 2473, 2484, 2820, 2825,2841
Grazotto, R., 554Grubel, G., 2234, 2237Grdenic, D., 2439, 2444Greathouse, J. A., 3156Greaves, C., 346, 351, 377, 383, 2393Greaves, G. N., 3163Grebenkin, K. F., 989, 996Grebenshchikova, V. I., 1320Grebmeier, J. M., 3295, 3296, 3311, 3314Greegor, R. B., 278, 3162, 3163, 3864, 3865Greek, B. F., 314Green, C., 2728Green, D. W., 1018, 1029, 1046, 1971, 1976,
1988, 2148, 2149, 2203, 3353, 3403,3405, 4102, 4103, 4114t–4116t
Green, J. C., 116, 1196, 1198, 1200, 1202,1949, 1962, 1964, 2080, 2085, 2086,2561, 2827, 2854, 2863, 2877
Green, J. L., 1003, 1417, 1530, 1532, 1536,1543, 1557, 2398
Green, L. W., 3322Green, M. L. H., 1962Greenberg, D. M., 3405, 3424Greenberg, E., 478, 497Greenblatt, M., 77Greene, T. M., 1968Greenland, P. T., 1873Greenwood, N. N., 13, 162, 998, 1660, 2388,
2390, 2400, 2407Greenwood, R. C., 3243, 3244Gregersen, M. I., 3358Gregor’eva, S. I., 1449Gregorich, K. E., 182, 185, 186, 815, 1445,
1447, 1582, 1629, 1635, 1642, 1643,1645–1647, 1653, 1662, 1664, 1666,1679, 1684, 1685, 1687, 1690,1693–1699, 1701–1706, 1708–1714,1716–1718, 1735, 1737, 1738, 2575
Gregory, J. N., 375Gregory, N. W., 454, 456, 500Greiner, J. D., 61, 2315Greiner, W., 1670, 1731, 1733Greis, O., 114, 206Gremm, O., 2734Grenn, J. C., 117
Grenthe, I., 118–121, 124, 125, 127, 128, 130,131, 211, 253, 270, 371, 421, 423, 425,435, 439–441, 457, 458, 469, 473, 474,477, 478, 480, 481, 497, 502, 503, 509,513–517, 536, 538, 543–545, 551, 552,556, 565, 577, 578, 580, 581, 586,589–591, 593–599, 601–614, 616–623,625, 626, 753, 775, 1113, 1146–1150,1155, 1156, 1158–1161, 1165, 1166,1171, 1181, 1341, 1352, 1427, 1909,1918, 1919, 1921, 1922, 1923–1928,1933, 1991, 2114, 2115, 2117, 2120,2126–2128, 2132, 2133, 2136–2138,2142, 2144, 2150–2157, 2159–2161,2163–2165, 2168–2171, 2173–2176,2179, 2181, 2182, 2185–2187,2190–2195, 2197, 2200, 2203–2206,2531–2533, 2538, 2546, 2554, 2563,2576, 2578, 2579, 2582, 2583, 2585,2587, 2592, 2593, 3037, 3101–3106,3112, 3119–3121, 3125–3128, 3132,3140, 3143, 3144, 3214, 3215, 3347,3380, 3382, 3516, 3521, 3523f, 3524,3526, 3549
Gresham, G. L., 4139Greulich, N., 1738Grev, D. M., 2439, 2440, 2568Grewe, N., 2342Grey, I. E., 113, 269, 345, 347, 354Gregoire, D. C., 3036Gregoire-Kappenstein, A. C., 3111Grieneisen, A., 2731Grieveson, P., 402Griffin, C. D., 2039Griffin, D. C., 1730, 1731Griffin, G. C., 1908Griffin, H. E., 1284Griffin, N. J., 324Griffin, P. M., 857, 858, 860, 1847, 3892Griffin, R. G., 1817Griffin, R. M., 1009Griffin, S. T., 2691Griffioen, R. D., 1632Griffith, C. B., 328Griffith, W. L., 319Griffiths, A. J., 504Griffiths, G. C., 375, 376Griffiths, T. R., 372–374Grigorescu-Sabau, C. S., 1352Grigor’ev, A. I., 2434Grigor’ev, M. S., 745–749, 793, 1113, 1156,
1170, 1181, 1931, 2434, 2436, 2439,2442, 2527, 2531,2595, 3043
Grigoriev, A. Y., 2237Grigoriev, M. S., 1262, 1270, 1312, 1321,
4170–4173, 4174f, 4178, 4185Grigorov, G., 1507
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-207
Grillon, G., 3352, 3359, 3368, 3377, 3398, 3399Grime, G. W., 297Grimes, R. W., 3726, 3727fGrimes, W. R., 423, 444, 459, 463, 487, 3794Grimmett, D. L., 717, 1270, 2134, 2135,
2695–2700, 2715, 2719, 2721Grimsditch, M., 277Grimvall, G., 2140Griscom, D. L., 3848Grison, E., 904, 908, 913, 988Gritmon, T. F., 2563Gritschenko, I. A., 41Gritzner, N., 522Griveau, J. C., 967, 968, 1009, 1012, 1015,
1016, 2353, 2407Gorller-Walrand, C., 2014, 2016, 2044, 2047,
2048, 2058, 2093, 3101Gruning, C., 33, 1452, 1876, 1877Gruning, P., 1840, 1877, 1884Grønvold, F., 340, 345, 347, 348, 351–357,
359, 362, 2114, 2203, 2204, 2389Grobenski, Z., 113Groenewold, G. S., 4095, 4139, 4140Groeschel, F., 3055Grogan, H. A., 1821Groh, H. J., 1427Grojtheim, K., 2692Gropen, O., 580, 596, 1156, 1670, 1728, 1905,
1909, 1918, 1919, 1921–1923, 1925,1926, 1931–1933, 1991, 2532, 3102,3126, 3127
Grosche, F. M., 407, 2239, 2359Gross, E. B., 294Gross, E. K. U., 1910, 2327Gross, G. M., 402, 407Gross, J., 2568Gross, P., 2160, 2208Grosse, A. V., 163, 172–175, 178, 179, 181,
198, 200, 226, 229, 1728Grossi, G., 1282, 2633, 2743Grossman, L. N., 323, 393Grossmann, H., 105Grossmann, U. J., 1910Grosvenor, D. E., 1081Grove, G. R., 27, 30, 32, 904, 905, 908,
914, 1033Grubbe, E. H., 3605Grube, B. J., 3398, 3399Gruber, J. B., 469, 491, 765, 2261, 4113Grudpan, K., 225Gruehn, R., 113, 550, 570Gruen, D. M., 8, 292, 335, 342, 469, 490–492,
501, 510, 524, 724, 737, 763, 764, 1034,1088, 1090, 1094, 1095, 1099, 1109,1313, 1754, 1968, 1971, 2081, 2133,2167, 2257, 2696, 2697, 2699
Gruener, B., 2655Grumbine, S. K., 2484, 2487, 2844, 2845
Grundy, B. R., 170Gruner, R., 3398Gruning, C., 859Grunzweig-Genossar, J., 329, 333, 336Gruttner, C., 2655Gryntakis, E. M., 106Grytdal, S. P., 3292Grzybowski, J. M., 4106Gschneidner, K. A., Jr., 896, 897, 926,
927, 936, 939, 941, 2309Gusten, H., 629Gutlich, P., 793Gu, B. H., 3602, 3651Gu, D., 3057Gu, J., 164Gu, X., 266Gu, Z. Y., 3300Guang-Di, Y., 2453Guastini, C., 2472Gubanov, V. A., 1692, 1933Guczi, J., 3023Gudaitis, M. N., 93Gudi, N. M., 772–774Guegueniat, P., 782Gueguin, M. M., 527Guelachvili, G., 1840, 1845Guelton, M., 76Gueneau, C., 3691f, 3692, 3693f, 3694f,
3775f, 3786f, 3787fGuenther, D., 3047Gueremy, P., 3016Guerin, G., 862Guerra, F., 3030, 3280Guertin, R. P., 63Guery, C., 92Guery, J., 92Guesdon, A., 2431, 2432Guest, R. J., 633, 3282Guesten, H., 227Gueta-Neyroud, T., 2913, 2930, 2940Gueugnon, J. F., 2292Guey, A., 1507Guggenberger, L. J., 78, 83, 84, 2415Guibe, L., 81Guibal, E., 3152, 3154Guichard, C., 1177–1181, 2575Guidotti, R. A., 83Guilard, R., 2464–2466, 3117Guilbaud, P., 596, 2560, 2590, 3101Guillaume, B., 781, 1324, 1329, 1341, 1356,
1365, 1366, 2594, 2595Guillaume, J. C., 2594, 2596Guillaumont, B., 1356Guillaumont, R., 34, 37, 40, 82, 109, 117,
128, 129, 162, 176, 181, 183–185,198–200, 207, 209, 211, 212, 215–219,221–223, 225, 227, 421, 423, 425, 435,439–441, 457, 458, 469, 473, 474, 477,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-208
478, 480, 481, 497, 502, 503, 509,513–517, 536, 538, 543–545, 551, 552,556, 593–599, 601–603, 763, 765, 768,988, 1147–1150, 1158, 1160, 1161,1165, 1166, 1181, 1330, 1352, 1417,1418, 1425, 1428, 1460, 1476, 1477,1481, 1482, 1523, 1526, 1529,1549–1551, 1554, 1555, 1557, 1606,1628, 1629, 1635, 1640, 1644, 1645,1663, 2115, 2117, 2120, 2123,2126–2128, 2132, 2136–2138, 2142,2144, 2151–2155, 2157, 2159–2161,2163–2165, 2168, 2170, 2171,2174–2176, 2179, 2181, 2182, 2186,2187, 2190–2195, 2197, 2200, 2203,2204, 2206, 2532, 2538, 2546, 2550,2552, 2554, 2578, 2676, 2858, 3022,3024, 3908
Guillevi. J., 4024tGuillot, J.-M., 2657Guillot, L., 3026–3028Guillot, P., 185, 215Guilmette, R. A., 1821, 1825, 3345, 3349,
3354, 3360, 3364, 3371, 3374, 3385,3396, 3409, 3413, 3420
Guinand, S., 123Guinet, P., 351–353Guittet, M.-J., 277Gukasov, A., 2411Gula, M. J., 1293, 2642, 2643, 3283Gulbekian, G. G., 14, 1654, 1719, 1720, 1735,
1736, 1738Gulev, B. F., 746, 748, 749, 2527Gulino, A., 1956, 1957Gulinsky, J., 2966Gulyaev, B. F., 1113, 1156Gulyas, E., 114Gaumann, T., 1085, 1086Guminski, C., 1302, 1548, 1607Gumperz, A., 80, 104Gundlich, C., 82Gueneau, C., 351, 352, 3686f, 3691f, 3692,
3693f, 3694f, 3775f, 3786f, 3787fGueneau, Le Ny, J., 365Gun’ko, Y. K., 2469, 2912Gunnink, R., 3302, 3958, 3962–3964, 3964f,
3975Gunnoe, T. B., 2880Gunten, H. R. V., 1738Gunther, D., 4141Gunther, W. H., 1088, 1089, 1660, 4105, 4108Guo, G., 786Guo, J., 164, 191Guo, L., 3062Guo, T., 2864Guo, Y., 164Guo, Z. T., 3300Gupta, A. R., 41
Gupta, N. M., 110Gupta, S. K., 2198Gurd, F. R. N., 3362Gureev, E. S., 1271, 1275, 1352Gurevich, A. M., 583, 601Guerin, L., 1269Gurman, S. J., 3108Gurry, R. W., 926, 927Gurvich, L. V., 2114, 2148, 2149, 2161,
2185Gusev, N. I., 2531, 2532Gusev, Yu. K., 549, 555, 556Guseva, L. I., 1271, 1284, 1402, 1409, 1449,
1450, 1479, 1509, 1512, 1584, 1606,1633, 1636, 2636, 2637, 2651
Gustafsson, G., 1661Gutberlet, T., 2452Guthrei, R. I. L., 962, 963Gutina, E. A., 2140Gutmacher, G. R., 2636Gutmacher, R. G., 857, 858, 860, 1288, 1291,
1423, 1452, 1453, 1455, 1473–1476,1513, 1516, 1586, 1839, 1845, 1847,1848, 1850, 1864, 1871, 1872, 1885,3045
Gutman, R., 2633Gutowska, M., 113Gutowski, K. E., 421, 1110, 2380, 4135Guy, W. G., 187Guymont, M., 76Guzei, I., 2849Guziewicz, E., 1056, 2347Guzman, F. M., 181, 211Guzman-Barron, E. S., 3361, 3378, 3380, 3381Guzzi, G., 637Gvozdev, B. A., 1402, 1422, 1423, 1629, 1636Gwinner, G., 33Gwozdz, E., 1509Gwozdz, R., 188, 3923Gygax, F. N., 2351Gyoffry, B. L., 1669Gysemans, M., 845Gysling, H., 750
Haaland, A., 1958, 2169, 4110, 4112Haar, C. M., 2924Haas, D., 3715, 3773fHaas, E., 1071Haas, H., 1735Haas, J. R., 3547, 3604, 3622, 3626,
3631–3632Haas, M. K., 3067, 3288Haba, H., 1445, 1450, 1484, 1696, 1718, 1735Habash, J., 102, 104, 105, 2434, 2435Habenschuss, A., 448, 2529, 3110Haber, L., 110, 112Haberberger, F., 1665, 1695Habfast, K., 3310–3313
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-209
Habs, D., 1880–1884Hackel, L. A., 1873Hackett, M. A., 2278Hadari, Z., 64, 336, 338, 722–724, 862, 994,
995, 3206Haddad, S. F., 2443Haeffner, E., 2732Haegele, R., 551Haessler, M., 204, 207, 4007Hafey, F., 184Hafez, M. B., 1352, 3024, 3630Hafez, N., 3024Haffner, H., 792, 3398, 3399Hafid, A., 2877, 2890Hafner, W., 2859Haga, Y., 412, 2239, 2256, 2257, 2280Hagan, L., 1513, 1633, 1639, 1646Hagan, P. G., 1175, 1176Hagberg, D., 596Hagee, G. R., 166Hagemann, F., 19, 27, 28, 30, 32, 35–37, 53,
1092, 1094, 1095, 1100, 1101, 2167,2390, 2413, 2417, 2431
Hagemann, R., 3476Hagemark, K., 353, 355, 360, 362, 396, 397Hagenberg, W., 207Hagenbruch, R., 1323Hagenmuller, P., 70, 73, 77, 110Hagerty, D. C., 1009, 1011Haggin, J., 2982Hagiwara, K., 2851Hagrman, D. L., 3723Hagrman, D. T., 357, 359Hagstrom, S., 60Hahn, F. F., 3354Hahn, O., 3, 4, 20, 24, 25, 163, 164, 169, 170,
172, 187, 254, 255, 3912Hahn, R. L., 164, 781, 1116, 1148, 1155, 1356,
1636, 1639, 1659, 2526, 2594, 2595Haigh, J. M., 2439Hain, M., 1881Haines, H. R., 904, 905, 1010Haines, J. W., 3403, 3405Hains, C. F., Jr., 2472Haire, G., 2396Haire, R. G., 33, 79, 192, 717, 719–721, 740,
744, 861, 863, 923, 989, 992, 994, 995,1019, 1025, 1028–1030, 1033, 1037,1039, 1041, 1043, 1044, 1112,1151–1155, 1166, 1299, 1300, 1302,1312, 1313, 1315–1317, 1359, 1369,1398, 1411–1421, 1423, 1424, 1446,1453, 1455–1460, 1462–1472, 1474,1479, 1481–1483, 1485, 1499, 1507,1513, 1515, 1517–1525, 1527–1543,1545, 1547, 1548, 1554, 1555,1559–1562, 1577–1579, 1587,1590–1603, 1605, 1609–1613, 1627,
1628, 1634, 1639, 1644, 1754, 1785,1787, 1789, 1840, 1877, 1884, 2070,2077, 2116, 2118, 2121–2124, 2127,2129, 2131, 2143, 2149, 2150,2153–2155, 2165, 2174, 2182, 2186,2188, 2189, 2238, 2264, 2267–2272,2315, 2350, 2355, 2368–2371, 2381,2388–2392, 2398, 2399, 2404, 2411,2413, 2414, 2417, 2418, 2422,2430–2432, 3109, 3207, 3210, 3211,3845, 4127, 4128, 4132, 4138, 4141,4142
Haired, R. G., 2723, 2724Hai-Tung, W., 2912Hajela, S., 2924Haka, H., 1267Hakanen, M., 189Hake, R. R., 2357Hakem, N. L., 1178, 1180, 3528Hakimi, R., 1825, 3409, 3413, 3420Hakkila, E. A., 958–961Hakonson, T. E., 1803Halachmy, M., 391Halada, G. P., 3046, 3069, 3179Halasyamani, P. S., 593, 2256, 4179Halaszovich, S., 2633Hale, W. H. Jr., 1290, 1291, 1419, 1420, 2387,
2388, 2397Halet, J.-F., 435Haley, M. M., 2864Hall, A. K., 2457Hall, A. R., 3850, 3851Hall, C. M., 639, 3327Hall, D. A., 546, 2429Hall, F. M., 213, 217, 229Hall, G. R., 1320, 1332, 1366, 3929Hall, H. L., 1266, 1267, 1445, 1447, 1629,
1635, 1642, 1643, 1645, 1646, 1662,1703, 1704, 2575
Hall, H. T., 67Hall, J. P., 2191Hall, L., 738Hall, N. F., 106, 107Hall, R. A. O., 2315Hall, R. M., 1507Hall, R. O. A., 718, 945, 947, 949, 955, 957,
981, 982, 1022, 1299, 2115, 2205Hall, S. W., 2832Hall, T. L., 78, 82, 2418, 2421, 2423Halla, F., 104Haller, P., 3030, 3031Halliday, A. N., 639, 3327Halow, I., 34Halperin, J., 774, 2581, 2582Halstead, G.W., 501, 503, 504, 506, 520, 2471,
2472, 2491, 2819, 2820, 2868Ham, A. W., 3359, 3362, 3396, 3401,
3402, 3405
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-210
Ham, G. J., 3361Hamaguchi, Y., 347, 2418Hamaker, J. W., 77, 3912Hamblett, I., 854Hambly, A. N., 373–375, 549, 550, 555Hamelin, B., 3952Hamer, A. N., 170Hamermesh, M., 1913Hamill, D., 2165Hamilton, D. L., 3550Hamilton, J. G., 3341, 3342, 3348, 3354, 3356,
3387, 3395, 3401, 3405, 3413, 3423, 3424Hamilton, J. H., 164Hamilton, T., 1653Hamilton, T. F., 3553Hamilton, T.M., 1445, 1664, 1684, 1693–1695,
1697–1699, 1706, 1716Hamilton, W. C., 337, 2404Hammel, E. F., 853, 877Hammer, J. H., 962Hammond, R. P., 862, 897Hamnett, A., 1681Han, J., 1973, 4091, 4096, 4097t, 4098, 4134Han, Y. K., 1671, 1676, 1679–1682, 1723,
1727–1729, 1918–1920, 2161Hanchar, J. M., 282, 293, 638, 3094, 3327Hancock, C., 67Hancock, G. J., 42Hancock, R. D., 2571, 2572, 2577, 2590, 3546Handa, M., 391, 1004, 2723, 2724Handler, M. R., 3326Handler, P., 425, 509, 523, 2245Handley, T. H., 164, 169Handwerk, J. H., 76, 113, 303, 391, 393, 395,
1022, 3900, 4008Handy, N. C., 596, 1907, 1921–1923, 2528,
3102, 3113, 3123Haneveld, A. J. K., 4006t, 4012, 4021t–4022tHanfland, C., 44Hanlon, L. L., 3409Hannah, S., 2464Hannink, N. J., 182, 185, 1447, 1512, 1653,
1695–1699, 1704, 1705Hannon, J. P., 2234Hannum, W. H., 2693, 2713Hanrahan, R. J., 863Hanscheid, H., 1828Hansen, J. E., 1862, 2029Hansen, M., 325, 405, 408, 409Hansen, N. J. S., 164, 170Hanson, B. D., 289, 3519, 3528Hanson, P., 636Hanson, S. L., 269, 277Hanson, W. C., 1803Hanusa, T. P., 2924Hanuza, J., 429, 430, 431, 444, 450, 2260Haoh, R. L., 1644Hara, M., 1326, 1352
Hara, R., 2888Harada, M., 616, 626, 627, 852, 2633, 2681Harada, Y., 76, 113Harari, A., 113Harbottle, G., 231, 635, 3300, 3301Harbour, R. M., 705, 714, 786, 787, 1290,
1291, 1449, 3281Harbur, D. R., 892, 917–920, 925, 930, 931,
933, 935, 960, 962, 963, 2355Hardacre, C., 854Hardcastle, K. I., 2924Harder, B., 1186Harding, J. H., 367, 368Harding, S. R., 2205Hardman, K., 66Hardman-Rhyne, K., 66Hardt, P., 116, 2865Harduin, J. C., 3024Hardy, A., 110Hardy, C. J., 213, 218, 3925Hardy, E. P., 3488, 3490, 3551Hardy, F., 2352Hargittai, M., 2177Harguindey, E., 1895, 1897, 1908Harker, A. B., 3867Harland, C. E., 846Harman, W. D., 2880Harmon, C. A., 2851, 2852Harmon, C. D., 2690Harmon, H. D., 1477, 1606, 2565, 2580Harmon, K. M., 707, 837, 863, 2704,
2708, 2709Harnett, O., 261Harper, E. A., 1006, 2407, 2408, 3214Harper, L. W., 3239Harper, P. E., 2426, 2427Harper, R. M., 3547Harrington, C. D., 303, 315, 317, 319, 559, 560Harrington, J. D., 2684Harrington, S., 942, 944, 945, 948Harris, H. B., 80Harris, J., 6, 1660, 1662, 1692Harris, L. A., 86, 87, 90, 91, 113, 342, 357Harris, R., 3179Harris, W. R., 1824, 3349, 3359, 3364, 3365,
3376, 3378Harrison, J. D. L., 1058–1060, 1062, 1065,
1066, 1067, 1070, 3424Harrison, R. J., 1906, 1918–1920Harrison, W. A., 933, 2308Harrod, J. F., 2916, 2965, 2966, 2974, 2979Harrowfield, J. M., 1174, 2456–2458, 2461Hart, B. T., 3057Hart, E. J., 3514Hart, F. A., 93, 452Hart, H. E., 3413Hart, K. P., 278Hart, R. C., 2271
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-211
Hartley, J., 986Hartman, D. H., 2691Hartman, M. J., 3027Hartmann, E., 3542Hartmann, O., 2284Hartmann, W., 164Hartree, D. R., 2020, 2022Harvey, A. R., 739, 742, 744, 745Harvey, B. G., 5, 164, 186, 187, 988, 1049,
1508, 1577, 1624, 1628–1630, 1632,1635, 1660, 2635, 2638, 2639
Harvey, B. R., 782, 3021, 3022Harvey, C. O., 3853Harvey, G. B., 3903Harvey, J. A., 53Harvey, M. R., 912, 958–960Harvie, C. E., 3549Hasan, A., 3409Hasan, S. E., 3561, 3568, 3570Hasbrouk, M. E., 892, 942Hascall, T., 2849Haschke, F. M., 64, 65Haschke, J. M., 328, 331–334, 337, 723, 724,
863, 864, 973–979, 989–992, 994, 995,1025–1030, 1035, 1039–1042, 1145,1303, 1534, 1798, 2114, 2136, 2141,2147, 2188–2190, 2389, 2395, 2403,2404, 3109, 3177, 3199–3225,3227–3247, 3249–3260, 3262
Hasegawa, K., 718Hasegawa, Y., 40, 2568, 2625Haselwimmer, R. K. W., 407, 2239, 2359Hash, M. C., 279, 861Hashitani, H., 383Hasilkar, S. P., 1174Haskel, A., 2834, 2835, 2913, 2925, 2927,
2930, 2932, 2935, 2936, 2940, 2958,2984, 2987
Hass, P. A., 1033Hassaballa, H., 2452Hasse, K. D., 1681Haıssinsky, M., 37, 162, 178, 179, 187, 191,
209, 216, 220–222, 225, 227Hastings, J. B., 2234Hasty, R. A., 77Haswell, C. M., 2868, 2869Haswell, S. J., 3281Hata, K., 1266, 1267Hataku, S., 1272, 1273Hatch, L. P., 3816Hatcher, C., 279Hathway, J. L., 2449Hatsukawa, Y., 1266, 1267Hattendorf, B., 4141Hatter, J. E., 854, 2690Hattori, H., 76Haubach, W. J., 173Hauback, B. C., 66, 338, 339
Haubenreich, P. N., 487, 2632, 3794Hauck, J., 208, 372, 373, 375, 378, 2241, 2439Haufler, R. E., 2864Haug, H., 395, 1069, 1422, 2431Haug, H. O., 1402, 1409, 1415, 1418, 1419,
1464, 1467, 2396, 2397, 2418Haug, H. W., 1529, 1530Hauge, R. H., 2165, 2864Haung, K., 1515Hauser, O., 104Hauser, W., 763, 766, 1425, 1426, 3070Hauske, H., 35, 36, 38, 1100, 1101, 1312, 1357,
1418, 2441Hausman, E., 172, 174, 182Havel, J., 2585, 3046Havela, L., 97, 338, 339, 861, 921, 929, 953,
964, 1023, 1056, 2307, 2347, 2351,2353, 2355–2361, 2363, 2366, 2368
Haveman, S. A., 3559Haven, F., 3355Havrilla, G. L., 3041, 3069Haw, J. F., 2490, 2859, 2860Hawes, L. L., 937–939Hawk, P. B., 3362Hawkes, S. A., 2473, 2816Hawkins, D. T., 2115Hawkins, H. T., 2452, 2456, 3870Hawkins, N. J., 1080, 1086, 1088Hawkinson, D. E., 180Hawthorne, F. C., 259, 261, 262, 268, 272, 283,
286, 287, 289, 290, 298, 2193, 2426,3093, 3094, 3118, 3155, 3160, 3841,4177
Hay, B. P., 2660Hay, P. J., 576, 580, 589, 596, 620, 621,
1192–1194, 1196, 1198, 1199, 1287,1777, 1893, 1908, 1916, 1918,1920–1927, 1931, 1932, 1934–1938,1940, 1941, 1958, 1959, 1965, 1966,2165, 2260, 2528, 2872, 2874, 2891,3102, 3111–3113, 3121–3123, 3126,3128, 4105
Hay, S., 892Hayashi, H., 2185, 2186Hayden, L. A., 267, 268, 289, 291, 580, 582,
583, 2434, 2435, 4184Hayek, E., 82, 83Hayes, G. R., 2688Hayes, R. G., 750, 1188, 1946, 2253,
2469, 2853Hayes, S. L., 862, 892, 2199, 2202, 3762, 3764tHayes, W. N., 357, 389, 1530, 1533, 1543,
2077, 2278, 2416Hayman, C., 2160, 2208Hays, D. S., 2980Hayward, B. R., 319Hayward, J., 457, 486Hayward, P. J., 3855
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-212
Hazemann, J. L., 389Hubener, S., 1447, 1451, 1523, 1524, 1592,
1593, 1628, 1634, 1643, 1662, 1679,1684, 1693, 1706–1709, 1711, 1712,1716, 1720, 2123
He, J., 2979He, L. M., 792, 3547, 3629–3630He, M.-Y., 2999He, P., 29He, X. M., 2752, 2753Head, E. L., 1028–1030, 1045, 1048Head-Gordon, M., 1902Heal, H. G., 988, 1049Heald, S. M., 291, 1810, 3160, 3161, 3164Healy, J. W., 3424, 3913Healy, M. J. F., 854Healy, T. V., 1554, 3918Heathman, S., 97, 192, 719, 720, 739, 742, 923,
1300, 1462, 1522, 1578, 1594, 1754,1785, 1787, 1789, 2315, 2355,2368–2371, 2407
Heatley, F., 115, 116, 2442, 2448, 2880, 2883Heaton, L., 2283, 2407Heaven, M. C., 1973, 4081, 4085, 4086, 4087t,
4088–4089, 4089t, 4090–4091Heavy, L. R., 3364, 3378, 3387Hebert, G. M., 461Hebrant, M., 2649, 2657Hecht, F., 109, 114, 3029Hecht, H. G., 382, 469, 491, 502–505, 1194,
2082, 2241, 2243, 2244, 2246Hecht, H. G., 4105, 4108, 4113Heckel, M. C., 2584Hecker, S. S., 813, 814, 863, 889, 890, 892, 893,
895, 896, 917–921, 924, 925, 930, 931,933, 935, 936, 943, 945, 957, 960–962,968, 970–974, 979, 980, 983, 985, 2310,2355, 2371, 3213, 3250, 3896
Heckers, U., 410Heckley, P. R., 204Heckly, J., 541Heckmann, G., 2480, 2836Heckmann, K., 2633Hedberg, M., 3173Hedden, D., 2924, 2999Hedger, H. J., 1006, 2407, 2408Hedin, A., 3836Hedrick, J. B., 1804, 3485, 3486Heeg, M. J., 3107Heeres, A., 2924Heeres, H. J., 2924Heerman, L., 2688, 2690Heffner, R. J., 2351Hefter, G., 2577, 2579Hegarty, J., 763, 766, 2095Hegedus, L. S., 2924Heger, G., 380, 1928Heiberger, J. J., 2715
Heid, K. R., 3346Heidt, L. J., 595Heier, K. S., 3014Heimbach, P., 116, 2865Hein, R. A., 352, 357, 2350Heindl, F., 96Heinecke, J. W., 3358Heineman, W. R., 3107, 3108Heinemann, C., 1971, 1990, 4126, 4131Heinemann, D., 1671Heining, C., 1923Heinrich, G., 227Heinrich, Z., 716Heiple, C. R., 1018Heirnaut, J. P., 2388Heise, K.-H., 2568, 3102, 3135, 3138,
3140–3142, 3145, 3147, 3149, 3150,3182
Heisig, D. L., 3921Helbig, W., 3937Helean, K. B., 113, 270, 287, 2157, 2159, 2193Helfferich, F., 2625Helfrich, R., 2352Helgaker, T., 1905Hellberg, K.-H., 421, 485, 557Helliwell, M., 578, 589, 2400, 2401, 2441,
2442, 2448, 2584Hellmann, H., 745, 2434, 2436Hellmann, K., 1882, 1884Hellwege, H. E., 744, 1369, 1455, 1470, 1471,
2430, 2431, 2432Hellwig, C., 3797, 3798Helly, M. V., 3906–3907Helm, L., 609, 614, 3110Helminski, E. L., 1267Hem, J. D., 3097, 3164Hemmi, G., 2464, 2465Hemming, S., 3056Henche, G., 550, 570Henderson, A. L., 932, 967Henderson, D. J., 1284, 1293, 1449, 1509,
1513, 1585, 1629Henderson, R. A., 1445, 1447, 1629, 1635,
1642, 1643, 1645–1647, 1662,1703–1705, 2575
Hendricks, M., 1695, 1699Hendricks, M. B., 815Hendricks, M. E., 203, 425, 431, 435, 439, 469,
474, 1472, 2229, 2230, 2241,2257–2259, 2261, 2262, 2264, 2267,2268, 2695
Hendrix, G. S., 1003–1006Henge-Napoli, M. H., 3052, 3413, 3419, 3423Henkie, Z., 100, 412, 2411, 4021t–4022tHenling, L. M., 2924Hennelly, E. J., 1267Hennig, C., 389, 589, 596, 602, 612, 616, 621,
2582, 3102, 3106, 3107, 3111, 3112,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-213
3114, 3119, 3121, 3122, 3139, 3140,3147–3149, 3152, 3155, 3156,3165–3167, 3169, 3179–3182, 4185
Henrich, E., 382, 730, 763, 766, 2244Henrickson, A. V., 837Henrion, P. N., 732, 734Henry, J. Y., 2409Henry, R. F., 2452–2454Henry, W. E., 335, 2350Hensley, D. C., 1626, 1627, 1637–1639, 1644,
1659Hentz, F. C., 123Hepiegne, P., 2890Heppert, J. A., 2670Hequet, C., 1285Herak, M. J., 182Herak, R., 356, 2393Herbst, J. F., 1461Herbst, R. J., 1004Herbst, R. S., 1282, 2739, 2741Herbst, S., 2739Hercules, D. M., 3046Herczeg, J. W., 1811Hergt, J. M., 3326Hering, J. G., 287, 3629, 3632, 3635, 3637,
3642Herlach, D., 1447Herlert, A., 1735Herlinger, A. W., 2652Herman, J. S., 129–132Hermann, G., 182, 209, 215, 224, 1447Hermann, J. A., 490, 837, 1271, 1291Hermann, W. A., 3003Hermanowicz, K., 430, 444, 450, 2260Hermansson, K., 118Herment, M., 25Herniman, P. D., 1332, 1366Herpin, P., 109Herrero, J. A., 2441, 2442Herrero, P., 2439, 2440Herrick, C. C., 103, 112, 886, 888Herring, G. M., 3403, 3404, 3407, 3410Herrman, W. A., 2918Herrmann, G., 25, 60, 164, 789, 794, 859,
1296, 1403, 1452, 1513, 1662, 1665,1695, 1703, 1704, 1738, 1875–1877,2591, 3044, 3047, 3048, 3320, 3321,3927, 3933
Herrmann, H., 413Herschel, W., 253Hertogen, J., 636, 3306Hertz, M. R., 172, 173, 175Hery, Y., 195, 204, 207, 2411, 2413Herzberg, G., 1911, 1913, 1914Herzog, H., 2728Hesek, D., 2457Hess, B. A., 1670, 1672, 1673, 1675, 1682,
1898, 1906
Hess, N. J., 127, 128, 130, 131, 270, 595, 861,932, 1041, 1043, 1112, 1154, 1155,1160, 1162, 1164, 1166, 1179, 1359,1927, 1928, 3039, 3087, 3108, 3109,3113, 3118, 3133–3137, 3163, 3171,3210, 3845, 3846, 3851, 3867
Hess, R. F., 97, 861, 932, 1041, 1043, 1112,1154, 1155, 1166, 3109, 3210, 4046t,4047t, 4050, 4053, 4066, 4068, 4069
Hess, W. P., 291, 3160, 3161, 3164Hessberger, F. P., 6, 14, 164, 1582, 1653, 1660,
1701, 1713, 1717, 1737, 1738Hessler, J. P., 763, 766, 1423, 1453–1455, 1515,
1544, 1545, 2094–2096, 2098, 2099,2534, 3034, 3037
Heuer, T., 428, 429, 436, 440, 451Heully, J.-L., 1683, 1909, 1918, 1919,
1931, 1932Heumann, K. G., 164, 3975Hewat, A. W., 469, 475Hey, E., 2480Heydemann, A., 27, 170Heylin, M., 3492Hofer, H., 3988Hufken, T., 70Hufner, S., 2015, 2036, 2043–2045Hogfeldt, E., 129, 597Hagstrom, I., 184, 2674, 2767Hickman, B. S., 3856Hickmann, U., 1738, 3933Hicks, H. G., 180Hicks, T. E., 3921Hidaka, H., 271, 824, 3046, 3482, 3559, 3560Hiebl, K., 67, 71Hien, H. G., 407Hiernaut, J. P., 357, 1029, 1036, 1045, 1047,
1971, 2140, 2149, 3212, 3728, 3734,3737, 3739, 3741, 3743
Hiernaut, T., 3070Hies, M., 1879–1884Hiess, A., 2236, 2239, 2352Hietanen, S., 120, 121, 123, 124, 2548–2550Higa, K. T., 631, 2472, 2826Higashi, K., 768Higashi, T., 2719, 2720Higgens, G. H., 1622Higgins, C. E., 1323, 1324, 1361Higgins, G. H., 5, 1577Higgins, L. R., 484Higgs, J. D., 3743Higgy, R. H., 3014Hightower, J. R. Jr., 2700, 2701Hijikata, T., 717, 1270, 2134, 2135,
2695–2698, 2700, 2717, 2719, 2720Hildebrand, N., 1738Hildenbrand, D. L., 70, 82, 420, 731, 734,
1937, 1938, 2114, 2149, 2161, 2169,2179, 4110, 4134, 4135
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-214
Hildenbrand, G., 3892Hill, C., 598, 2584, 2674, 2676, 2761, 2762Hill, D. C., 303, 391, 393, 395, 2752Hill, D. J., 1811Hill, F. B., 854Hill, F. C., 257, 281, 282, 288, 3484Hill, H. H., 35, 68, 191, 193, 719, 960, 962,
1302, 1330, 1403, 1411, 1459, 1527,1593, 2332, 2350
Hill, J. P., 200, 204, 527, 737, 2418, 2288Hill, M. W., 164, 180, 182Hill, N. A., 67, 303Hill, N. J., 711, 761, 2757Hill, O. F., 835, 2730Hill, R. N., 133, 828Hill, S. J., 3280Hill, Y. D., 4130Hillary, J. J., 164, 173, 177, 180Hillberg, M., 2284Hillebrand, W. F., 2391Hillebrandt, W., 3016, 3063Hilliard, J. E., 828Hilliard, R. J., 3244, 3245, 3246Hillier, I. H., 1926, 1928, 1929, 1931Hillman, A. R., 3108Hills, J. W., 2679, 2681Hilscher, G., 2362Himes, R. C., 415, 2413Himmel, H.-J., 1968Hinatsu, Y., 382, 387, 389–392, 2244, 2252Hinchey, R. J., 2538Hincks, E. P., 53Hincks, J. A., 1033Hindman, J. C., 220, 222, 227, 606, 727, 748,
753, 759, 768, 781, 988, 1088, 1181,1194, 1333, 1356, 2080, 2084, 2086,2527, 2582, 2594, 2599, 2601, 3099, 3931
Hines, M. A., 615Hingmann, R., 6Hinman, C. A., 369Hinrichs, W., 1190Hinton, J. F., 2532Hinton, T. G., 3296Hipple, W. G., 2452–2454Hirao, K., 1898, 1905, 1906, 1909, 1918–1920Hirashima, K., 395Hirata, M., 1049, 1676, 1680, 1696, 1718,
1735Hirata, S., 1906Hirayama, F., 2102Hirose, K., 3023, 3550, 3553, 3630Hirose, T., 1266, 1267Hirose, Y., 2811Hirota, M., 410Hirsch, A., 5, 1577, 1622Hirsch, G. M., 3387, 3388Hisamatsu, S., 1822, 3551Hiskey, J. B., 1288, 2762
Hitachi Metals Ltd., 188Hitchcock, P. B., 116, 117, 1776, 1964, 2240,
2473, 2479, 2480, 2484, 2491, 2803,2816, 2830, 2844, 2863, 2875, 2886,2887, 2912
Hitt, J., 2479Hitterman, R. L., 102, 106, 320, 2429Hitti, B., 2351Hiyama, T., 2969Hjelm, A., 2364Hok-Bernstrom, B., 2592Holgye, Z., 1324Hlousek, J., 264, 281Huniger, M., 97Honigschmid, O., 61Ho, C. H., 3167, 3538Ho, C. I., 322Ho, C. Y., 1593Ho, C.-K., 188Hoard, J. L., 530, 560, 2421Hobart, D. E., 745, 749, 757, 988, 1110, 1116,
1123, 1125, 1131, 1132, 1145, 1148,1151, 1152, 1155, 1159, 1162–1166,1324–1326, 1328, 1329, 1341, 1356,1365, 1366, 1369, 1444, 1445, 1455,1465, 1470, 1471, 1474, 1479, 1481,1547, 1558, 1559, 1636, 1805,1925–1927, 2129, 2131, 2531, 2553,2558, 2583, 2592, 2594, 3036, 3111,3122, 3130, 3165, 3169
Hobbs, D. T., 1401Hobbs, R. H., 4096Hoberg, J. O., 2924, 2933Hoch, M., 392, 396Hochanadel, C. J., 3221Hocheid, B., 892, 905–907Hochheimer, H. D., 97Hocks, L., 116, 2815Hodge, H. C., 3340, 3354, 3355, 3386, 3413,
3421, 3423Hodge, H. J., 2159, 2161Hodge, M., 421Hodge, N., 370, 1077Hodges, A. E., iii, 990–992, 994, 995,
1028, 1035, 2188, 2404, 3204–3208,3210, 3212, 3213, 3215, 3216, 3219
Hodgeson, T., 639Hodgson, A., 1179, 2591, 3354, 3413, 3415,
3416, 3419–3421Hodgson, B., 854Hodgson, K. O., 116, 1188, 1943, 1944, 2473,
2486, 2488, 2816, 2852, 2853Hoehner, M. C., 605, 2464Hoekstra, H. R., 340–343, 345, 346, 348, 350,
355–358, 371–376, 378, 380, 382–389,392, 393, 719, 1057, 1060, 1061, 1312,1313, 1466, 1517, 2156, 2157,2392–2394, 3171, 3214
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-215
Hoektra, P., 3065Hoel, P., 1285, 2657, 2756Hoelgye, Z., 716Hoff, H. A., 1022Hoff, J. A., 231, 3313, 3314Hoff, P., 3282Hoff, R. W., 1398, 1623, 1660Hofer, H., 3988Hoffert, F., 1273Hoffert, M. I., 2728Hoffman, D. C., 82, 185, 186, 227, 815, 821,
824, 988, 1114, 1148, 1155, 1160, 1163,1168, 1182, 1398, 1400, 1445, 1447,1512, 1582, 1629, 1632, 1635, 1642,1643, 1645–1647, 1652, 1653,1660–1666, 1670, 1671, 1679, 1684,1685, 1690, 1693–1699, 1701–1706,1708, 1709, 1711–1714, 1716–1718,1728, 1735, 1737, 1738, 1760, 1804,2575, 2583, 2591, 2669, 3016, 3022,3043, 3276, 3419, 3479, 3891
Hoffman, G., 200, 747, 749Hoffman, J. J., 1008Hoffman, P., 740Hoffman, S., 6, 7, 164Hoffmann, A., 77Hoffmann, C. G., 97Hoffmann, G., 1034, 1172, 2164, 2407, 2427,
2430, 2431Hoffmann, P., 788Hoffmann, R.-D., 69, 70, 72, 73, 113, 378,
1917, 1954, 1957, 1958, 2400, 2841Hofman, G. L., 3780, 3781Hofmann, G. L., 3776Hofmann, P., 1957, 1958, 2841Hofmann, S., 1582, 1653, 1654, 1660, 1701,
1713, 1717, 1719, 1720, 1735,1737, 1738
Hohenberg, P., 1903, 2327Hohorst, F. A., 32Hoisington, D., 457, 486Hojo, T., 631Holah, D. G., 115, 202, 204, 436, 453, 738,
1084, 1095, 1097, 1312, 2416Holah, D. H., 204Holbrey, J. D., 2686, 2691Holc, J., 597Holcomb, H. P., 1416, 1430Holden, A. N., 321Holden, N. E., 27, 164, 255, 256, 1398Holden, R. B., 61, 319Holden, T. M., 1055, 2360Holland, M. K., 791, 3937Holland, R. F., 485, 518, 4104Hollander, F. J., 2847, 2986Hollander, J. M., 164, 1452Holland-Moritz, E., 2238, 2279, 2354Holleck, H., 1009, 1019
Holleman, J. W., 3550Holley, C. E., Jr., 744, 1004, 1008, 1028–1030,
1045, 1048, 1463, 2114, 2195–2200Holliger, P., 271, 824, 3172Holloway, J. H., 186, 197, 199, 379, 421, 441,
457, 484, 485, 487, 507, 518, 520, 521,536, 539, 543, 557, 563, 566, 731,732, 734
Holm, E., 704, 783, 3014, 3017, 3026, 3029,3056, 3057, 3296, 3496, 3551
Holm, L. W., 1636Holmberg, R. W., 120, 121, 2548, 2549Holmes, J. A., 319Holmes, N. R., 350Holmes, R. G. G., 856, 2684Holst, O., 3628Holstein, U., 3913–3914Holt, K., 3409Holt, M., 965, 967Holthausen, M. C., 1903Holtkamp, H., 101Holtz, M. D., 1452Holtzman, R. B., 226Holzapfel, W. B., 2315, 2370Homma, S., 857Honan, G. J., 620Honeyman, B. D., 3016Hong, G., 1671, 1907, 1959, 1960Hong, H., 965, 967Hong, S., 2984Hongye, L., 1267Honkimaki, V., 3042, 3043Hooper, E. W., 1093Hoover, M. D., 3354Hopkins, H. H., Jr., 164, 1093, 3912Hopkins, T. A., 2687Hopkins, T. E., 423Hoppe, R., 77, 450, 729, 1061, 1064Hoppe, W., 2464Hor, P. H., 77Horansky, R. D., 3953Horen, D. J., 25Horn, G. R., 3747Horn, I., 3047Horner, D. E., 1049, 3920Horovitz, M. W., 3359, 3361, 3368, 3373,
3387, 3388, 3400Horrocks, W. D. Jr., 1327Horsley, J. A., 1916Horwitz, E., 1278–1281, 1283, 1284,
1292–1294Horwitz, E. P., 633, 707, 713, 716, 1152, 1408,
1431, 1449, 1508, 1509, 1511, 1513,1585, 1629, 1633, 1635, 2626, 2642,2643, 2652, 2653, 2655, 2656, 2660,2661, 2666, 2667, 2671, 2727,2738–2742, 2746–2748, 2750, 2760,2768, 3282–3286, 3295, 3923
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-216
Horwitz, P., 1281, 1282Horyn, R., 2409Hoshi, H., 845, 2759, 2760, 2762Hoshi, M., 109, 395, 1163, 1312, 1321, 1431Hoshino, K., 855, 856Hoshino, Y., 338Hoskins, P. W. O., 287Hosseini, M. W., 2457Host, V., 2655Hotchkiss, P. J., 2432Hotoku, S., 711, 712, 760, 2757Hough, A., 982, 1058, 3866, 3866fHouk, R. S., 3324, 3953Houk, Z., 2669Houpert, P., 3423Hovey, J. K., 119, 2132, 2133Howard, B., 3355, 3366Howard, C. J., 502, 503Howard, G., 2676Howard, W. M., 1884Howard-Flanders, P., 3605Howatson, J., 2439, 2440, 2568Howell, R. H., 986Howells, G. R., 2731, 3353, 3403, 3405Howes, K. R., 595, 619, 620Howie, R. A., 3169Howland, J. J. Jr., 2264Howlett, B., 398Hoyau, S., 1921, 1922Hoyle, F., 3014Hrashman, D. R., 2234Hristidu, Y., 630, 2814Hrkal, Z., 3555Hromyk, E., 3349, 3398, 3399Hrynkiewicz, A. Z., 13, 1660Hseu, C. S., 2801, 2851Hsi, C. K. D., 3166, 3167Hsini, S., 468Hsu, F., 2360Hsu, M., 1695Hu, 4140Hu, A., 1906Hu, J., 116, 2473, 2479, 2480, 2484, 2816,
2830, 2844, 2875, 2912Hu, T. D., 1363, 2665Huang, C. Y., 2315Huang, F. Q., 4036, 4045, 4046tHuang, J., 1368, 1454, 1544, 2042, 2044, 2047,
2053, 2062, 2068, 2072, 2073, 2075,2089, 2153, 2157, 2265
Huang, J. W., 2668Huang, K.-N., 1515, 1452, 2068, 2089Huang, Y., 4125Huary, P. G., 2070Hubbard, R. P., 1845, 1846Hubbard, W. N., 80, 81, 421, 436, 437, 470,
471, 473, 475, 476, 486, 502, 504, 505,510, 511, 539, 541, 546, 553, 1086,
1098, 1101, 2114, 2128, 2157, 2160,2161, 2163, 2165, 2167–2169, 2172,2181, 2182, 2186
Huber, E. J. Jr., 1028–1030, 1045, 1048Huber, G., 33, 60, 859, 1452, 1513, 1588, 1590,
1840, 1875–1877, 3047, 3321Huber, J. G., 62, 63, 333Huberman, B. A., 3240Hubert, H., 1285, 2756, 2761Hubert, S., 81, 120, 126, 422, 430, 431, 450,
451, 469, 482, 492, 1352, 1368, 1369,1428, 1476, 1477, 1551, 1554, 1606,1629, 2042, 2054, 2059, 2060,2062–2067, 2074, 2096, 2230, 2248,2249, 2259, 2263, 2265, 3037, 3054,3101, 3110, 3111, 3113–3118
Hubin, R., 109, 113Huchton, K. M., 851Huddle, R. A. U., 3244Hudgens, C. R., 487, 903Hudgens, J. E., 3921Hudson, E. A., 287, 289, 301, 602, 861, 1166,
2583, 2812, 3087, 3089, 3090, 3101,3108, 3113, 3118, 3130, 3131, 3140,3141, 3145, 3146, 3148, 3150, 3152,3154–3156, 3158, 3160, 3167, 3170
Hudson, M. I., 1285Hudson, M. J., 1262, 1270, 1285, 1287,
2584, 2657, 2659, 2674, 2675, 2756,2761
Hudswell, F., 1186Huebener, S., 1628, 1634Huet, N., 2674Huff, E. A., 3059, 3060Huffman, A. A., 487Huffman, A. C., 3065Huffman, J. C., 1185, 2490, 2814, 2832, 2867,
2868, 2879, 2916Hufnagl, J., 2351Hugen, Z., 1278, 2653Hughes, A. E., 39Hughes, C. R., 3165, 3167Hughes, D. G., 892, 909, 912Hughes, K.-A., 259, 262, 281, 288, 290, 2429Hughes, T. G., 2731Hughes-Kubatko, K.-A., 270, 287, 2193Hugus, Z. Z. Jr., 1915Huheey, J. E., 2575Huhmann, J. L., 2965Huie, R. E., 371Huizenga, J. R., 5, 1577Huizengo, J. R., 1622Hulet, E. K., 6, 1288, 1291, 1297, 1398, 1423,
1453, 1473–1476, 1509, 1513, 1516,1530, 1533, 1543, 1584–1586, 1605,1623, 1629, 1631, 1633, 1635, 1636,1639, 1641, 1647, 1692, 1695, 1696,1707, 1719, 1848–1850, 1858, 2416,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-217
2525, 2526, 2529, 2636, 2670, 3346,3347, 3923
Hull, G., 319Hulliger, F., 100, 412, 2359, 2407, 2411,
4021t–4022tHult, E. A., 1666, 1695, 1702, 1717, 1735Hult, E. K., 2077Hultgren, A., 2732, 3923Hultgren, R., 2115Hults, W. L., 929Hulubel, H., 227Hummel, P., 577Hummel, W., 590, 3523fHund, F., 395Hung, C. C., 3024Hung, S.-T., 472Hungate, F. P., 3341Hunt, B. A., 2767Hunt, D. C., 988Hunt, E. B., 67, 71, 2408Hunt, F., 2679Hunt, J. R., 3529, 3558Hunt, L. D., 1639, 1644, 1659Hunt, P. D., 352, 365, 367Hunt, R. D., 1971, 1972, 1976–1978, 1983,
1988, 1989, 2894, 4090, 4098, 4102,4114t–4116t
Huntelaar, M. E., 2154, 2185–2187Hunter, D. B., 270, 274, 861, 3039, 3095, 3165,
3168, 3172, 3174–3177, 3179, 3181Hunter, G. J., 3916Hunter, W. E., 2480, 2812, 2829, 2924Huntley, D. J., 225Huntoon, R. T., 1427Huntzicker, J. J., 353, 357, 359Hure, J., 2712Huray, P. G., 1411, 1418, 1421, 1423, 1460,
1472, 1525, 1542, 1543, 1602, 1603,2238, 2264, 2267–2272, 2356
Hurley, F. H., 2685Hursh, J. B., 3340, 3366, 3383, 3424Hurst, G. S., 3319Hurst, H. J., 1107, 4109Hurst, R., 1078–1080, 1086, 3929Hursthouse, A. S. A., 705, 706, 783, 3056,
3059, 3072, 3106Hursthouse, M. B., 117, 1943, 1956, 2240,
2473, 2803, 2806, 2807, 2854, 2856Hurtgen, C., 738, 1100, 1303, 1312, 1313,
2389, 2396, 3859, 3860, 3861tHussain, M., 3601Hussey, C. L., 2686Hussonnois, H., 1629Hussonnois, M., 181, 211, 1352, 1425, 1428,
1476, 1477, 1550, 1551, 1554, 1606,1629, 1688, 1690, 1700, 1718, 2067
Hutchings, M. T., 357, 389, 2278, 2279,2283–2285, 2389
Hutchings, T. E., 1196, 1198, 2080, 2085,2086, 2561
Hutchinson, J. M. R., 783Hutchison, C. A., 425, 509, 523, 2083, 2241,
2243, 2245, 2272Hutchison, J. E., 2660Hutson, G. V., 2690Hutter, J. C., 1282, 2655, 2738–2740Hutton, R. C., 3062Huxley, A., 407, 2236, 2239, 2352, 2359Huyghe, M., 103, 112Huys, D., 31, 32Huzinaga, S., 1908Hvinden, T., 3490–3491Hwang, I.-C., 535Hwerk, J. H., 76, 113Hyde, E. K., 25, 55, 107, 164, 167, 181, 182,
187, 224, 817, 822, 1095, 1101, 1267,1304, 1499, 1503, 1577, 1580, 1584,1660, 1703, 1756, 1761, 3281, 3913,3923
Hyde, K. R., 1011Hyder, M. L., 1480, 1481, 1484, 1549Hyeon, J.-Y., 575, 2469Hyland, G. J., 357, 359, 1077, 2140Hyman, H. H., 317, 506, 508, 2632Hynes, R., 2979Hypes, P., 3971
IAEA, 303, 314, 345, 367, 398, 822, 1025,1031, 1045, 1047, 1048, 1071, 2114,2115, 2123, 2145, 2195, 2197, 2200,3199, 3201, 3202, 3246, 3260, 3499,3562, 3564, 3565, 3566t, 3688t, 3690,3704–3706, 3707t, 3981
Iandelli, A., 411, 2411Ibberson, R. M., 340, 345, 348Ibers, J. A., 97, 420, 4019, 4024t, 4025, 4026,
4033, 4034, 4036, 4045, 4046t, 4053,4062, 4063
Ibrahim, S. A., 133, 3557Ice, G. E., 2234Icenhower, J. P., 3830Ichikawa, M., 1019Ichikawa, S., 1445, 1450, 1484, 1696,
1718, 1735Ichikawa, Y., 1266, 1267Icopini, G. A., 3623, 3625ICRP, 1822, 1823, 3340, 3344, 3352, 3355,
3358, 3404, 3405, 3424Iddings, G. M., 164Idira, M., 2371Idiri, M., 97, 192, 1754, 1787, 1789, 2370Ifill, R. O., 280Igarashi, S., 789, 790, 3059, 3062, 3068, 3072Igarashi, Y., 789, 790, 3059, 3062,
3068, 3072Iglesias, A., 3162
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-218
Ignatiev, V., 3796Igo, D. H., 3108Iguchi, T., 338Ihara, E., 2924Ihara, N., 2568Ihde, A. J., 19Iida, T., 962, 963Iizuka, M., 717, 2698Ijdo, D., 2153, 2185–2187Ijjaali, I., 4024t, 4025Ikawa, M., 167Ikeda, H., 713Ikeda, N., 789, 790, 3017, 3059, 3062,
3068, 3072Ikeda, S., 627Ikeda, T., 762, 766, 787Ikeda, Y., 608, 609, 617, 618, 620, 852, 2633,
2681, 2738Ikezoe, H., 164Aikas, T., 3568Ikushima, K., 2280Ildefonse, P., 272, 292, 3152, 3155, 3168Ilger, J. D., 3024Iliev, S., 14, 1653, 1654, 1707, 1719, 1736, 1738Iliff, J. E., 61, 78Ilin, E. G., 82Il’inskaya, T. A., 727Illemassene, M., 2042, 2062, 2096Illgner, Ch., 1880, 1882, 1884Illies, A. J., 412Il’menkova, L. I., 214Ilmstadter, V., 3034, 3035Ilyatov, K. V., 793Ilyin, L. A., 1821Ilyushch, V. I., 1582Imai, H., 621Imaura, A., 3814, 3821Immirzi, A., 2443, 2446, 2447, 2449, 2452Imoto, S., 382, 389, 509, 524, 1019, 2244,
2245, 2252Imre, L., 106Inaba, H., 347, 353, 354, 356Inada, Y., 412Inagaki, Y., 3848, 3850, 3852Infante, I., 1939, 1980, 4096–4102, 4121Ingamells, C. O., 632Inghram, M. G., 1577, 3953Ingletto, G., 546, 547, 553, 554Ingold, F., 1033Ingram, B., 3869Ingri, J., 3288Inman, M., 3568Inn, K. G. W., 783, 1364, 3020Inokuti, M., 2102Inoue, M., 3747Inoue, T., 717, 864, 1270, 2134, 2135, 2147,
2693, 2695–2700, 2715–2717, 2719,2721, 2723, 2724
Inoue, Y., 180, 209, 217, 224, 706, 776–778,781, 782, 2559, 2578, 2585, 2726, 3287
Inova, G. V., 1524Insley, H., 84, 86–90, 424, 459–465International Critical Tables, 119Ioannou, A. G., 596, 1907, 1921–1923, 2528,
3102, 3113, 3123Ionov, S., 2676Ionova, G. V., 117, 213, 221, 719, 720, 792,
1300, 1417, 1418, 1430, 1463, 1516,1549, 1612, 1683, 1685, 1686, 1706,1716, 1933, 2126, 2676, 3101, 3110,3111, 3113–3118
Iorga, E. V., 3111, 3122Iosilevsji, I. L., 2139, 2148Ioussov, A., 1427Ippolitova, E. A., 372–377, 383–385, 393Irani, R. R., 2652Irgum, K., 851Iridi, M., 923, 1522, 1578, 1594, 1789, 2370Irish, D. E., 580, 582, 2430Irmler, M., 1465, 1471IRSN, 3502Irvine, W. M., 1981Isaacs, E. D., 2234Iseki, M., 993, 994, 1018Ishida, K. J., 225Ishida, V., 188Ishida, Y. E., 173Ishigame, M., 343Ishii, T., 345, 347, 355, 369Ishii, Y., 338, 2411Ishikawa, N., 533, 534Ishikawa, S., 1898, 1905, 1981Ishikawa, Y., 1643, 1659, 1669, 1670, 1672,
1673, 1675, 1723, 1724, 1726,1729–1731
Ishimori, T., 1509, 1554, 1584, 2672Ishimoto, S., 3704Ismail, N., 1918, 1919, 1921, 1931, 1972–1974Isnard, O., 65, 66, 69, 71, 72ISO, 3936Iso, S., 856, 2680–2684Isobe, H., 273, 3046, 3171Isom, G. M., 864, 989Israel, H., 3947Issa, Y. M., 3035Itagaki, H., 769, 2553, 3022Itaki, T., 352Itie, J. P., 1411, 1458, 1459, 1462, 2407Itkis, M. G. K., 14, 1654, 1719, 1720, 1735,
1736, 1738Ito, T., 631Ito, Y., 2211, 2691Itoh, A., 1018, 1421, 2723–2725Itıe, J. P., 1300Ivanenko, Z. I., 2037, 2051, 2052Ivanov, K. E., 3051
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-219
Ivanov, O. I., 1484Ivanov, O. V., 14, 1654, 1719Ivanov, R. B., 26Ivanov, S. B., 539, 541, 542Ivanov, V. B., 2693, 2704Ivanov, V. E., 364Ivanov, V. K., 357, 1048, 1071, 1074–1077Ivanov, V. M., 3035Ivanov, Y. E., 1049Ivanova, L. A., 179, 185, 198–200, 230, 1471Ivanova, O. M., 82, 105, 108, 114, 2439, 2444Ivanova, S. A., 705, 709, 788Ivanovich, M., 635, 3016, 3291, 3293,
3294, 3300Ivanovich, N. A., 1352Ivanovskii, L., 2695Iveson, P. B., 1262, 1270, 1285, 2584, 2657,
2659, 2674, 2761Iwai, T., 717, 2695, 2698, 2715, 2716, 2724Iwasa, N., 1654, 1719Iwasaki, M., 460–463, 467, 533, 534, 1696,
1718, 1735Iwasawa, Y., 2999Iwasieczko, W., 338, 339Iwatschenko-Borho, M., 3022Iyer, P. N., 195, 1169, 2434Iyer, R. H., 708, 712, 713, 1282, 1294, 2743,
2745, 2749, 2750, 2757, 2759Iyer, V. S., 1033Izatt, R. M., 2449Izmalkov, A. N., 1422Izrael, Y. A., 3550
Jaakkola, T., 3066Jablonski, A., 377Jabot, P., 2712, 2713Jackson, E. F., 1069Jackson, G. P., 4127, 4135, 4138Jackson, J. M., 260, 281, 292Jackson, K. A., 1904Jackson, N., 164, 173, 180, 224Jackson, R. A., 367, 368Jackson, S. E., 3323Jacob, C. W., 2385Jacob, E., 421, 423–425, 441, 446, 447, 457,
458, 460, 461–467, 469, 481, 484–487,489, 501–507, 517, 518, 520, 528, 530,533–538, 556, 557, 560–563, 566
Jacob, I., 66, 338Jacob, T., 1670–1675, 1683Jacobi, E., 187Jacoboni, C., 92Jacobs, H., 410, 2633Jacobs, T. H., 69, 71, 72Jacobson, A. J., 2153Jacobson, E. L., 69, 72, 78, 2407Jacobson, L. O., 3356, 3378, 3395, 3423, 3424Jacobson, R. A., 78, 83, 84, 2415
Jacoby, R., 108Jacox, M. E., 1968, 1972Jacquemin, J., 982Jacquet-Francillon, N., 3814Jadhav, A. V., 1174Jaffe, R., 2679, 2682, 2684Jaffe, L., 2114Jahn, W., 1190Jain, A. K., 2728Jain, G. C., 3236Jain, H. C., 1174Jainxin, T., 2591Jaiswal, D. D., 3056, 3057Jakes, D., 272, 372–375, 2156Jakovac, Z., 209Jakubowski, N., 638, 3325Jalilehvand, F., 118, 586, 1991, 2531, 2576,
3101–3106, 3126–3128Jamerson, J. D., 2819, 2826, 2836James, A. C., 1823James, D. B., 3926James, R. A., 1265, 1397, 1418James, R. B., 3958James, R. W., 2234James, W. J., 61Jammet, G., 3061Jamorski, C., 1910Jampolskii, V. I., 1681Jan, S., 3060Janakova, L., 1507Janczak, J., 449, 450, 2464Janecky, D. R., 3133Janeczek, J., 259, 271, 274, 275, 3482, 3559,
3835, 3842, 3843Jangida, B. L., 58Janiak, C., 1957Janik, R., 6, 14, 1653, 1713, 1737Jankunaite, D., 3016Jannasch, P., 76Jansen, G. J., 1906, 2704Jansen, S. A., 3140, 3150Janssens, M.-J., 636, 3306Jantzen, C. M., 3869Jarabek, R. J., 3409Jarboe, D. M., 3250, 3253, 3259Jardine, C. N., 117, 2863Jardine, L. J., 988, 3846Jardine, P. M, 3632Jarrell, M. A., 2343–2345Jarry, R. L., 563Jarvinen, G. D., 849, 863, 913, 1287, 1407,
1408, 2633, 2634, 2676, 2677, 2749,2761, 3163
Jarvis, K. E., 3324Jarvis, N. V., 2571, 2577, 2590, 3546Jarzynski, C., 1653Jaulmes, S., 103, 109, 110, 112, 2432, 4046t,
4054
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-220
Jaussaud, C., 211Javorsky, C. A., 99, 100Javorsky, P., 968, 2353Jayadevan, N. C., 1004, 1005, 1007,
1058–1060, 1065, 1170, 2407, 2434,2441, 2442, 2445, 2446
Jayadevan, N. G., 371Jayasooriya, U. A., 545Jean, F. M., 2680, 2682, 2683, 2684Jeandey, C., 719, 720Jeannin, Y. P., 13, 1660, 2441, 2446Jee, W. S. S., 1507, 3340, 3343, 3349, 3350,
3353, 3396, 3398, 3399, 3401–3405,3407, 3424
Jefferies, N. L., 3050, 3057Jefferies, T. E., 3047Jeffery, A. J., 1022, 2115, 2205, 2315Jeffiries, C. D., 2065Jeffries, C. D., 203, 2241Jeitschko, W., 66, 67, 69–73, 100, 399, 405,
2407, 2431Jelenic, I., 2439, 2444Jellinek, F., 415–417, 419, 4006t, 4012,
4021t–4022tJelly, J. V., 53Jemine, X., 737, 2418, 2822, 2912Jena, S., 1447Jenkins, H. D. B., 1468Jenkins, I. L., 178, 181, 1093, 1174, 1175,
1290, 2625Jenkins, J. A., 864, 2147, 2208, 2723Jenne, E. A., 3165, 3537Jensen, A. S., 1883Jensen, F., 1903Jensen, J. H., 1908Jensen, K. A., 271, 3842, 3843Jensen, M. P., 607, 612, 763, 766, 840, 1352,
1354, 1955, 2524, 2558, 2562, 2563,2570, 2572, 2583–2586, 2589, 2590,2641, 2649, 2665, 2675, 2691, 2727,3035, 3138, 3149, 3178
Jensen, W. B., 1897Jeong, J. H., 2473, 2475, 2826Jeppesen, C., 630Jerden, J. L., 297Jere, G. V., 77Jernstrom, J., 3551Jerome, S. M., 3302Jeske, C., 2918Jeske, G., 2924Jessop, B. H., 1432Jetha, A., xviJette, E. R., 2386Jeung, N., 3341, 3343, 3344, 3353, 3358,
3390, 3391, 3396, 3403, 3405, 3406,3413–3421
Jevet, J. C., 2413Jezowska-Trzebiatowska, B., 2532, 2533
Jager, E., 1643, 1662, 1664, 1685, 1687,1698–1700, 1709, 1710, 1713, 1714,1716, 1718
Jha, M. C., 78, 80, 82Jha, S. K., 782, 786Ji, M., 2681Ji, Y. Q., 715Jia, G., 3280Jia, J., 2938, 2998, 2999Jia, L., 2845, 2846Jianchen, W., 2753Jiang, D. L., 3102, 3143, 3145Jiang, F. S., 133Jiang, H., 2684Jiang, J., 589, 2441, 2568, 3142, 3143Jiang, P. I., 2738Jiao, R., 785, 1274, 1287, 1288, 1352, 1407,
1412, 2562, 2665, 2676, 2752, 2753, 2762Jie, L., 2452, 2456Jie, S., 2912Jimin, Q., 1267Jin, G. B., 4055–4056Jin, J. N., 108, 1973Jin, K. U., 1692, 1693Jin, L., 2532Jin, X., 786Jin, Z., 108Jingxin, H., 1141Jing-Zhi, Z., 2453Jin-Ming, S., 2453Joannon, S., 3326Joao, A., 130, 131Jobiliong, E., 4175Jochem, O., 398Jocher, W. G., 395, 396Joel, J., 955Joergensen, C. K., 1104, 3171Johansen, I., 3605Johanson, L. I., 1521Johanson, W. R., 412Johansson, B., 63, 191, 928, 1044, 1297,
1299–1301, 1459, 1460, 1515, 1517,1527, 1626, 1634, 1639, 2276, 2330,2353–2355, 2359, 2364, 2370, 2371,2464
Johansson, G., 102, 106, 118, 123, 595, 2531,2549, 3101, 3103, 3105, 3106
Johansson, H., 2757Johansson, L., 2564, 3056, 3057Johansson, M., 1666, 1695, 1702, 1717, 1735John, K. D., 1958, 2479, 2480John, S.,John, S. G., 3546, 3632John, W., 859Johner, H. U., 3042, 3043Johns, I. B., 329, 332, 336, 989, 991,
1077, 3246Johnsen, 4125, 4131
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-221
Johnson, A. J., 3933Johnson, B., 2150Johnson, C. A., 3495fJohnson, C. E., 2151Johnson, C. E., 3728Johnson, D. A., 521, 615, 2539, 2542Johnson, E., 1524, 1670, 1672, 1673, 1674,
1675, 1676, 1685, 1686, 1691,1692, 1874
Johnson, E. R., 1821Johnson, G. D., 2760Johnson, G. K., 357, 358, 2159, 2165, 2193,
2722, 2723Johnson, G. L., 77Johnson, I., 3728Johnson, I., 903, 2151, 2711, 2714, 2715Johnson, J. D., 3150Johnson, J. S., 123, 770Johnson, K. A., 901, 906–908, 911, 912, 915,
936, 958, 959, 1009, 1011, 1012, 1014,1028, 1302, 2407, 3253, 3254
Johnson, K. D. B., 393Johnson, K. H., 1916Johnson, K. R., 109Johnson, K. W. R., 837, 915, 957, 1077, 1093,
1095, 1100, 1104, 2709, 2713Johnson, L. A., 3413Johnson, L. H., 3837, 3839Johnson, M. A., 1873Johnson, O., 75, 107, 329, 332, 336, 421,
509, 3246Johnson, Q. C., 80, 201, 329, 914, 1126, 1299,
1300, 2419, 2420, 2424Johnson, S. A., 859, 1873–1875, 1877Johnson, S. G., 1874, 1875, 1877, 3047, 3060Johnson, T. A., 2717Johnson, T. R., 2712, 2714, 2715, 2719, 2720,
2722, 2723Johnsson, A., 3546Johnston, A., 3014Johnston, D. A., 2226Johnston, D. C., 67, 71, 96Johnston, D. R., 471, 476, 482, 496, 2066Johnston, M. A., 2473Johnston, M. E., 3387Johnstone, J. K., 1292Jolie, J., 3042, 3043Jolkonnen, M., 3768Jollivet, P., 277Jolly, L., 933Jonah, C. D., 1129, 2760, 3178Jones, A. D., 1407, 1408, 1549, 2582Jones, C. W., 588, 595, 1927, 1928, 2583, 3132,
3343, 3396, 3405, 3414–3416, 3420Jones, D. A., 2561Jones, D. G., 3028Jones, D. R., 4141Jones, D. W., 67, 71
Jones, E. R. Jr., 203, 425, 431, 435, 439, 469,749, 751, 1188, 1472, 1946, 2229, 2230,2241, 2253, 2256–2262, 2264, 2267,2268, 2486, 2488, 2695, 2851, 2853
Jones, E. S., 3414–3416, 3420Jones, K. W., 3069Jones, L. H., 350, 380, 502, 519, 529, 530,
1114, 1180, 1312, 1325, 1326, 1361,1369, 1410, 1430, 1923, 1968,2165, 2601, 4114t–4116t
Jones, L. L., 1322Jones, L. V., 30, 32, 487, 962, 1033Jones, M. E., 1312Jones, M. J., 3165, 3169Jones, M. M., 1078, 1287, 2633, 2634, 2676,
3912Jones, P. J., 94, 178, 179, 182, 183, 194, 195,
201, 203–207, 213, 215, 216, 221, 222,498, 499, 2418, 2424, 2425, 2434, 2435,2695
Jones, R. P., 2044, 2047, 2053, 2072, 2073Jones, S. R., 3494, 3500Jones, W. M., 356, 357, 2272Jonke, A. A., 3933Jonson, B., 1735Jonsson, M., 371Jordan, K. C., 20Jorga, E. V., 2533Jorgensen, J. D., 64, 66Joron, J. L., 231, 3305, 3314Joseph, R. A., 396Joshi, A. R., 752, 3052Joshi, J. K., 1033, 1177, 1178Joshi-Tope, G. A., 3179, 3614, 3615Jost, D. T., 182, 185, 1447, 1451, 1643, 1662,
1664, 1679, 1684, 1685, 1693, 1694,1698–1700, 1704–1714, 1716, 1718,1721, 3030, 3031,
Jostons, A., 3265Jostsons, A., 3866, 3866fJoubert, J. C., 113Joubert, L., 1966, 2177Joubert, P., 537, 566, 567Jouniaux, B., 1077, 1079, 1080, 1101, 1529,
1602, 1611, 3312Jove, J., 391, 459, 730, 735, 739–742, 745, 746,
792, 1105–1107, 1312, 1316, 1317,1359, 2413, 2426,2427, 2443
Jovanovic, B., 2393Jowsey, J., 3404, 3407, 3410Joyce, J. J., 921, 964, 1056, 2307, 2343–2345,
2347Joyce, S. A., 1035, 3220Jørgensen, C. K., 1674, 1733, 1894, 1916,
1932, 2020, 2051, 2052, 2054, 2067,2080, 2085, 2089
Ju, Y. H., 2691
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-222
Judd, B. R., 190, 1847, 1862, 1863, 2015, 2016,2020, 2023, 2024, 2026, 2027, 2029,2030, 2035, 2036, 2050, 2054–2056,2075, 2090, 2228, 2241, 2265
Judge, A. I., 379Judson, B. F., 863Juenke, E. F., 387, 393, 395Julian, S. R., 407, 2239, 2359Julien, R., 4024t, 4040Julien-Pouzol, M., 4024Jullien, R., 1461Jung, B., 162, 428, 429, 436, 440, 451Jung, P., 981, 983Jung, W.-G., 2209, 3397, 3399Jung, W.-S., 466, 489, 616Junk, P. C., 2452Junker, K., 1447Junkison, A. R., 1050, 1052Junsheng, G., 1267Jurado Vargas, M., 133Jurgensen, K. A., 1268Jurriaanse, A., 1449Jursich, G. M., 1368, 1454, 1455, 2014, 2016,
2020, 2031, 2037, 2041, 2047, 2054,2056, 2068, 2071, 2072, 2073, 2075,2094, 2096
Jusuf, S., 1918, 1919Jutier, F., 3940Juza, R., 89, 98, 466, 473, 476, 479, 489,
497, 500
Kabachenko, A. P., 164, 1654, 1719, 1720,1735, 1738
Kabachnik, M. I., 1283, 2738Kabanova, O. L., 1129, 1130Kacher, C. D., 1445, 1653, 1664, 1684,
1693–1699, 1705, 1706, 1716Kachner, G. C., 972, 973Kackenmaster, H. P., 490Kaczorowski, D., 2352, 4020, 4021t–4022t,
4023Kadam, R. M., 1175Kading, H., 163, 172, 174, 178Kadish, K. M., 2464Kadkhodan, B. D. M., 185Kadkhodayan, B. A., 182, 1445, 1447, 1653,
1664, 1684, 1693–1699, 1704–1706,1716
Kadoya, H., 407Kadyrzhanov, K. K., 3027, 3033, 3061Kaffnell, N., 164Kaffrell, N., 1665Kahlenberg, V., 4179, 4182, 4183f, 4184, 4185fKahn, A., 103, 110, 113Kahn, L. R., 1908Kahn, M., 38, 1104, 1108, 3913Kahn, O., 2256Kahn, R., 2250
Kahn, S., 180Kahn-Harari, A., 113Kai, Y., 2924Kaifu, N., 1981Kailas, S., 1447Kaindl, G., 2237, 2359Kaiser, J.P., 3601Kaji, D., 1450Kalashnikov, N. A., 3221Kalashnikov, V. M., 1145Kalbusch, J., 2381Kaldor, U., 33, 1643, 1659, 1669, 1670, 1672,
1673, 1675, 1682, 1723, 1724, 1726,1729–1731
Kaledin, L. A., 1973, 4083, 4084t, 4088–4089,4089t, 4090, 4091–4092, 4092t, 4093
Kalevich, E. S., 1422Kalibabchuk, V. A., 84Kalina, D. G., 117, 1278, 1280, 1281, 1431,
2240, 2470, 2653, 2655, 2656, 2666,2667, 2671, 2738, 2739, 2768, 2801
Kalinichenko, B. S., 1512, 3221Kalinina, S. V., 1302Kalkowski, G., 2359Kalmykov, S. N., 3532–3534, 3558Kalpana, G., 63, 100Kalsi, P. K., 791, 3052, 3053Kaltsoyannis, N., 203, 204, 289, 577, 578, 602,
1166, 1198, 1200, 1893, 1896, 1898,1901, 1939, 1943, 1947–1949, 1951,1954–1956, 1958, 1962–1964, 1967,2561, 2583, 2888, 3130, 3131, 3152,3154, 3155, 3160, 3167, 4080, 4095,4098, 4103, 4106, 4113
Kalvius, G. M., 192, 719, 720, 792, 861, 862,1297, 1317, 1319, 2283, 2284,2292, 2361
Kamachev, V. A., 856Kamagashira, N., 343Kamaratseva, N. I., 355Kamarad, J., 334, 335Kamashida, M., 1272Kamat, R. V., 1033Kameda, O., 343Kamegashira, N., 364, 2405Kamenskaya, A. M., 1636Kamenskaya, A. N., 28, 38, 61, 188, 220, 221,
443, 1547, 1548, 1606–1608, 1624,1629, 1636, 2525, 2526
Kaminski, M. D., 1295, 2751, 2752Kamiyama, T., 407Kampf, J. W., 2591Kampmann, G., 3397, 3399, 3400Kan, M., 2457Kanamaru, M., 389Kanamori, H., 1981Kanatzidis, M. G., 97, 4030, 4045, 4046t,
4048, 4056, 4057, 4059
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-223
Kandan, R., 1076Kandil, A. T., 184, 3035Kanehisa, N., 2924Kaneko, H., 1292Kaneko, T., 1445, 1450, 1696, 1718, 1735Kanellakopoulos, B., 102, 108, 117, 208, 382,
421, 423, 445, 448, 727, 729, 730, 751,763, 766, 767, 769, 792, 1093, 1168,1190, 1304, 1318, 1319, 1322–1324,1363, 1403, 1411, 1421, 1423, 2017,2238, 2240, 2241, 2244, 2245,2249–2251, 2253–2255, 2257, 2258,2260, 2261, 2264, 2267, 2268, 2315,2441, 2469–2472, 2474–2479, 2484,2486, 2488, 2489, 2551, 2553, 2575,2801, 2803, 2808, 2809, 2814–2817,2819, 2826, 2827, 2829, 2851, 2852,2882, 2885, 3037
Kanetsova, G. N., 424Kang, K. W., 3704Kani, Y., 855, 856Kanishcheva, A. S., 2441, 2452Kannan, R., 2668, 2669Kannan, S., 2452, 2453, 2455Kanno, M., 473Kansalaya, B., 63Kansi, K., 1272, 1273Kant, A., 336, 841, 3246Kao, C. C., 2288Kapashukov, I. I., 1317Kaplan, D. I., 3288, 3556Kaplan, G. E., 61, 85, 90Kaplan, I. R., 3598Kaplan, L., 63, 70, 1279–1281, 1431, 2653,
2655, 2656, 2666, 2667, 2671, 2738,2739, 2768
Kapon, M., 2830, 2834, 2835, 2918, 2923,2935, 2944, 2950, 2965, 2969,2971, 2984
Kapoor, S. C., 1282, 2745Kappel, M. J., 1815, 3416, 3420Kappel, M. S., 3414–3416, 3420Kappelmann, F. A., 1275, 1286, 2651, 3919Kappler, J. P., 2236Kapshuhof, I. I., 1931Kapshukov, I. I., 108, 545, 546, 724, 726, 735,
739, 747, 749, 1164, 1312, 1315, 1319,1466, 2129, 2131, 2427, 2442,2527, 2595
Kapulnik, Y., 2668Karabasch, A. G., 63, 80Karabulut, M., 277Karalova, Z. I., 709Karalova, Z. K., 29, 30, 42, 185, 709, 1283,
1408, 1448, 1509, 1512, 1554,1585, 2668
Karandashev, V. K., 2657Karaoglou, A., 3424
Karasev, V. I., 1505, 1829Karasev, V. T., 787Karaseva, V. A., 1352Karbowiak, M., 421, 422, 425–435, 440,
442–445, 447–451, 453, 482, 483, 2042,2062, 2064, 2066, 2103, 2230, 2259,2260
Karchevski, A. I., 335Karelin, A. I., 791, 3052Karelin, E. A., 1412, 1413Karelin, Y. A., 1505, 1654, 1829Karelin, Ye. A., 14Karell, E. J., 2723Karim, D. P., 3100, 3101, 3103, 3118, 3845Karkhana, M. D., 2195Karkhanavala, M. D., 355, 356, 369Karle, I., 1092, 1094, 1100, 1101, 2167Karlstrom, G., 596Karmanova, V. Yu., 787Karmazin, L., 598, 2452, 2584Karnland, O., 3152Karol, P. J., 1653Karow, H. U., 366Karpacheva, S. M., 1271, 1352Karpova, V. M., 3352, 3424Karraker, D. G., 115, 203, 425, 431, 435, 439,
469, 501, 750–752, 793, 1182, 1188,1189, 1323, 1324, 1363, 1472, 1542,1543, 1946, 2081, 2229, 2230, 2241,2253, 2257–2259, 2261, 2262, 2264,2267–2269, 2271, 2292, 2486, 2488,2595, 2695, 2801–2803, 2809, 2815,2819, 2828, 2843, 2851, 2853, 2855,2856
Karstens, H., 63Kartasheva, N. A., 108, 709Kasar, U. M., 104, 752, 3052Kascheyev, N. F., 175Kasemeyer, U., 3798Kaseta, F. W., 2039Kasha, M., 1144Kasimov, F. D., 1512Kasimova, V. A., 1512Kasiviswanathan, K., 3745, 3745tKasper, J. S., 67, 71, 997, 1002Kaspersen, F. M., 28Kassierer, E. F., 2664Kassner, M. E., 892, 894, 1003, 1004, 1009,
1011, 1017Kast, T., 2683Kasten, P. R., 2733Kasting, G. B., 2670Kasuya, T., 100, 719, 720Kasztura, L., 1670, 1672, 1692Kaszuba, J. P., 1341, 3106, 3133, 3512f, 3516,
3517–3518Katakis, D., 606, 609Katargin, N. V., 1633, 1636
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-224
Katayama, Y., 3328Kately, J. A., 2205Kathren, R. L., 3282, 3307Kato, M., 3691, 3697, 3697f, 3698, 3701–3703,
3702fKato, T., 2140, 2147Kato, Y., 622, 727, 762, 767, 770, 775, 1327,
1368, 1405, 1424, 1430, 1434, 2095,2096, 2098, 2099, 2426, 2534, 2724,3045, 3099
Katser, S. B., 2439, 2442Katsnelson, M. I., 2355Katsura, M., 338, 410, 2411Katz, J. H., 3364Katz, J. J., xv, xvi, 1, 19, 162, 255, 317, 318,
328, 339, 340, 342, 356, 370, 374, 378,383, 392, 421, 558, 622, 724, 815, 855,902–904, 907, 912, 913, 988, 1034,1077, 1086, 1092, 1094, 1095, 1100,1101, 1312, 1313, 1321, 1398, 1403,1417, 1549, 1624, 1628, 1629, 1635,1660, 1753, 1754, 1901, 1928, 2114,2160, 2167, 2632, 3206–3208, 3212,3340, 3347, 3348, 3353, 3354, 3923,3931
Katz, S., 533Katzin, L. I., 53, 63, 70, 75, 98, 106–108, 114,
161, 166, 172, 174, 175, 182, 187, 188,255, 256, 988, 1915
Kauffmann, O., 109Kaufman, A., 171, 335, 405Kaufman, L., 927, 928Kaufman, M. J., 2148, 4095–4096Kaufman, V., 1843, 1845, 2038, 2080Kaul, A., 3424, 3569Kaul, F. A. R., 3003Kautsky, H., 3296Kavitov, P. N., 1398Kawada, K., 369, 1266, 1267Kawade, K., 1484Kawai, T., 2134, 2135, 2700Kawamura, F., 762, 855, 856, 1272Kawamura, H., 789, 790, 3059, 3062,
3068, 3072Kawamura, K., 93Kawasaki, O., 382Kawasuji, I., 40, 1477Kawata, T., 1282, 1408, 2743Kay, A. E., 900–902, 949, 952, 988Kay, P., 391, 396Kaya, A., 637Kayano, H., 338, 339Kaye, J. H., 714, 1409, 1432, 1434Kazachevskiy, I. V., 3017, 3067Kazakevich, M. Z., 220, 221, 1402Kazakova, G. M., 1448, 1449, 1480Kazakova, S. S., 1352, 2652Kazanjian, A. R., 3247
Kazanski, K. S., 1320Kazantsev, G. N., 1422, 2699, 2700Kazazic, S., 4127Kuchle, W., 34, 1908, 1918, 1920, 1937, 2148Kuchler, 132Keally, T. J., 1800Kearfott, K. J., 3027Keck, P., 3953Keder, W. E., 3922Keding, L., 265Keenan, T. K., 87, 90, 457, 458, 520, 1084,
1095, 1097, 1105–1107, 1117, 1118,1120, 1126, 1273, 1291, 1312, 1314,1319, 1325, 1326, 1328, 1329, 1331,1357, 1365, 1404, 1410, 1415–1418,1429, 1430, 1467, 1473, 1474,2416–2418, 2426, 2427, 2583, 2601,3281
Keeney, D. A., 1695, 1699Keeney-Kennicutt, W. L., 3175, 3176, 3532,
3539, 3979Keiderling, T. A., 337, 2226, 2251, 2404Keijzers, C. P., 203Keil, R., 133, 3034, 3035, 3049Keiling, C., 3508Keim, W., 116, 2865Keimer, B., 2288Keirim-Markus, I. B., 1821Keiser, D. D. Jr., 719, 721, 3779, 3780, 3782Keiser, D. L. J., 862, 892Keith-Roach, M. J., 3597Keitsch, M. R., 2969, 2974Keller, C., 19, 20, 35, 41, 86, 88, 91, 113, 162,
181, 185, 194, 195, 197, 208, 373,375–380, 382–387, 389–396, 467, 487,721, 727–730, 733, 734, 759, 763, 766,793, 814, 907, 908, 910, 911, 988,1056–1061, 1064–1068, 1105, 1106,1265, 1303, 1304, 1312–1314, 1319,1322, 1323, 1326, 1341, 1352, 1353,1358, 1398, 1403, 1412, 1413, 1422,1428, 1431, 1445, 1509, 1513, 1549,1552, 1553, 2238, 2244, 2261, 2389,2431–2433, 2568, 3214, 3215, 3824,3866, 3867, 3870, 3921
Keller, D. L., 1011, 1015, 1018, 1019, 1022,1045, 1048, 1049
Keller, E. L., 428, 436, 440, 444, 451, 560Keller, J., 6Keller, L., 428, 429, 436, 440, 451Keller, N., 2449–2452, 2458, 2462, 3343, 3351,
3356, 3358Keller, O. J. Jr., 2561, 2585Keller, O. L. Jr., 181, 1423, 1454, 1592, 1639,
1640, 1659, 1660, 1669, 1670,1672–1676, 1682, 1685, 1689, 1691,1692, 1703, 1723–1725, 1727, 1760,2127
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-225
Keller, R. A., 1840, 1845, 1846Keller, W. H., 61, 78Kelley, J. M., 3280, 3550Kelley, K. K., 357, 2115Kelley, T. M., 965–967Kelley, W. E., 320Kelly, C. E., 818Kelly, D. P., 1033, 1035, 1043, 3210, 3211,
3220Kelly, J. M., 3295, 3296, 3311, 3314Kelly, J. W., 2421Kelly, K. L., 3870Kelly, M. I., 77Kelly, P. J., 2276Kelly, P. R., 269Kelly, R. E., 1297Kelly, S. D., 291, 3163–3165, 3168,
3179–3182Kelm, M., 3514Kelmy, M., 109Kember, N. F., 3403Keming, F., 1267Kemme, J. E., 862, 897Kemmerich, M., 900, 901Kemmler, S., 376, 377Kemmler-Sack, S., 375–378, 382, 384–386,
388, 389, 391, 392, 393, 469, 508, 521,2425
Kemner, K. M., 291, 3163–3165, 3168,3179–3182
Kemp, T. J., 542, 626, 629, 2439, 2440, 3138Kemper, C. P., 68, 71Kempter, C. P., 936, 939, 941, 2407Kenna, B. T., 1292Kenneally, J. M., 14, 1654, 1719, 1736, 1738Kennedy, D. J., 1453, 1516Kennedy, D. W., 274, 3178–3181Kennedy, J. H., 634Kennedy, J. W., 5, 8, 814, 815, 902–904, 907,
912, 913, 3292, 3299, 3303, 3890Kennel, S. J., 43Kennelly, W. J., 116, 2476, 2484, 2491, 2843Kent, R. A., 963, 1008, 1046, 1085, 1116Keogh, D. D., 2607Keogh, D. W., 861, 932, 1041, 1043, 1112,
1116, 1117, 1154–1156, 1162, 1166,1925, 1926, 2401, 2427–2429, 2450,2451, 2464–2466, 2583, 3109,3126–3128, 3136, 3210
Keogh, W. D., 580, 595, 620, 621Kepert, C. J., 2571Kepert, D. L., 494, 586, 588, 1174, 2441Kerbelov, L. M., 3027Kerdcharoen, T., 1906Kerkar, A. S., 2153Kermanova, N. V., 1127Kern, D. M. H., 621Kern, J., 3042, 3043
Kern, S., 457, 486, 2248, 2250, 2278, 2283,2289, 2290
Kernavanois, N., 2236Kerrigan, W. J., 1398Kerrisk, J. F., 957, 3758, 3761, 3761fKersting, A. B., 3288, 3314, 3558, 3651, 3842Kertes, A. S., 58, 2625, 2664Keskar, M., 69, 104, 105, 2434Keski-Rahkonen, O., 1466, 1515, 1605Kessie, R. W., 1082Kessler, J., 3530Kesson, S. E., 3855Kester, F., 67Ketels, J., 1550, 1554Kettle, P.-R., 1447Kettle, S. F. A., 201Kevan, S. D., 2336, 2339Keys, J. D., 164Khaekber, S., 3067Khajekber, S., 3017Khalifa, S. M., 2662Khalili, F. I., 2564–2566Khalkhin, V. A., 1352Khalkin, C., 28, 43Khalkin, V. A., 28, 43, 776Khalturin, G. V., 769, 1352, 3352, 3424Khalturin, V. I., 3492Khan, A. S., 95Khan Malek, C., 81, 469, 492, 2248, 2249Khan, S. A., 2565, 2566Khanaev, E. I., 458, 1079Khandekar, R. R., 1170Kharitonov, A. V., 2657Kharitonov, O. V., 1291, 1449, 1512Kharitonov, Y. P., 822Kharitonov, Y. Y., 763, 765Kharitonov, Yu. Ya., 108, 109, 575Khater, A. E., 3014Khedekar, N. B., 1174Kheshgi, H. S., 2728Khizhnyak, P. L., 1408, 1547Kuhl, H., 105Khlebnikov, G. I., 3930Khlebnikov, V. P., 184, 209, 214, 218, 219Kohler, E., 116Kohler, S., 60, 1403, 1452, 1513, 1588, 1590,
1875, 1877, 3047, 3321Kuhn, F., 89, 93Khodadad, P., 414, 415, 2413, 4006t, 4009Khodakovsky, I. L., 129, 771, 1328, 2114,
2546, 2580Khodeev, Y. S., 576, 1994Khodeev, Yu. S., 2179Khokhlov, A. D., 1302Khokhrin, V. M., 3025Khokhryakov, V. F., 1821, 3282Khopkar, P. K., 1284, 1426, 1427, 1449, 1553,
2579, 2661, 2662, 2759
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-226
Khosrawan-Sazedj, F., 264Khrustova, L. G., 2703, 2704Khubchandani, P. G., 2431Kiarshima, A., 2099, 2100Kiat, J. M., 2250Kido, H., 77Kieffer, R., 67Kieft, T. L., 3602Kiehn, R. M., 862, 897Kiener, C., 2603Kierkegaard, P., 1170, 2434Kihara, S. A, 706, 708, 753, 758, 790,
791, 1407Kihara, T., 712, 766, 787Kihara-Negishi, F., 3631Kikuchi, A., 4008Kikuchi, M., 219, 3542Kikuchi, T., 857, 1019Kilimann, U., 2469Kilius, L. R., 3014, 3063, 3317, 3318Killeen, J. C., 3711Killeen, P. G., 3027Killion, M. E., 839Kim, B. I., 576, 1935, 1936Kim, C., 789, 790Kim, Ch. K., 3017, 3059, 3062, 3068, 3072Kim, G., 3282Kim, J. B., 181, 2756Kim, J. I., 106, 119–122, 125–127, 130, 133,
727, 763, 766, 767, 769, 787, 988, 1114,1138, 1145–1147, 1150, 1154, 1160,1165, 1166, 1172, 1312, 1314, 1319,1332, 1338, 1340, 1341, 1352, 1354,1365–1367, 1405, 1406, 1425–1428,1433, 1782, 1805, 2536, 2546,2549–2551, 2553, 2575, 2591, 2592,3022, 3024, 3037, 3038, 3043–3045,3057, 3066, 3103, 3104, 3129, 3138,3149, 3276, 3477, 3507, 3508,3514–3516, 3525–3527, 3533,3534, 3569, 3629
Kim, J. K., 1507Kim, J. L., 3043Kim, J. Y., 4046t, 4062Kim, K. C., 367, 1088, 1116, 2161, 4103–4105,
4108, 4109Kim, W. H., 2602Kim, Y. S., 3777, 3781, 3781f, 3782Kimmel, G., 2407Kimura, E., 394Kimura, K., 167Kimura, M., 1935, 1937Kimura, S., 1272, 1273Kimura, T., 699, 706, 708, 715, 716, 727, 767,
770, 775, 783, 1049, 1112, 1294, 1327,1368, 1405, 1407, 1409, 1424, 1430,1434, 1512, 2095–2100, 2426, 2530,2534, 2587, 2653, 3043, 3045
Kimura, Y., 407Kinard, W. F., 1433, 1477, 2580, 2589Kinard, W. K., 1352Kincaid, B. M., 3087Kinchin, G. H., 3678Kindler, B., 14, 1653, 1654, 1713, 1717, 1719,
1720, 1738Kindo, K., 407King, E. G., 376, 955, 957, 983King, E. L., 109King, E. L., 3914King, G. F., 3117King, L. A., 2686King, L. J., 1271, 1275, 1402, 1445, 1448,
1449, 1509, 1510, 1584, 1585, 2636King, S. J., 790, 3063, 3317, 3318King, W. A., 2912, 2924, 2934, 2979Kingsley, A. J., 2887Kingston, H. M., 3281Kinkead, S. A., 732, 734, 1049, 1082Kinman, W. S., 265, 295Kinoshita, K., 717, 1270, 2134, 2135, 2594,
2695, 2696, 2697, 2698, 2700, 2715,2717, 2719, 2720, 2721
Kinoshita, M., 3741Kinser, H. B., 1509Kinsley, L. P. J., 3326Kinsley, S. A., 1943Kinsman, P. R., 280, 291, 366, 367Kipatsi, H., 1117, 2546Kiplinger, J. K., 2850Kiplinger, J. L., 1958, 2472, 2479,
2480, 2484Kirbach, U. W., 1447, 1662, 1664, 1666, 1684,
1685, 1687, 1695, 1699–1702,1709–1714, 1716–1718, 1735
Kirby, H. W., 18, 19, 20, 23, 25–28, 32, 33, 35,38, 40–43, 161–163, 166, 167, 170, 172,174, 178–180, 182, 187, 195, 213, 215,226, 230, 2556, 3281, 3347, 3354
Kirchner, H. P., 2432Kirchner, J. A., 319Kirin, I. S., 1323Kiriyama, T., 58Kirk, B. L., 1507Kirk, P. L., 988, 1079Kirkpatrick, J. R., 3239Kirschbaum, B. B., 3380Kirslis, S. S., 521Kiselev, G. V., 1398Kishi, T., 2743Kisieleski, W., 3353, 3356, 3362, 3366, 3370,
3378, 3386, 3395, 3407, 3423, 3424Kisliuk, P., 2067Kiss, Z., 2077, 2078Kissane, R. J., 732, 734Kist, A. A., 1507Kitamura, A., 120, 121, 2575
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-227
Kitano, Y., 3160Kitatsuji, Y., 706, 708, 753, 790, 791, 1407Kitazawa, H., 719, 720Kitazawa, T., 727Kittel, C., 948, 2308Kittel, J. H., 3670, 3745t, 3768, 3769, 3779Kitten, J., 3095, 3175, 3177Kiukkola, K., 353, 360, 362Kiyoura, R., 353, 360Kiziyarov, G. P., 259Kjaerheim, G., 352Kjarmo, H. E., 962Kjarsgaard, B. A., 3027Kjems, J. K., 357, 2351Klaasse, J. C. P., 2407Klaehne, E., 1191Klaft, I., 1880Klaproth, M. H., 253, 254Klapotke, T. M., 117, 118Klaus, M., 716Klauss, H. H., 2284Klein, D., 3735Klein-Haneveld, A. J., 415–417, 419Kleinschmidt, J., 3341, 3342, 3348, 3353,
3356, 3386Kleinschmidt, P. D., 34, 192, 195, 731, 734,
1077, 1080, 1411, 1459, 1523, 1527,1562, 1592, 1593, 2115–2117, 2120,2122, 2123, 2148, 2164, 2208– 2210
Kleinschmidt, R., 3341, 3342, 3348, 3353,3356, 3386
Klemens, P. G., 3833Klemic, G. A., 3027Klemm, J., 164Klemperer, W., 2148Klenze, R., 223, 730, 763, 766, 787, 1352, 1354,
1405, 1406, 1425–1428, 1433, 2249,2251, 2260, 2261, 2536, 2591, 3037,3038, 3043, 3044,3045, 3057
Kleppa, O. J., 2209Klett, A., 3029Kleykamp, H., 393, 740, 1019, 3726, 3728,
3729, 3738, 3751, 3752, 3754, 3755f,3773, 3837
Klahne, E., 2472, 2475, 2817Klimov, S. I., 1636Kline, R. J., 1120, 1123, 1126, 1134, 1145Klingensmith, A. L., 3839–3841Klinkenberg, P. F. A., 60, 1842, 1843, 3892Klıma, J., 372–374Klobukowski, M., 1908Klopp, P., 1876Kluge, E., 180Kluge, H.-J., 789, 1296, 1403, 1735,
1875–1877, 3044, 3047, 3048, 3320,3321
Kluttz, R. Z., 2488, 2852
Klygin, A. E., 3932Klyuchnikov, V. M., 108Kmetko, E. A., 921, 922, 926, 960, 962, 1300,
1789, 2312, 2384Knacke, O., 80, 81, 83, 100, 2160Knapp, F. F., 1507Knapp, G. S., 3100, 3101, 3103, 3118, 3845Knapp, J. A., 64Knappe, P., 1906Knauer, J. B. Jr., 1401, 1445, 1448–1450, 1479,
1505, 1509, 1510, 1584, 1585, 1828Knauss, K. G., 3129Knochel, A., 2452Knebel, G., 2352Knecht, D. A., 3867Knecht, H., 410, 435, 452Knetsch, E. A., 2351Knie, K., 3016, 3063Knief, R. A., 821Konig, E., 382Knight, D. A., 3342, 3353Knight, E. E., 2969Knight, P. D., 2984Knighton, J. B., 864, 869, 875, 908, 1513, 2711,
3896Konnecke, Th., 1426Knobeloch, D., 225Knobeloch, G. W., 704, 3312, 3314Knoch, W., 908, 3922Knoesel, F., 2875Knoghton, J. B., 1297Knoll, G. F., 3957, 3958Knoll, M., 3938–3939Knopp, R., 120, 125, 126, 1150, 2588,
3045, 3179, 3530Knott, H. W., 1022Knowles, K. J., 2392Knosel, F., 2472Knudsen, F. P., 377Knyazeva, N. A., 575Ko, R., 234, 3906, 3930Kobashi, A., 2578, 2726, 3024Kobayashi, F., 1019, 2185, 2186, 2723–2725Kobayashi, K., 703Kobayashi, S., 2157, 2158Kobayashi, T., 2464Kobayashi, Y., 716, 837Kobus, J., 1454Koch, C. W., 77, 3912, 3935Koch, F., 344Koch, G., 814, 859, 1070, 1071, 1073, 1110,
1284, 2732Koch, L., 44, 195, 378, 713, 1056, 1057, 1060,
1061, 1064, 1312, 1313, 2752, 2753,3062, 3068, 3982
Koch, R., 3065Koch, W. F., 634, 1903Kochen, R. L., 1292, 2752
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-228
Kochergin, S. M., 1352Kochetkova, N. E., 1283, 2677, 2738Kock, L., 729, 730Kockelmann, W., 410Koczy, F. F., 170Koeberl, C., 3305Koehler, S., 789Koehler, W. C., 342, 1463Koehly, G., 1049, 1273, 1324, 1329, 1341,
1365, 1366, 2672Koelling, D. D., 60, 1194, 1461, 1938, 2308,
2334, 2335, 2336, 2338, 2339, 2353,4105, 4108
Koenst, J. W., 1292Kofuji, H., 709, 784, 789, 3327Kohara, T., 2352Kohgi, M., 407Kohl, P. A., 2687, 2691Kohl, R., 2163, 2422Kohler, S., 859, 1296, 1452Kohlmann, H., 4006t, 4012, 4014, 4015,
4043–4044Kohlmann, H., 75, 96, 413–415, 2413Kohlschutter, V., 63Kohn, W., 1671, 1903, 2327Kohno, N., 784Koide, M., 3550Koike, T., 1696, 1718, 1735Koike, Y., 28, 29, 40, 2239Koiro, O. E., 1283, 2656, 2738Kojic-Prodic, B., 102, 103, 110Kojima, Y., 1266, 1267, 1445, 1484Kojouharova, J., 14, 1653, 1713, 1717Kokaji, K., 631Kok-Scheele, A., 2177Kolar, D., 597Kolarich, R. T., 209, 214, 215, 217, 218, 2578Kolarik, V., 1507Kolarik, Z. J., 707, 713, 760, 840, 1280, 1287,
2649, 2657, 2674, 2675, 2738, 2756,2761
Kolb, A., 106, 107Kolb, D., 1671Kolb, J. R., 1802, 2819Kolb, R. J., 2817Kolb, T., 1884Kolbe, W., 2077, 2261, 2263, 2266, 2272,
2292, 2561, 3814, 3859Kolberg, D., 2289, 2290Kolesnikov, V. P., 1422, 2699, 2700Kolesov, I. V., 6Kolesov, V. P., 2114, 2148, 2149, 2185Kolin, V. V., 1365, 1369, 1404, 1405Kolis, J. W., 4157Kolitsch, U., 259, 265, 295Kolitsch, W., 413, 509, 510, 512, 522, 2420Kolodney, M., 973, 2692Kolomiets, A. V., 338, 339
Koltunov, G. V., 1143Koltunov, V. S., 711, 712, 760, 761, 1120,
1126–1130, 1140–1143, 1175, 2757Koma, Y., 1281, 1282, 1286, 2743, 2747,
2760, 2761Komac, M., 4023Komamura, M., 709, 784, 789, 3327Komarov, E. V., 3528Komarov, S. A., 2177Komarov, V. E., 2703, 2704Komatsubara, T., 407, 2239, 2347, 2352Komissarov, A. V., 1973Komkov, Y. A., 1059, 1113, 1118, 1133, 1156,
2527, 3124Komkov, Yu. A., 753Komura, K., 170, 709, 783, 784, 789, 3327,
3552, 3553Komura, S., 2418Kondo, Y., 1276, 2753, 2755, 2760Konev, V. N., 900, 902, 904, 906–908, 910,
911–914Konig, E., 730, 763, 766, 2244Konig, M., 1735Konings, R. J. M., 121, 125, 128, 421, 423,
425, 435, 440, 441, 457, 458, 469, 473,474, 477, 478, 480, 481, 497, 502, 503,509, 513–517, 536, 538, 543–545, 551,552, 556, 593–599, 601–603, 1048,1076, 1155, 1166, 1171, 1341, 1402,1411, 1417, 1419, 1941, 2113–2115,2117, 2118, 2120, 2123, 2126–2128,2132, 2133, 2135–2140, 2142–2144,2146–2148, 2150–2152, 2154–2161,2163–2165, 2168–2171, 2173–2178,2180–2182, 2186, 2187, 2191–2195,2200, 2204–2207, 2209, 2538, 2579,2582, 3214, 3215, 3347, 3380, 3382,3690, 3695t, 3696, 3696f, 3715, 3727,3794–3795, 3795f, 3796, 3796f, 3796t,3797f, 3800, 4110, 4112, 4135
Koningsberger, D. C., 3087Konishi, K., 170Konkina, L. F., 1178, 1352Konobeevsky, S. T., 892, 894, 900–905, 907,
908–910, 913–915Konoshita, K., 2211Konovalova, N. A., 221, 1607, 1624, 1629,
1636, 2525Konrad, T., 66, 67, 71, 399, 2407Kooi, J., 1109, 1449, 1547, 2696, 2697,
2699Kopajtic, Z., 3068Kopf, J., 2472Kopmann, W., 2284Koppel, I., 101Koppel, M. J., 1824Koppenaal, D. W., 3278, 3327, 3328Koppenol, W. H., 14
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-229
Kopytov, V. V., 1326, 1329, 1331, 1416, 1429,1430, 1448, 1449, 1466, 1479, 1480,1481, 1512, 1545, 1549, 1559, 2129,2131, 2584
Korba, V. M., 474Korbitz, F. W., 68Korchuganov, B. N., 1398, 1421, 1433Koreishi, H., 2560, 2590Koren, G., 4103Korkisch, J., 1450, 2625Korman, S., 3413Kormilitsyn, M. V., 854Kormilitzin, M. V., 2705–2708Kornberg, H. A., 3413Kornetka, Z. W., 2966Kornilov, A. S., 1337, 1338Korobkov, I., 117, 1966, 2260, 2871–2874Korotin, M. A., 929, 953Korotkin, Y. S., 31, 1664, 1690, 1703Korotkin, Yu. S., 1425Korpusov, G. V., 1449Korshinek, G., 3016, 3063Korshunov, B. G., 81Korshunov, I. A., 1422, 2431Korst, W. L., 64, 2402Kortright, F. L., 76Korzenski, M. B., 4157Korzhavyi, P. A., 1044Koseki, S., 1908Kosenkov, V. M., 2118Koshland, D. E. Jr., 3912Koshti, N., 2633Koshurnikova, N. A., 1821Kosiewicz, S. T., 995Koster, G. F., 1863, 1913, 2028, 2029, 2040Kostka, A. G., 2527Kostorz, G. E., 2232Kosulin, N. S., 939, 941, 1299, 2118Kosyakov, V. N., 791, 1275, 1312, 1322, 1323,
1326, 1329–1331, 1335, 1416, 1429,1448, 1449, 1476, 1479–1481, 1483,1545, 1549, 1559, 1583, 2126, 2129,2131, 2584, 2672, 3024
Kosynkin, V. D., 30, 373, 393Kot, W. K., 204, 209, 1188, 1189, 1776, 1954,
1955, 2020, 2065, 2067, 2068, 2083,2227, 2240, 2251, 2261, 2262, 2265,2269, 2473, 2803, 3814, 2855, 2856,3870
Kotani, A., 861Kotlar, A., 353–356, 360Kotliar, G., 923, 964, 2344, 2347, 2355Kotlin, V. P., 1365, 1369, 1404, 1405Kottenhahn, G., 395Kotzian, M., 1943, 1946, 1949Koulke‘s-Pujo, A. M., 101Kouzaki, M., 407Kovacevic, S., 208, 2432
Kovacs, A., 1664, 1684, 1693, 1694, 1706,1716, 1941, 2164, 2165, 2169–2171,2173–2177
Kovacs, J., 182, 185, 1447, 1704, 1705Koval, V. T., 84Kovalchuk, E. L., 133Kovalev, I. T., 364, 365Kovantseva, S. N., 1512Kovba, L. M., 111, 113, 345, 346, 355, 366,
372–377, 384, 385, 393, 2434Kovtun, G. P., 364Koyama, T., 857, 2719, 2720, 2743, 2761Kozai, N., 294Kozak, R. W., 44Kozelisky, A. E., 714Kozhina, I. I., 436, 437, 454, 471, 475, 495Kozimor, S. A., 1956, 1967, 2473, 2476, 2477Kozina, L. E., 114Kozlov, A. G., 2507Kozlowski, J. F., 1968, 1971Kopf, J., 2817Kracke, W., 3557Kraemer, S., 3632Krainov, E. V., 1484Kramer, G. F., 1298Kramer, G. M., 618Kramer, K., 813, 814, 825, 3979Kramer, S. D., 1880, 1882Kramers, H. A., 2044Krameyer, Ch., 1882, 1884Kramida, A. E., 1863Krasnova, O. G., 2169Krasnoyarskaya, A. A., 376, 377Krasser, W., 470Kratz, J. V., 33, 60, 182, 185, 186, 213, 859,
1447, 1452, 1513, 1588, 1590, 1629,1635, 1643, 1646, 1647, 1662, 1663,1665, 1666, 1671, 1679, 1684,1686–1688, 1690, 1695, 1696,1698–1702, 1704, 1705, 1707–1711,1716–1718, 1721, 1735, 1738, 1840,1875–1877, 2575, 3047, 3069, 3321
Kraus, H., 206, 208Kraus, K. A., 31, 120, 121, 152, 180, 182, 769,
770, 1123, 1147, 1150, 1151, 2548,2549, 2554, 2580, 3530, 3980
Krause, M. N., 1605Krause, M. O., 1466, 1515Krause, W., 266, 281Krauss, D., 1695, 1700Krauss, M., 4090–4092, 4092t, 4093, 4095Kravchenko, E. A., 82Krebs, B., 94, 1681Kreek, S. A., 1445, 1653, 1664, 1684,
1693–1699, 1705, 1706, 1716Kreiner, H. J., 3022Kreissl, M., 1828Krejzler, J., 2580
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-230
Kremer, R. K., 89, 94Kremers, H. E., 18, 37Kremliakova, N. Y., 1325–1327Kremliakova, N. Yu., 1407–1410Kreslov, V. V., 3352, 3424Kressin, I. K., 86, 88, 91, 632, 635, 3292, 3926,
3930Krestov, G. A., 1452, 1481, 1482, 2114Kreuger, C. L., 1270Krey, P. W., 3490–3491, 3550, 3552Kruger, S., 1906, 1918–1920, 1925, 1931, 1935,
1937, 1938Krahenbuhl, U., 3066, 3067Krikorian, N. H., 67, 68, 71, 2407, 2408Krikorian, O. H., 1009, 1011, 1036, 1047,
2157, 2159, 2195Krill, G., 2236Krimmel, A., 2352Krinitsyn, A. P., 788, 3034, 3039Krisch, M., 964, 965, 2342Krishna, R., 1902Krishnan, K., 1169, 1170, 2434Krishnan, S., 963Krishnasamy, V., 2633Krishnaswami, S., 3486, 3553Kristensen, H. M., 3560Krivy, I., 372–375Krivokhatskii, A. S., 1352, 1513Krivovichev, S. V., 103, 113, 260, 266, 268,
285, 287, 288, 290, 299–301, 2430,4168, 4178, 4179, 4179f, 4180, 4181f,4182, 4183f, 4184, 4185f, 4186f, 4187f
Krizhanskii, L. M., 793Kramer, K., 428, 429, 434–436, 440, 442, 444,
450, 451, 453Kroner, M., 116Kronert, U., 3044, 3047, 3048, 3320, 3321Kroemer, H., 948Kroenert, U., 3320, 3321Kroft, A. J., 3039Kroger, P. M., 4107Krogh, J. W., 1973Krohn, B. J., 1088, 4104Krohn, C., 2692Krol, D. M., 372, 375Krolikiewicz, H., 1507Kroll, H., 3413Kroll, N. M., 1906Kronenberg, A., 1699, 1700, 1710, 1718Kroner, M., 2865Kropf, A. J., 279, 861Krot, N. N., 726, 728, 729, 745–750, 753, 763,
764, 767, 768, 770, 771, 773, 793, 1059,1110, 1113, 1116, 1118, 1127, 1133,1156, 1175, 1181, 1322, 1323,1325–1327, 1329, 1336, 1338, 1352,1367, 1368, 1405, 1416, 1429, 1430,1433, 2434, 2436, 2439, 2442, 2507,
2527, 2531, 2532, 2575, 2583, 2595,3043, 3111–3113, 3122–3124, 3980,4170
Kruss, G., 80, 95, 96, 101, 104Krsul, J. R., 2717Krueger, C. L., 717, 2134, 2135, 2695–2700,
2715,2719, 2721
Kruger, E., 3398, 3399Kruger, O. L., 414, 415, 1004, 1019–1022,
1048, 1050, 1052, 2411, 2413, 3915,4006t, 4007, 4008
Krugich, A. A., 364Krumpelt, M., 2715Krupa, C., 203Krupa, J. C., 81, 95, 203, 204, 209, 221, 469,
482, 491, 763, 765, 1170, 1427, 2016,2020, 2037, 2065, 2066, 2074, 2096,2138, 2248, 2250, 2278, 2434, 2676
Krupa, J. P., 422, 443Krupka, K. M., 287, 3178, 3179Krupka, M. C., 68, 2407Kruppa, A. T., 1736Kruse, F. H., 201, 202, 222, 463, 465, 466, 488,
1095, 1097, 1105–1107, 1312, 1315,1357, 1415–1418, 2417, 2427, 2583
Kryscio, R. J., 1507Kryukov, E. B., 2442Kryukova, A. I., 1422, 2431Kostimeier, S., 1943, 1946, 1949Ku, H. C., 67, 71Ku, T. L., 171, 3129, 3294Kubaschewski, O., 321, 421, 425, 435, 469,
478, 486, 497, 502, 516, 2114,2185, 2208
Kubatko, K.-A. H., 584, 730, 2402, 3528, 3841Kube, G., 33, 1882, 1883Kube, W., 1840, 1877, 1884Kubiak, R., 2464Kubica, B., 30, 1687, 1710, 1718Kubik, P., 1447Kubo, K., 68Kubo, V., 2533Kubota, M., 713, 1276, 1292, 2723, 2753,
2755, 2760Kuca, L., 1278, 2653, 3920Kuchle, W., 4082Kuchumova, A. N., 109, 110Kuczewski, B., 3069Kudo, A., 3017, 3630Kudo, H., 182, 1450, 1696, 1718, 1735Kudritskaya, L. N., 121, 125Kudryashov, V. L., 510, 511Kudryavtsev, A. N., 727Kuehn, F., 479Kugel, R., 1088, 1194, 2080, 2084, 2086,
4108–4109Kugler, E., 1735
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-231
Kuhs, W. F., 65, 66, 334, 335, 2283Kuiser, H. B., 2758Kukasiak, A., 1661Kuki, T., 99Kulakov, V. M., 164, 166Kulazhko, V. G., 3221Kulda, J., 2280, 2294Kulikov, A. N., 4090Kulikov, E. V., 40Kulikov, I. A., 1035, 1127, 1140, 1144Kulkarni, A. V., 3052, 3053Kulkarni, D. K., 206, 208Kulkarni, M. J., 2668Kulkarni, S. G., 2202Kulkarni, V. H., 115Kullberg, L., 2565, 2578, 2579, 2582,
2585, 2589Kullen, B. J., 1081Kullgren, B., 1819, 1823, 2591, 3343, 3358,
3366, 3369, 3373, 3375, 3379, 3382,3385, 3388–3395, 3413, 3416–3419,3421, 3423
Kulmala, S., 189Kulyako, Y. M., 856, 1355, 1512, 2684Kulyako, Yu. M., 1422, 1480, 1481Kulyukhin, S. A., 38, 61, 220, 221, 1547,
1606–1609, 1624, 1629, 2700Kumagai, K., 63Kumagai, M., 845, 2738, 2749Kumagi, M., 1294, 1295Kumar, A., 845Kumar, N., 84, 339, 470, 493, 496, 568, 571,
572, 574Kumar, P. C., 3061Kumar, R., 2684Kumar, S. R., 180Kumok, V. N., 40, 109Kung, K. S., 3175Kunitomi, N., 2418Kunnaraguru, K., 2669Kunz, H., 1879, 1880, 1882–1884Kunz, P. J., 33, 859, 1452, 1840, 1876, 1877,
1884Kunze, K. R., 2165, 4112, 4114t–4116tKunzl, V., 226Kuo, J. M., 3323Kuo, Sh. Y., 3065Kuperman, A. Y., 791Kuperman, A. Ya., 3049, 3052Kupfer, M. J., 2652Kuppers, G., 188Kupreev, V. N., 1681Kuramoto, K., 3866, 3866fKurata, M., 864, 2147, 2715, 2717, 2719,
2720, 2723, 3776f, 3777f, 3778f, 3780,3782
Kurbatov, N. N., 93Kurihara, L. K., 2451–2453
Kurioshita, K., 2738Kurnakova, A. G., 185Kuroda, K., 631Kuroda, P. K., 133, 824, 3276, 3478, 3479Kuroda, R., 58Kurodo, R., 188Kuroki, Y., 706Kurosaki, K., 2157, 2158, 2202Kushakovsky, V. I., 395Kushnikov, V. V., 3843, 3844t, 3846Kushto, G. P., 576, 1976, 1988–1990,
4114t–4116tKusnetsov, V. G., 542Kusumakumari, M., 1422Kusumoto, T., 2969Kuswik-Rabiega, G., 3413Kutaitsev, V. I., 892, 894, 900–904, 906–915Kutner, V. B., 1653, 1654, 1719Kutty, K. V. G., 396Kuvik, V., 3061, 3936, 3938Kuwabara, J., 3295, 3296Kuyckaerts, G., 1352Kuz’micheva, E. U., 345, 346, 355, 366Kuzmina, M. A., 176Kuznetsov, B. N., 2999Kuznetsov, N. T., 2177Kuznetsov, R. A., 1829Kuznetsov, V. G., 539, 541, 542, 552, 575Kuznetsov, V. I., 1267, 3932Kuznetsov, V. S., 1448Kuznetsov, V. Yu., 3014Kuznetsova, N. N., 259Kuznietz, M., 329, 333, 336, 2200, 4008Kuzovkina, E. V., 1449Kveseth, N. J., 347, 354, 357, 359Kwak, J. E., 4006t, 4015Kwei, G., 967Kwon, O., 555, 1173Kwon, Y., 719, 720Kyffin, T. W., 1048, 1152Kyi, R.-T., 203Kyker, G. R., 3362
Le, D. K., 3413La Bille, C. W., 3354La Bonville, P., 1369La Breque, J. J., 3027La Chapelle, T. J., 5, 717, 727, 738, 3281, 3287La Gamma de Bastioni, A. M., 187La Ginestra, A., 2431La Macchia, G., 4134La Manna, G., 1989La Mar, G. N., 2851La Mar, L. E., 1291La Placa, S. J., 337, 2404La Rosa, J. J., 1293, 3017, 3284La Verne, J. A., 3222Laakkonen, L. J., 1917
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-232
Labeau, M., 113Labonne-Wall, N., 1354, 2591LaBonville, P., 1923, 1931Labozin, V. P., 1848Labroche, D., 340, 351–356, 363Labzowsky, L. N., 1669Lackley, W. J., 3748Lackner, K. S., 2728Lacombe, P., 324Lacquement, J., 2135, 2622, 2699, 2700Ladd, M. F. C., 1169Ladygiene, R., 3016Laerdahl, J. K., 34Lafferty, J. M., 66Lafuma, J., 3342, 3356Lagarde, G., 126, 128Lagergren, C. R., 3313, 3315Lagerman, B., 119–121, 124, 128,
2582, 2593Lagerqvist, A., 4082–4083, 4084tLagowski, J. J., 38, 118, 1352, 1686,
2539–2543Lagrange, J., 2590Lagrange, P., 2590Lagus, T., 3562Lahalle, M. P., 763, 765, 2278Lai, L. T., 42, 43Laidler, J. B., 726, 727, 735, 736, 739,
1312, 1315, 2430, 2693, 2712, 2722,2723, 3250
Laidler, K. J., 2557Laine, R. M., 2979Laintz, K. E., 2677, 2678, 2682, 2684, 2689Lakner, J. F., 331Lakshmanan, V. I., 3627Lal, D., 3300Lal, K. B., 2633Laligant, Y., 87, 90Lall, R., 3639Lallement, R., 937, 939, 957, 981, 982,
2288, 2289Lally, A. E., 633, 3278, 3281, 3282, 3294Lam, D. J., 90, 338, 719, 721, 739–745, 763,
766, 1020, 1022, 1304, 1312, 1317–1319,1466, 1517, 1787, 2238, 2261–2263,2279, 2283, 2362, 2407, 2411, 2413,3845, 4009
Lam, I. L., 1661Lamar, L. E., 1045Lamartine, R., 2458, 2463Lambert, B., 2190, 2191, 2655Lambert, D., 1874, 1875Lambert, J. L., 67, 77Lambert, S. E., 2357Lambertin, D., 2135, 2699, 2700Lambertson, W. A., 3705Lambertson, W. H., 372Lamble, G. M., 291, 3131, 3160, 3161, 3164
Lamble, K. J., 3280Lambregts, M. J., 2717Lamothe, M., 3016Lan, T. H., 3359, 3362Lance, M., 102, 106, 1960, 1962, 2246,
2449–2452, 2458, 2462, 2464–2466,2472, 2473, 2479, 2480, 2484, 2488,2490, 2491, 2801, 2805–2808, 2812,2818–2820, 2830, 2837, 2841, 2847,2856–2859, 2861, 2862, 2866,2869–2872, 2889, 2891, 2892,2922, 2938
Lancsarics, G., 1432Land, C. C., 895, 900, 901, 905–908, 911,
912, 914, 915, 984, 1009, 1011, 1012,1014, 2407
Landa, E. R., 3172, 3178, 3486–3487Landau, A., 1659, 1670, 1675, 1726,
1729–1731Landau, B. S., 463Landau, L., 2339Lander, G. H., 320–324, 353, 357, 409, 412,
457, 486, 719, 721, 739, 742–745, 861,863, 949, 952, 953, 967, 968, 1022,1023, 1055, 1056, 1112, 1166, 1419,1784, 1787, 1789, 1790, 1894, 2225,2233, 2234, 2236–2239, 2248–2250,2262, 2264, 2274–2276, 2278–2287,2289, 2290, 2292–2294, 2315,2352–2355, 2368, 2369, 2371, 2372,2397, 2407, 2464, 3109, 3210
Landers, J. S., 2686Landesman, C., 3398, 3399Landgraf, G. W., 1191, 2817Landgraf, S., 2979Landresse, G., 2698Landrum, J. H., 1398, 1629, 1633, 1636, 1639,
1641, 1692, 1695, 1696, 2525, 2526Lane, E. S., 2686Lane, L. J., 1803Lane, M. R., 185, 186, 815, 1445, 1447, 1582,
1653, 1664, 1684, 1693–1695, 1699,1706, 1711, 1716
Lang, N. C., 4125Lang, R. G., 1842Lang, R. J., 60Lang, S. M., 377Lange, R. C., 166Lange, R. G., 43, 817, 818, 3892Langer, S., 67Langford, C. H., 609Langham, W., 3341, 3342, 3348, 3353,
3356, 3386Langmuir, D., 129–132, 3159, 3166, 3167,
3476, 3506–3507, 3537, 3538, 3540fLangridge, S., 2234, 2237, 2352Lankford, T. K., 43LANL, 1808
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-233
Lansard, B., 3489, 3498Lanz, H., 3342, 3354, 3423Lanz, R., 1022Lanza, G., 576, 1956, 1958Lanzirotti, A., 291Lapin, V. G., 1398Lapitskaya, T. S., 1170, 2434Lapitskii, A. V., 184, 218, 219Lappert, M. F., 116, 1776, 1954, 1955, 2240,
2473, 2479, 2480, 2484, 2803, 2804,2812, 2816, 2829, 2830, 2844, 2845,2875, 2912, 2980
Laraia, M., 1071Larina, V. N., 2822Larionov, A. L., 2052Larkworthy, L. F., 439, 445, 449, 452, 455,
585, 593Laroche, A., 2712, 2713Larroque, J., 719, 720, 997, 998Larsen, A., 2732Larsen, R. P., 3345, 3354, 3355, 3371, 3378,
3384, 3919Larsh, A. E., 6, 1641, 1642Larson, A. C., 86, 92, 457, 502, 503, 519, 528,
901, 903, 906, 909–912, 914, 938, 1012,1013, 1058–1060, 1062, 2407, 2408,2420, 4165
Larson, D. T., 976, 1028, 1035, 1303, 2147,2389, 2395, 3208, 3229, 3230
Larson, E. A., 332, 3242Larson, E. M., 103, 112Larson, R. G., 166, 172, 174, 182Larsson, S. E., 1661Laruelle, P., 1055Lasarev, Y. A., 6Lasher, E. P., 3358Lashley, J. C., 876, 877, 878, 929, 942, 943,
944, 945, 947–950, 952, 953, 964–967,2315, 2347, 2355
Laskorin, B. N., 705Lassen, G., 1840, 1877, 1884Lassen, J., 33, 859, 1452, 1876, 1877Lassmann, M., 1828Laszak, I., 2691Laszlo, D., 3413Lataillade, F., 904Lataillade, G., 1819Latham, A. G., 3294Latimer, R. M., 6, 1449, 1476–1478, 1551,
1585, 1606, 1641, 1642Latimer, T. W., 1004Latimer, W. M., 2114, 2192, 2538Latour, J.-M., 1963, 1965Latrous, H., 1479, 1605, 3114Latta, R. E., 352, 353, 365Lau, K. F., 64Lau, K. H., 82, 420, 731, 734, 1937, 1938, 2179Laube, A., 3066
Laubeneau, P., 208Laubereau, P. G., 116, 751, 1093, 1190, 1323,
1324, 1363, 1416, 1423, 1455, 1465,1471, 1531, 1541, 1544, 1800, 2470,2472, 2489, 2801, 2803, 2809, 2814,2815
Laubschat, C., 2359Laubscher, A. E., 84, 2565Laud, K. R., 109Laue, C. A., 14, 185, 186, 815, 1447, 1582,
1654, 1662, 1684, 1693, 1699, 1705,1711, 1712, 1716, 1718
Laug, D. V., 2717Laugier, J., 402Laugt, M., 110, 2431Lauher, J. W., 1954Lauke, H., 2866, 2918Launay, F., 1845Launay, J., 193Launay, S., 103, 109, 110, 112, 2432Laundy, D., 2238Laurelle, P., 113Laurens, W., 164Laursen, I., 2044Lauterbach, C., 1918–1920, 1931, 1935, 1937,
1938Lauth, P., 1840, 1877, 1884Lauth, W., 33, 1879–1884Laval, J. P., 88, 91, 467Lavallee, C., 1120, 1134, 2602Lavallee, D. K., 2602Lavallette, C., 2656Lavanchy, V. M., 1447, 1662, 1684, 1711,
1712, 1716Laveissiere, J., 503Laverov, N. P., 3817, 3842, 3855, 3870Lavrentev, A. Y., 1654, 1719, 1720, 1735Lavrinovich, E. A., 709, 1408, 1512, 2668Lavrukhina, A. K., 3908Lavut, E. G., 346Law, J., 1282, 2739, 2741Lawaldt, D., 1312, 1319–1321, 2430, 2431Lawrence, B., 3356, 3378, 3395, 3423, 3424Lawrence, F. D., 1804Lawrence, F. O., 824, 3016, 3022, 3276Lawrence, J. J., 186, 187, 2702Lawrence, J. N. P., 1821Lawroski, S., 2730, 3894, 3920Lawson, A. C., 333–335, 882, 939, 941, 942,
944, 948, 949, 952, 953, 962, 965–967,984, 989, 995, 1419, 2233, 2264, 2293,2370, 2397
Lawson, A. W., 958Laxminarayanan, T. S., 1169, 3920Laxson, R. R., 1505, 1829Lay, K. W., 368Laycock, D., 539, 734Lazarev, L. N., 988
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-234
Lazarev, Y. A., 1504, 1653, 1707, 1719Lazarevic, M., 314Lazkhina, G. S., 176Le Bail, A., 87, 90Le Behan, T., 1754Le Berquier, F., 859Le Berre, F., 92Le Bihan, T., 192, 406, 719, 720, 923, 1300,
1522, 1578, 1594, 1787, 1789, 2315,2355, 2368–2371, 2407, 2408
Le Blanc, J. C., 2133Le Borgne, T., 2254, 2488, 2856Le Cloarec, M.-F., 206, 208, 217, 218,
2432, 2433Le Cloirec, P., 3152, 3154Le Coustumer, P., 128Le Doux, R. A., 566Le Du, J. F., 109, 128, 1168, 1688, 1700, 1718,
3101, 3110, 3111, 3113–3118Le Flem, G., 77, 110, 113Le Fur, Y., 281Le Garrec, B., 1873Le Guen, B., 3413Le Marechal, J.-F., 2472, 2473, 2479, 2801,
2806, 2808, 2819, 2843, 2856, 2857Le Marois, G., 1286, 2673Le Marouille, J. Y., 413–415, 514, 516, 528,
551, 2413, 2414, 2425, 4006t, 4013Le Naour, C., 181, 211, 1671, 1686, 1688,
1700, 1701, 1705, 1711, 1718Le Roux, S. D., 2439Le Vanda, C., 116, 2488, 2852, 2855, 2856Le Vert, F. E., 1267Lea, D. W., 3159Lea, K., 2229, 2241Leal, J. P., 2821, 2840, 2885, 2912, 4126Leal, L. C., 1507Leal, P., 2150Leang, C. F., 164, 166Leary, H. J., 1968, 1971Leary, J. A., 357, 862–864, 870, 904, 905,
913, 914, 963, 1003, 1004, 1007, 1008,1077, 1093, 1095, 1098, 1100, 1103,1104, 1108, 1116, 1175, 1270, 2698,2699, 2706, 2709, 2711–2713, 3223,3253, 3254
Leary, J. A., 3911, 3915Leask, M., 356, 2229, 2241Leavitt, R. P., 2044, 2045, 2048, 2058Lebanov, Y. V., 1932Lebeau, P., 68, 403Lebech, B., 2237, 2286Lebedev, A. M., 3051Lebedev, I. A., 180, 1271, 1283, 1284, 1323,
1325, 1326, 1329–1331, 1352, 1355,1365, 1402, 1405, 1409, 1416, 1422,1423, 1427, 1428, 1430, 1433, 1434,1450, 1451, 1479–1481, 1483, 1509,
1512, 1513, 1584, 1606, 1633, 1636,2126, 2651
Lebedev, I. G., 900, 902, 904, 906–908,910–914
Lebedev, L. A., 2127Lebedev, V. A., 2715Lebedev, V. M., 1427Lebedev, V. Y., 1684, 1708, 1709, 1716,
1720Lebedeva, L. S., 1412, 1413Leber, A., 61Leboeuf, R. C., 3358Lebrun, M., 2756Lechelle, J., 861Lechelt, J. A., 2760Leciejewicz, J., 69, 73, 2439, 2440, 3138, 4020,
4021t–4022t, 4038Leciewicz, L., 414Lecocq-Robert, A., 353, 354Lecoin, M., 27Lecomte, M., 1049, 1285Lecouteux, N., 3061Ledbetter, H., 942–946, 948, 949, 964, 2315Lederer, C. M., 164, 1267, 1398Lederer, M., 209Ledergerber, G., 1033, 3797Ledergerber, T., 1883Lee, A. J., 718Lee, C. W., 1903, 3557Lee, D. M., 182, 185, 186, 815, 1445, 1447,
1450, 1582, 1629, 1635, 1642, 1643,1645–1647, 1652, 1653, 1662,1663–1666, 1684, 1685, 1690, 1693,1694–1699, 1701–1706, 1709,1711–1714, 1716–1718, 1735,1737, 2575
Lee, D.-C., 639, 3327Lee, H. M., 369, 2849Lee, J. A., 191, 892, 913, 939, 945, 947, 949,
955, 957, 981–983, 1022, 1299Lee, M. H., 3491, 3552, 3557, 3980Lee, M.-R., 103, 112Lee Nurmia, M. J., 185Lee, P. A., 3087, 3100Lee, R. E., 118, 2530, 2533Lee, S.-C., 783, 2678, 2684Lee, Sh. C., 3302Lee, S.-Y., 3172Lee, T. J., 1728Lee, T.-Y., 2471, 2472, 2816Lee, W. E., 3817, 3848Lee, Y. S., 1671, 1676, 1679–1682, 1723,
1727–1729, 1907Leedev, I. A., 1547Lefebvre, J., 123Lefebvre, F., 3002, 3003Lefevre, J., 1285, 2756Lefort, M., 13, 1660
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-235
Lefrancois, L., 2649, 2657Leger, J. M., 1303, 1535, 2389Leggett, R. W., 3380, 3404, 3405Legin, A. V., 3029Legin, E. K., 750Legoux, Y., 37, 129, 200, 201, 1077, 1079,
1080, 1101, 1302, 1316, 1416, 1418,1468, 1529, 1593, 1602, 1611
Legre, J., 1874, 1875Legros, J.-P., 2441, 2446Lehmann, M., 3364, 3365, 3376, 3378, 3379Lehmann, T., 1172, 2430, 2431Leibowitz, L., 357, 1046, 1076Leicester, H. M., 19, 20, 52Leider, H. R., 329Leigh, H. D., 2389Leikena, E. V., 539Leikina, E. V., 726, 763, 766, 770Leininger, T., 1909, 1918, 1919, 1931, 1932Leino, M., 6, 14, 1653, 1660, 1713, 1717,
1737, 1738Leipoldt, J. G., 115Leitienne, P., 1507Leitnaker, J. M., 1018, 1019, 3762Leitner, L., 389, 1069Lejay, P., 2352Lejeune, R., 31Lelieveld, R., 4024tLelievre-Berna, E., 2236Lemberg, V. K., 3352, 3424Lemehov, S. E., 3696Lemire, R. J., 121, 125, 128, 421, 423, 425,
435, 440, 441, 457, 458, 469, 473, 474,477, 478, 480, 481, 497, 502, 503, 509,513–517, 536, 538, 543, 544, 545, 551,552, 556, 593–599, 601, 602, 603, 718,719, 722, 726–728, 739, 744, 745, 767,769, 771, 881, 888, 891, 989, 1008,1019, 1021, 1045, 1047, 1048, 1085,1086, 1087, 1098, 1100, 1101, 1110,1111, 1117, 1118, 1131, 1147–1150,1155, 1157, 1158, 1162, 1166, 1167,1169–1171, 1180, 1181, 1341, 2114,2115, 2117, 2120, 2126, 2127, 2128,2132, 2133, 2136, 2137, 2140, 2142,2144, 2145, 2150–2152, 2154–2157,2159, 2160, 2161, 2163, 2164, 2165,2168–2171, 2173, 2174, 2175, 2181,2182, 2186, 2187, 2193, 2194, 2195,2197, 2199, 2200, 2201, 2204, 2205,2206, 2538, 2576, 2578, 2579, 2582,2583, 3214, 3215, 3347, 3380, 3382,3206, 3213, 3516, 3517f, 3523f,3526, 3893
Lemmertz, P., 1738Lemons, J. F., 1080, 1081, 1083, 1084, 1086,
1088, 1090, 1091, 1126, 2421, 2426Leon Vintro, L., 3016, 3023, 3296
Lengeler, B., 932, 933Lenhart, J. J., 3165, 3167Lennox, A., 3354Lenz, H. C. Jr., 3424Leonard, K. S., 1809, 3553Leonard, R. A., 1281, 1282, 2655, 2738,
2739, 2740Leong, J., 2473, 2816Leonidov, V. Y., 373, 376Leonov, M. R., 2822, 2859Leppin, M., 3065Leres, R., 1653Lerner, M. W., 3931Leroux, Y., 2591, 3419, 3421Lescop, C., 2480, 2837, 2841Lesinsky, J., 82Leslie, B. W., 272, 293, 3559Less, N. L., 3242Lesser, R., 953, 958, 971, 973, 974Lester, G. R., 1915Lester, J. N., 3629–3630Lesuer, D. R., 1297Letokhov, V. S., 3319Leung, A. F., 501, 509, 523, 763, 764, 2081,
2082, 2083, 2089, 2245Leurs, L., 732, 734Leutner, H., 376, 377Leuze, R. E., 256, 841, 1402, 1629, 2672, 3894Levakov, B. I., 1352Levdik, T. I., 3352, 3424Levenson, M., 3920Leventhal, J. S., 3172Leverd, P. C., 2457, 2458, 2463, 2472, 2480,
2488, 2807, 2819, 2822, 2837, 2857Levet, J.-C., 402, 407, 414, 416, 417, 420, 423,
425, 435, 437, 440, 456, 457, 470, 473,474, 478, 479, 499, 502, 509, 514–516,525, 527, 528, 538, 544, 551, 2413,2422, 2424, 2425, 4006t, 4015–4017
Levin, L. I., 2052Levine, C. A., 704, 822, 823, 3276, 3891Levine, I. N., 1911Levine, S., 2114Levitin, R. Z., 2359Levitz, N. M., 1081Levy, G. C., 2565, 2566Levy, H. A., 488Levy, J. H., 435, 439, 453, 455, 474, 478, 498,
515, 530, 536, 560, 2417, 2418, 2420,2421, 2426
Lewan, M. D., 3137Lewin, R., 854Lewis, B. M., 357, 358, 2193Lewis, H. D., 957, 3758, 3761, 3761fLewis, J. E., 393Lewis, J. S., 2728Lewis, L. A., 3227, 3228, 3232Lewis, M. A., 861
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-236
Lewis, R. H., 226Lewis, R. S., 824Lewis, W. B., 382, 529, 530, 2076, 2082, 2241,
2243, 2244, 2246, 4105Leyba, J. D., 1445, 1447, 1662, 1703,
1704, 1705Lgotin, V., 3499Lhenaff, R., 3016Lohle, J., 1318Li, B., 3055Li, J., 405, 578, 1200, 1363, 1893, 1943–1946,
1948–1951, 1960–1962, 1969, 1973,1975–1988, 2246, 2861, 2863, 4098,4099, 4114t–4116t, 4119
Li, J. Y., 715Li, K., 791Li, L., 1671, 1905, 1907, 1960, 2912, 2938Li, R., 3033Li, S., 77, 2371Li, S. T., 2042, 2047, 2053, 2059, 2061Li, S. X., 2717Li, S.-C., 80, 81Li, S.-M. W., 3178, 3179Li, T. K., 3964Li, Y., 259, 282, 287, 762, 2984, 3099Li, Y.-P., 103, 113, 262, 268, 283, 287, 289, 290Li, Yu., 3033Li, Z., 164, 191, 2966, 2974Lian, J., 113, 2157, 2159, 3817, 3870Liang, B. Y., 405, 1976, 1977, 1978, 1980,
1981, 1983, 1984, 4114t–4116t, 4117Liang, J., 2752, 2753Liang, Z., 4126, 4138Liansheng, W., 1280, 2738Lias, S. G., 4135Liberge, R., 2633Liberman, D., 1728, 2076Liberman, S., 1874, 1875Libotte, H., 1300, 1522, 2370Libowitz, G. G., 328–332, 2188Lichte, F. E., 269, 277Lidster, P., 94, 208, 471, 472, 498, 2065, 2276Lidstrom, E., 2285–2287, 2352Liebman, J. F., 1578, 1611Lieke, W., 2333Lien, H., 3026, 3028, 3031, 3032, 3066Lierse, C., 727, 769, 1145, 1146, 3016, 3063Lieser, K. H., 133, 180, 788, 3034, 3035, 3095,
3539, 3616, 3621, 3629, 3635Liezers, M., 638, 787, 3043, 3044, 3328Light, M. E., 259, 287Lightfoot, H. D., 2728Ligot, M., 2695, 2696Lijima, K., 1681Lijun, S., 1267Likhner, D., 3366Liley, P. E., 322Lilijenzin, J. O., 1117
Liljenzin, G., 184Liljenzin, J.-O., 209, 218, 220, 1285, 1286,
1687, 1761, 1764, 1803, 1811, 2525,2546, 2547, 2584, 2592, 2627, 2657,2659, 2672, 2674, 2675, 2756, 2757,2761, 2767
Lilley, E. M., 1297, 1299Lilley, P. E., 3117Lilliendahl, W. C., 2712Lilly, P. E., 1593Lim, C., 3113Lim, I., 1724, 1729Lima, F. W., 182Liminga, R., 103, 110, 1360Lin, A., 3542Lin, C. H., 4161, 4175–4176Lin Chao, 231Lin, G. D., 76Lin, J. C., 3056Lin, K. C., 1968, 1985, 2894Lin, L., 2924Lin, M. R., 1181, 2452–2455Lin, S. T., 335Lin, Y., 2678, 2680–2684, 2689, 2924Lin, Z. R., 795, 1364, 2479, 2480, 2837, 2913,
2924, 2997Linauskas, S. H., 3050Lincoln, S. F., 607, 620, 1174Lind, O. C., 3491, 3552Lind, S. C., 3847Lindahl, P., 3500, 3553Lindau, I., 1521Lindaum, A., 2370Lindbaum, A., 192, 923, 1300, 1522, 1578,
1594, 1754, 1787, 1789, 2315, 2355,2368–2371
Lindberg, M. J., 287Lindberg, M. L., 3869Lindecker, C., 103, 109, 110, 2432Lindemer, T. B., 361, 389, 396, 1047, 2141,
2143, 2145, 2151, 3698, 3701, 3701f,3727
Lindenbaum, A., 1823Lindenmeier, C. W., 3278, 3327, 3328Lindgerg, A., 189Lindgren, I., 1461Lindh, R., 1909Lindhorst, P. S., 3409Lindner, M., 3014, 3908Lindner, R., 905, 906, 907, 911, 988, 1790Lindqvist-Reis, P., 118, 3158Lindsay, J. D. G., 191, 193, 2350Lindsay, J. W., 3219Lindsey, J. D. G., 1302Lindstrom, R. E., 2686Linevsky, 2148Lineweaver, J. L., 3834Linford, P. F. T., 944, 949, 950
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-237
Lingane, J. J., 634Link, P., 1300Lins, R. D., 3636Linton, C., 4091Lipis, L. V., 1099–1102, 1106–1108, 2426Lipkind, H., 65, 75, 78, 80, 81, 83, 95,
100, 107Lipp, A., 67Lippard, S. J., 337, 2404Lippelt, E., 2351Lipponen, M., 130, 131Lipschutz, M. E., 638, 3327Lipsztein, J. L., 3345, 3355, 3356, 3366, 3371,
3375, 3382Liptai, R. G., 879, 882, 962, 964Lis, T., 426, 427, 438, 448, 454Lischka, H., 1908, 1909Lisco, H., 3424Listopadov, A. A., 1049Listowsky, I., 3364, 3366, 3397, 3399Litfin, K., 1300, 1522, 2370Litherland, A. E., 3014, 3063, 3316–3318Litteral, E., 357Litterst, F. J., 2283, 2284Litterst, J., 719, 720Little, K. C., 840Littleby, A. K., 3050, 3057Littler, D. J., 823Littrell, K. C., 840, 2649Litvina, M. N., 1325, 1331Litz, L. M., 399, 400, 404Litzen, U., 1843Liu, B., 2752Liu, C., 76, 274, 1910, 3179, 3181, 3622,
3629–3630Liu, Ch. Yu., 3065Liu, D.-S., 2875Liu, G. K., 483, 486, 1113, 1368, 1454, 1455,
1544, 1605, 2013, 2014, 2016, 2020,2030, 2031, 2036, 2037, 2041, 2042,2044, 2047–2049, 2053, 2054, 2056,2059, 2061, 2062, 2064, 2068–2073,2075, 2089, 2095, 2099, 2101, 2103,2265, 3413
Liu, H. Q., 164, 2979, 3323Liu Husheng, 186Liu, J. L., 715Liu, J. Z., 2865Liu, M. Z., 108Liu, Q., 2589, 2664Liu, T. S., 3300Liu, W., 1671, 1682, 1683, 1727, 1905, 1910,
1943, 1944, 1947, 1948, 1952Liu, X., 108, 2980Liu, Y., 76, 3170, 3598Liu, Y. D., 76Liu, Y. H., 2464Liu, Y.-F., 1449, 1450, 1451
Livens, F. R., 588, 589, 595, 705, 706, 783, 790,1927, 1928, 2440, 2441, 2442, 2447,2448, 2583, 3013, 3056, 3059, 3063,3072, 3106, 3132, 3165, 3167, 3169,3477, 3557, 3597
Livet, J., 2563, 2580, 2657Livina, M. N., 1331Livingston, H. D., 3022, 3282, 3295,
3476, 3555Livingston, R. R., 3221, 3259Livshits, T. S., 3855Lizin, A. A., 2431Llewellyn, P. M., 2243, 2561Lloyd, E., 3401Lloyd, J. R., 717, 3545, 3547, 3602, 3624, 3651Lloyd, L. T., 964Lloyd, M. H., 1033, 1151, 1152, 1312,
1313, 1421Lloyd, R. D., 1507, 1579, 1823, 3340, 3343,
3349, 3350, 3353, 3396, 3401, 3405,3413–3416, 3420, 3424
Lemanski, R., 421, 444, 448, 1055, 1784,1785, 2238
Lammermann, H., 1099, 2262Lo, E., 1862, 2029Loasby, R. G., 892, 909, 912, 944, 949, 952Lobanov, M. V., 77Lobanov, Y. V., 6, 14, 1036, 1653, 1654, 1707,
1719, 1736, 1738Lobanov, Yu. V., 1398, 1400Lobikov, E. A., 1848Locock, A. J., 263–266, 281, 294–296,
2431–2433, 3170, 3178, 4161Loeb, L. B., 3953Loeb, W. F., 3357, 3358Loehlin, I. H., 3919Loewenschuss, A., 2540, 2541, 2543, 2544Lofgren, N., 738Lofgren, N. A., 413Lofgren, N. L., 95, 96, 1093Loge, G. W., 3322Logunov, M. V., 856Logvis’, A. I., 748Loh, E., 2020Lohr, H. R., 333, 486, 502, 1312, 1313Lohr, L. L. Jr., 1916, 1943, 1948Lohr, W., 3424Loidl, A., 2352Loiseaux, J.-M., 3562, 3564fLoiseleur, H., 2438, 2439Lokan, K. H., 3302Lokshin, N. V., 3014Lombard, L., 405Lommel, B., 1653, 1713, 1717Long, E. A., 356, 357, 2272Long, G., 1080, 1086, 2701Long, J. T., 854Long, K. A., 366, 367
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-238
Longerich, H. P., 3323Longfield, M. J., 2287, 2292, 2352Longheed, R. W., 1653Longstaffe, F. J., 3164Lonnel, B., 14Lonzarich, G. G., 407, 2239, 2359Loong, C.-K., 2042, 2047, 2053, 2059, 2061,
2248, 2250, 2278, 2283, 2289Loopstra, B. O., 341, 346, 349–351, 356, 357,
358, 372–376, 383, 392, 514, 2392,2394, 2434, 4173
Lopez, M., 629LoPresti, V., 3557Lord, W. B. H., 904, 908, 913, 988Lorenz, R., 195, 2407, 2408Lorenz, V., 2469, 2912Lorenzelli, N., 3774Lorenzelli, R., 367, 391, 392, 742–744, 774,
1008, 1044, 1045, 2407Loriers, J., 96, 1303, 1535, 2389Loser, R. W., 3259Lo Sasso, T., 3345, 3371, 3396Losev, V. Yu., 2441Loss, R., 3482fLott, U., 396Lotts, A. L., 2733Louer, D., 102, 103, 109, 110, 472, 477, 1172,
2431, 2432Louer,M., 102, 110, 472, 477, 1172, 2431, 2432Lougheed, R., 1453, 1473, 1474Lougheed, R. M., 1849Lougheed, R. W., 6, 14, 1398, 1453, 1474,
1475, 1476, 1516, 1530, 1533, 1543,1586, 1629, 1631, 1633, 1635, 1636,1639, 1641, 1647, 1654, 1692, 1695,1696, 1707, 1719, 1736, 1738, 1839,1850, 1858, 1864, 1871, 1872, 1885,2077, 2416, 2525, 2526
Louie, J., 955Louie, S. G., 2336Louis, M., 422Louis, R. A., 82Loukah, M., 76Loussouarn, A., 43Louwrier, K. P., 988, 1033Love, L. O., 821Love, S. F., 3024, 3284, 3296, 3307Loveland, W. D., 815, 1108, 1499, 1501, 1577,
1580, 1586, 1613, 1653, 1737, 1738,2630, 3890
Lovell, G. H. B., 4008Lovell, K. V., 854Lovesey, S. W., 2234Lovett, M. B., 2527, 2553, 3021–3023, 3287,
3295Lovley, D. R., 3172, 3178, 3545, 3547, 3548,
3596–3597, 3611, 3617, 3619, 3622,3625, 3633
Lowe, J. T., 1290, 1291Loye, O., 113Lozano, N., 3737Lutzenkirchen, K., 3982Lu, B., 3055Lu, C. C., 1452, 1640Lu, F., 3046, 3069Lu, F. L., 3179Lu, H., 3062Lu, M. T., 2633, 2634Lu, N., 1155, 3532Lu, W. C., 367Lubedev, V. Y., 1684Luc, P., 1846, 1882Lucas, C., 3037Lucas, F., 103, 112Lucas, J., 372, 374, 376, 377, 378, 380, 382,
393, 425, 446, 468, 575, 2422Lucas, R. L., 990–992, 994, 1028, 1035,
2404, 3204–3208, 3210, 3212, 3213,3219
Lucchini, J. F., 289Luce, A., 2633Luck, W. A. P., 3117Luckey, T. D., 3359, 3362Ludwig, R., 1352Lue, C. J., 1973, 4098, 4099Luengo, C. A., 63Luger, P., 2452Lugli, G., 1802, 2420, 2471, 2472, 2490, 2491,
2493, 2819, 2859, 2865Lugovskaya, E. S., 112Lui, Z.-K., 928Lujanas, V., 3016Lujaniene, G., 3016, 3542Luk, C. K., 3364Lukashenko, S. N., 3017, 3067Lukaszewicz, K., 2411, 4021t–4022tLuke, H., 1534Luke, W. D., 2487, 2488, 2489, 2852,
2855, 2856Lukens, H. R., 3305Lukens, W. W. Jr., 289, 602, 1166, 2256, 2259,
2477, 2480, 2583, 2812, 2813, 2829,2830, 3130, 3131, 3160, 3167
Lukinykh, A. N., 2431Lukoyanov, A. V., 929, 953Luksiene, B., 3651Luk’yanenko, N. G., 108Luk’yanov, A. S., 907, 909, 911, 912Lukyanova, L. A., 458, 1079Lumetta, G. J., 1278, 1282, 1294, 1397, 2660,
2737, 2740, 2748Lumpkin, G. R., 113, 271, 273, 277, 278, 280,
291, 2157, 2159, 3051, 3817, 3828,3833, 3856, 3862, 3864
Lumpov, A. A., 856Luna, R. E., 3252, 3253, 3255
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-239
Lundgren, G., 102, 103, 104, 112, 586, 2434Lundqvist, R., 222, 223, 1629, 1633, 2529, 2550Lundqvist, R. D., 1605Lundqvist, R. F. D., 1629, 1633, 1636, 2525,
2526Lung, M., 2734Lunzer, F., 2979Luo, C., 1449, 1450, 1451Luo, H., 100Luo, J., 3639, 3651Luo, K., 266Luo, S. D., 171Luo, S. G., 715Luo, W. S., 3651Luo, X., 639, 3327Lupinetti, A. J., 398, 861, 998, 1112, 1166,
3109, 3210Lutique, S., 3800Luttinger, J. M., 2334Lutze, W., 3476, 3565, 3817Lutzenkirchen, K., 596, 627–629, 3102,
3119, 3121Luu, Y.-S., 3619Lux, F., 204–208, 501, 515, 527, 1323, 1324,
2080, 2227, 2243, 2244Lychev, A. A., 539, 549, 555, 556, 1361Lyle, S. J., 41, 187, 1352, 1426, 1431Lynch, R. W., 1292Lynch, V., 605, 2401, 2464–2466Lynn, J. E., 967, 1880Lyon, A., 1653Lyon J. T., 4118–4120Lyon, W. G., 376, 382Lyon, W. L., 863, 1045, 1075, 1270, 2710,
3697, 3697fLyon, W. S., 164, 169Lyons, P. C., 3046Lytle, F., 3087, 3088, 3162, 3163Lytle, F. E., 3320Lytle, F. W., 278Lyttle, M. H., 2852Lyubchanskiy, E. R., 3352, 3424Lyzwa, R., 444
Ma, D., 42, 43Maartensson, N., 4106Maas, E. T. Jr., 618Maata, E. A., 117, 2827, 2832, 2837, 2838,
2841, 2842, 2913, 2924, 2997Mac Cordick, J., 452Mac Donald, M. A., 1962Mac Lachlan, D., 3117Mac Lean, L. M., 3266Mac Lellen, J. A., 3278, 3327, 3328Mac Leod, A. C., 353Mac Wood, G. E., 440, 441, 477, 480, 499Macak, P., 620, 622, 623, 1925Macalik, L., 444
Macaskie, L. E., 297, 444, 717, 3549, 3611,3629, 3636, 3651
Macdonald, A., 3935, 3936Macdonald, J. E., 389Macfarlane, A., 3266Macfarlane, R. D., 1632Machiels, A., 725Machuron-Mandard, X., 1049, 3253,
3254, 3262Macias, E. S., 3292, 3299, 3303Mack, B., 3029MacKenzie, A. B., 3488, 3551Mackey, D. J., 2067MacPherson, H. G., 3794Madariaga, G., 78, 82Madden, A. S., 3651Maddock, A. G., 162, 164, 173, 176–180, 182,
184, 187, 198, 201, 208, 209, 213, 215,217–220, 224, 227, 229, 230, 988, 1049
Madic, C., 117, 576, 608, 609, 762, 1049, 1116,1148, 1155, 1168, 1262, 1270, 1285,1287, 1356, 1369, 1417, 1418, 2426,2427, 2532, 2533, 2583, 2584, 2594,2596, 2603, 2622, 2649, 2657, 2658,2659, 2672, 2674, 2675, 2676, 2756,2761, 2762, 2858, 3101, 3102, 3110,3111–3118, 3253, 3254, 3262
Madic, S., 1923Madigan, M. T., 3601, 3619, 3620, 3627, 3628Maeda, A., 390, 391, 2201Maeda, K., 753, 790, 791, 3752–3753,
3756, 3757fMaeda, M., 712, 760, 766, 787Maeland, A. J., 66, 2188Maershin, A. A., 854Maes, N., 3533Magana, J. W., 958, 959, 2195Magette, M., 735, 739Maghrawy, H. B., 184Magill, J., 366, 367Magini, M., 118, 123, 2531, 3103, 3105Magirius, S., 1314, 1338, 1340, 3507, 3515,
3527Maglic, K., 356Magnusson, L. B., 5, 717, 727, 3281, 3287Magon, L., 767, 770, 776–779, 781, 782, 1178,
1180, 1181, 2441, 2550, 2554, 2585,2586, 2589
Magyar, B., 3068Mahajan, G. R., 1285, 1352, 2657, 2658Mahalingham, A., 63Mahamid, I. A., 861Mahata, K., 1447Mahe, P., 103, 110Mahlum, D. D., 1817, 3386Mahon, C., 1507, 1518Mahony, T. D., 1507Maier, D., 1303, 1312
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-240
Maier, H. J., 1882, 1883Maier, J. L., 1697, 2650, 2672Maier, R., 2469, 2470, 2472, 2475, 2814, 2819,
2882, 2885Maier, W. B., II, 4104Mailen, J. C., 1049, 1270, 1513, 1548,
2702, 3903Maillard, C., 1143Maillard, J.-P., 1840Maillet, C. P., 195Mainland, E. W., 3911, 3915Maino, F., 1318, 1319, 1403, 1411, 1421Mair, M. A., 633, 3282Maiti, T. C., 714Maitlis, P. M., 2966Majer, V., 1766Majumdar, D., 1973, 1974, 4100Majumdar, S., 3771Majumder, S., 1906Mak, T. C. W., 472, 2869Makarenkov, V. I., 1321Makarov, E. F., 793Makarova, T. P., 41, 1352, 1476, 1479, 2557Makhyoun, M. A., 1959Makishima, A., 3285Maksimova, A. M., 1352Makushin, Y., 3499Malcic, S. S., 2427Maldivi, P., 1963, 1965, 1966, 2177Malek, A., 2916Malek, C. K., 469, 482, 491, 2065Maletka, K., 475, 476, 478, 479, 495Maletta, H., 2352Malhotra, R. K., 3061Malik, F. B., 1452, 1640Malik, S. K., 66, 339Malikov, D. A., 1422, 1448, 1449, 1479Malinovsky, M., 2692Malkemus, D., 31Malkin, B. Z., 2037, 2051, 2052Mallett, M. W., 328, 331, 399, 410, 2407Malli, G. L., 1898, 4091Malm, J. G., 163, 174, 182, 200, 502, 503, 504,
505, 533–535, 537, 731–734, 1048,1049, 1080–1082, 1086, 1088, 1090,1092, 1194, 2080, 2084, 2086, 2161,2176, 2419–2421, 3903, 3933
Malmbeck, R., 1666, 1735, 2135, 2756Malmqvist, P., 1897, 1909, 1910, 1972–1975Malow, G., 3829, 3850, 3851, 3858Malta, O. L., 483, 486, 491, 2039Maly, J., 37, 1302, 1480, 1547, 1607, 1629,
1635, 1637, 1639, 2129Malyshev, N. A., 31Malyshev, O. N., 164, 1654, 1719, 1720,
1735, 1738Malysheva, L. P., 1513Mamantov, G., 1547
Manabe, O., 2560, 2590Manara, D., 3686f, 3687Manceau, A., 3152–3154, 3156, 3157,
3165–3167Manchanda, V. K., 182, 184, 706, 1284,
1285, 1294, 1352, 2657, 2658, 2659,2736
Mandleberg, C. J., 1077, 1078, 1079, 1080,1085, 1086, 1099, 3933
Mandolini, L., 597Manes, L., 421, 994, 995, 1019, 1286, 1297,
2283, 2292, 2336Manescu, I., 859Manfrinetti, P., 407Mang, M., 794Mangaonkar, S. S., 110Mangini, A., 231, 3046, 3164Manheimer, W., 2728Manier, M., 220, 221Mankins, J. C., 2728Manley, M. E., 929Mann, B. E., 2966Mann, D. K., 3327Mann, J. B., 1296, 1356, 1516, 1604, 1643,
1670, 1674, 1699, 1728, 1729, 1731,1732, 1733, 2030, 2032, 2042, 2076,2091, 2095
Mann, R., 14, 1653, 1713, 1717Manning, G. S., 2591Manning, T. J., 2574Manning, W. M., 5, 902, 903, 904, 907, 912,
913, 988, 1577, 1622, 1754, 2114Mannix, D., 2237, 2285–2287, 2352Mannove, F., 2767Manohar, H., 2442Manohar, S. B., 182, 184Manriquez, J. H., 2916, 2919, 2924, 2997Manriquez, J. M., 116, 117, 2479, 2481,
2482, 2809, 2811, 2827, 2832,2837–2839, 2841, 2842, 2913,2924, 2997
Mansard, B., 1071, 1073–1075Manske, W. J., 76Manson, S. T., 1453, 1516Mansouri, I., 457Mansuetto, M. F., 420, 4021t–4022t, 4045Mansuy, D., 3117Mantione, K., 3022, 3181Manuelli, C., 105Manzel, R., 3736f, 3737fMao, X., 786Mapara, P. M., 1275Maple, M. B., 62, 63, 100, 861, 2352, 2357Maples, C., 26Maquart, Ch., 3040Mar, A., 2256Marabelli, F., 1055Marakov, E. S., 402
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-241
Marcalo, J., 1971, 1993, 2150, 2883–2885,2912, 4081, 4126–4128, 4130–4131,4135, 4136t, 4137t, 4138t, 4142
Maraman, W. J., 832, 837, 866, 870, 988,1048, 1093, 1175, 2706, 2709, 2712,2713
Marangoni, G., 2443, 2446, 2447Marasinghe, G. K., 277Marcantonatos, M. D., 627, 629March, N. H., 1994Marchenko, V. I., 711, 761, 1126, 1140Marchidan, D. I., 360, 362Marciniec, B., 2966Marckwald, W., 20Marcon, J. P., 378, 414, 739–741, 1050, 1051,
1052, 1054, 1070, 1074, 1312, 1316,2413, 3774, 4006t, 4012
Marconi, W., 2490, 2491, 2493, 2859, 2865Marcu, G., 1352Marcus, P. I., 3605Marcus, R. B., 333Marcus, Y., 58, 771, 1284, 1312, 1313, 1315,
1325, 1328, 1329, 1331, 1338, 1365,1509, 2540, 2541, 2543, 2544, 2580,2625, 2637, 2666, 3894
Marden, J. W., 61, 80Mardon, P. G., 718, 719, 892, 904, 905, 909,
913, 1009, 2116, 3861Marei, S. A., 1411, 1418, 2267, 2268Marezio, M., 1067Margerum, D. W., 2605Margherita, S., 123Margolies, D. S., 920, 933Margorian, M. N., 3282Margraves, J. L., 2165, 2864Marhol, M., 847, 3923Maria, L., 2881Marian, C. M., 1900, 4082Mariani, R. D., 2717Marie, S. A., 184Marin, J. F., 367, 368Marinenko, G., 634Marinsky, J. A., 484, 2591Mark, H., 1452, 1515Markham, O. D., 3504, 3557Markich, S. J., 3611Markin, T. L., 353, 360, 362, 364, 389,
391, 392, 396, 1027, 1030, 1031, 1070,1071, 1123, 1184, 1320, 1322, 2389,2395, 3698, 3698f, 3701, 3749
Markos, M., 3179, 3181Markowicz, A., 3173Markowski, P. J., 100Marks, A. P., 2577Marks, T. J., 116, 117, 576, 750, 1801, 1802,
1894, 1942, 1956–1959, 1993, 2240,2464, 2467, 2468–2473, 2476,2479–2482, 2484, 2491, 2801,
2809–2811, 2815, 2817, 2819, 2821,2822, 2824, 2827, 2832, 2835, 2837,2838–2844, 2866, 2892, 2893, 2912,2913, 2914, 2916, 2918–2920, 2924,2933, 2934, 2938, 2939, 2965, 2972,2979, 2984, 2986, 2990, 2997–2999,3002, 3003
Marlein, J., 33Marler, D. O., 470Marley, N. A., 3288, 3632Maron, L., 580, 596, 1156, 1907, 1909,
1918, 1919, 1921–1923, 1925, 1926,1931, 1932, 1957, 2532, 3102, 3126,3127, 4098
Maroni, V. A., 2096, 2536, 3034, 3037Marov, I. N., 218, 219Marples, J. A. C., 39, 191, 193, 230, 353, 725,
892, 909, 913, 915, 939, 981, 982, 1058,2385, 2411, 3829, 3843, 3844t, 3848,3849f, 3850, 3857f, 3866, 3866f
Marquardt, C. M., 133, 223, 763, 766, 2591,3138, 3149, 3534
Marquardt, Ch., 3069Marquardt, R., 1421Marquart, R., 747, 749, 1034, 1312,
1319–1321, 1359, 2407, 2408, 2427,2430, 2431
Marques, N., 2821, 2840, 2880–2885Marquet-Ellis, H., 423, 445, 503, 505,
2251, 2855Marquez, L. N., 287Marquez, N., 2912Marra, J. E., 3843Marrocchelli, A., 2633Marrot, J., 2254Marrus, R., 190, 1847Marschner, C., 2979Marsden, C., 1918, 1919, 1921, 1922,
1931–1933, 1969, 1972–1975, 1988Marsh, D. L., 1829Marsh, S. F., 849, 851, 1167, 1926, 3109Marshall, E. M., 2149, 4135Marshall, J. H., 3401, 3404, 3407Marshall, J. L., 3978Marshall, R. H., 384–388Marsicano, F., 2577Marteau, M., 726, 753, 773, 2129Martell, A. E., 121, 124, 132, 510, 597, 602,
604, 606, 771, 1178, 2557–2559, 2568,2571, 2575–2577, 2579, 2581, 2582,2587, 2633, 2634, 3346, 3347, 3353,3361, 3382
Martella, L. L., 1278, 2653, 2737Marten, R., 3014Martens, G., 3117Martensson, N., 1297Marthino Simoes, J. A., 2924, 2934Marti, K., 824
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-242
Martin, A. E., 352, 353, 378, 391, 1008, 2715Martin, B., 3919Martin, D. B., 903Martin, D. G., 1075Martin- Daguet, V., 2685Martin, F. S., 424Martin, G. R., 187Martin, J. M., 2400Martin, K. A., 1280, 2738, 2742Martin, L. J., 3017Martin, M. Z., 1505Martin, P., 42, 389, 861, 3014Martin, R., 1507, 1518, 1879, 1882, 1884Martin, R. C., 1505, 1828, 1829Martin, R. L., 580, 589, 596, 620, 621,
1192–1194, 1196, 1198, 1199, 1777,1908, 1916, 1918, 1920–1927, 1931,1932, 1935–1938, 1940, 1941, 1965,2528, 3102, 3111–3113, 3121–3123,3126, 3128
Martin Sanchez, A., 133, 3017, 3022Martin, W. C., 1513, 1633, 1639, 1646Martinez, B. T., 939, 941, 942, 962, 965–967,
984, 3247, 3257, 3259, 2749Martinez, D. A., 3263Martinez, H. E., 3031Martinez, J. L., 2360Martinez, M. A., 861Martinez, R. J., 882, 932, 967, 3247,
3257, 3259Martinez-Cruz, L. A., 2407, 2408Martin-Gil, J., 2439Martinho Simoes, J. A., 2912Martinot, L., 118, 119, 421, 423, 445, 487, 492,
717, 718, 725, 728, 729, 753, 754, 1328,1424, 1482, 2127, 2133, 2134, 2135,2694–2701
Martin-Rovet, D., 101, 728, 1064Martinsen, K.-G., 2169Martinsen, M., 78, 80–82, 96, 100Marty, B., 824Marty, N., 184, 187Marty, P., 2682, 2685Martynova, N. S. Z., 516Martz, J. C., 945, 957, 973–980, 983–985, 987,
1035, 3200, 3201, 3218, 3225, 3227,3228, 3230, 3232–3238, 3245, 3247,3250–3254, 3256–3258, 3260, 3898
Marusin, E. P., 69, 72Maruyama, T., 1450, 1696, 1718, 1735Maruyama, Y., 1507Marvhenko, V. I., 2757Marvin, H. H., 2030, 2036Marx, G., 3052, 3508Mary, T. A., 942Marzano, C., 319, 2712Marzotto, A., 548, 554
Masaki, N. M., 377, 387, 389, 409, 727, 749,750, 792, 793, 2280, 2392, 2411, 3043
Masci, B., 2456–2461, 2558Mashirev, V. P., 989, 996Mashirov, L. G., 539, 548, 549, 555, 556, 571,
1116, 1361, 2533, 2594, 3111, 3122Masino, A. P., 2819Maslen, E. N., 2530Maslennikov, A. G., 1480, 1548, 1636, 2553,
3052, 3053Maslov, O. D., 786, 822, 1624, 1632,
1663, 1690Mason, B., 259, 262–269, 275Mason, C., 1138Mason, D. M., 76Mason, G. W., 27, 115, 171, 172, 175, 184,
219, 704, 822, 824, 1275, 1278, 1280,1448, 1490, 1697, 2650, 2653, 2672,2768, 3016, 3276
Mason, J. T., 78, 80, 82Mason, M. J., 125, 127, 128, 130, 131, 2587Mason, N. J., 3136, 3137Mason, R. E., 3791–3792Mason, T., 170, 187Mason, T. E., 399Mass, E. T., 565Massalski, T. B., 926, 932, 949, 950Masschaele, B., 3042, 3043Masse, R., 1819, 3398, 3399Masson, J. P., 503, 561Masson, M., 1285Massud, S., 3035Mastal, E. F., 43, 817, 818, 3892Mastauskas, A., 3016Masters, B. J., 621, 622, 1133, 2580, 2599Masuda, A., 231Mateau, M., 773Matei-Tanasescu, S., 360, 362Materlik, G., 2236Materna, Th., 3042, 3043Matheis, D. P., 417, 418Matheson, M. S., 2760Mathew, K. A., 40, 41Mathews, C. K., 355Mathey, F., 2491, 2869, 2870Mathieson, W. A., 2732Mathieu, G. G., 3129Mathieu, L., 3795Mathieu, R., 3559Mathieu-Sicaud, A., 123Mathur, B. K., 540, 566, 2441Mathur, B. P., 4124Mathur, J. N., 705, 708, 712, 713, 775, 1269,
1274, 1275, 1278, 1280, 1281, 1282,1294, 1426, 1427, 1449, 1553,2579, 2622, 2626, 2653, 2661, 2662,2664, 2666–2669, 2738, 2739,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-243
2743–2745, 2747–2750, 2753, 2754,2757, 2759
Mathur, P. K., 180Matiasovsky, K., 2692Matignon, C., 61, 63, 64, 80, 97Matioli, P. A., 260, 293Matisons, J. G., 2883Matkovic, B., 102, 103, 110, 2431Matlack, G. M., 1592, 1593Matlock, D. K., 939, 940Matonic, J. H., 593, 1069, 1112, 1138, 1149,
1166, 1179, 1327, 1328, 1824, 1991,1992, 2530, 2590, 3513
Matsika, S., 577, 627, 763, 764, 1192, 1199,1897, 1901, 1909, 1928, 1930, 1931,1932, 2037, 2079, 2561, 2594, 4102
Matson, L. K., 415, 2413Matsuda, H. T., 2748Matsuda, T., 2157, 2158, 3067Matsuda, Y., 2657Matsui, H., 3770Matsui, T., 347, 353, 360, 369, 394, 396, 766,
787, 1019, 1025, 1026, 2202, 2208,2211, 2715
Matsumura, M., 2693, 2717Matsunaga, N., 1908Matsunaga, T., 3023, 3171, 3496, 3534Matsuoka, H., 410Matsuoka, O., 1905Matsutsin, A. A., 458Matsuzuru, H., 837Mattenberger, K., 739, 1023, 1055, 1056, 1318,
2234, 2236, 2362, 4008Mattern, D., 3046Matthens, W. C. M., 2209Matthews, C. K., 396Matthews, J. M., 102, 110Matthews, J. R., 1071, 1970Matthews, R. B., 1004, 3065Matthias, B. T., 34, 191, 193, 1302, 2350Mattie, J. F., 3067, 3288Mattimore, V., 3606, 3608Matton, S., 785, 3352, 3359, 3368, 3377Mattraw, H. C., 1086, 1088Mattys, H. M., 3705Matuzenko, M. Y., 727, 770, 793Matveev, A., 1906, 1918–1920, 1931, 1935,
1937, 1938Matyunin, Y. I., 3846Matz, W., 1923, 3106, 3107, 3111, 3112, 3122,
3179, 3181Matzke, H. J., 367, 368, 1004, 1019, 1044,
1071, 1537, 2281, 2282, 3065, 3070,3214, 3239, 3251, 3265, 3681, 3684,3724, 3725, 3725f, 3729, 3732, 3733,3737, 3738, 3741, 3758, 3762, 3765f,3766, 3769, 3770f, 3771, 3814, 3825,3826f, 3848, 3852, 3860, 3861, 3861t,
3869, 3814, 3829, 3848, 3851, 3852,3853, 3859, 3861, 3940
Matzner, R. A., 301Mauchien, P., 1114, 1368, 1405, 1433, 2096,
2536, 3034Mauel, M. E., 2728Mauerhofer, E., 1479, 3101, 3102, 3111–3114Mauermann, H., 2918Maulden, J. J., 187Maunder, G., 1947Maung, R., 2452Maurette, M., 1805Maxim, P., 64Maximov, V., 398Maxwell, S. C., III, 2660, 2661, 2727Maxwell, S. L., III, 714, 1409, 1433, 1508,
1511, 3282, 3283, 3285, 3286, 3293,3295, 3296, 3311, 3315, 3923, 3978
May, A. N., 53May, C. A., 1874, 1875, 1877May, C. W., 1507May, I., 711, 712, 760, 761, 2584, 2757May, S., 782, 786, 3056, 3057Maya, L., 769, 774, 775, 3035, 3154Mayankutty, P. C., 58Mayer, H., 262Mayer, K., 1143, 3982, 3984Mayer, M., 1906Mayer, P., 588Mayerle, J. J., 337, 2404Maynard, C. W., 2734Maynard, E. A., 3354, 3386Maynard, R. B., 2472, 2473, 2479, 2484, 2561,
2825, 2826Maynau, D., 1932, 1969, 1988Mayne, K., 192Mayorshin, A. A., 3793Mays, C. W., 1507, 3343, 3349, 3350, 3396,
3401, 3405, 3414–3416, 3420, 3424Mayton, R., 2691Mazeina, L., 113, 2157, 2159Mazer, J. J., 276Mazoyer, R., 724Mazumdar, A. S. G., 1127, 1175Mazumdar, C., 2237Mazur, Y. F., 1512Mazurak, M., 431Mazus, M. D., 69, 72Mazzanti, M., 598, 1963, 1965, 2452, 2584Mazzei, A., 1802, 2420, 2819, 2865Mazzi, F., 269, 278Mazzi, U., 2585Mazzocchin, G. A., 2585, 2589Mazzone, G., 4135Mboulou, M. O., 3557McAlister, D. R., 2649, 2652McAlister, S. P., 962McAninch, J. E., 3955
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-244
McAskill, N. A., 4124McBeth, R. L., 107, 292, 490, 492, 501, 510,
524, 737, 1109, 2081, 2696, 2697, 2699McBride, J. P., 1033McCart, B., 2262McCarthy, G. J., 3855, 3857, 3868, 3869McCarthy, J., 3529, 3558McCarthy, J. D., 3848McCarthy, J. F., 3629McCartney, E. R., 2389McCarty, P. L., 3629, 3634, 3640, 3643McCaskie, L. E., 1818McClellan, R. O., 3396McClure, D. S., 2077, 2078McClure, S. M., 2864McCollum, W. A., 70McColm, I. J., 67, 71McConnell, D., 3869McCormac, J. J., 225, 226McCoy, J. D., 164McCready, R. G. L., 3627McCreary, W. J., 863, 3895McCubbin, D., 1809, 3553McCue, M. C., 106, 119, 2126, 2132,
2538, 2539McCulloch, M. T., 3047, 3326McCullough, L. G., 2877McDeavitt, S. M., 719, 721, 863McDermott, M. J., 537, 2426McDevitt, M. R., 42, 43, 44McDiarmid, R., 4105McDonald, B. J., 997, 998, 1000, 1001, 1004,
1007, 1008McDonald, F. E., 2984McDonald, G. J. F., 3014McDonald, P., 3500, 3555McDonald, R., 2880, 2881McDonald, R. A., 70, 339, 399, 407McDonald, R. O., 309McDonough, W. F., 3047McDougal, J. R., 1049McDowell, B. L., 1432McDowell, J. D., 1296McDowell, J. F., 33McDowell, R. S., 502, 519, 529, 530, 1935,
1968, 2165, 4104McDowell, W. J., 107, 1271, 1477, 1509,
1549, 1554, 1585, 1606, 1640, 2127,2561, 2565, 2580, 2585
McDuffee, W. T., 2735McEachern, R. J., 348McElfresh, M. W., 2352McElroy, D. L., 1299McEwen, D. J., 634McEwen, K. A., 2360McFarland, S. S., 1507, 3343, 3349, 3405McGarvey, B. R., 2251, 2252McGill, R. M., 484
McGillivray, G. W., 3243, 3244McGlashan, M. L., 1630McGlinn, P., 278McGlynn, S. P., 1915, 2239McGrath, C. A., 185, 186, 815, 1447, 1582,
1684, 1693, 1699, 1705, 1716, 1718McGuire, S. C., 1445, 1448, 1509, 1510McHarris, W., 1582, 1632McInroy, J. F., 3057McIsaac, L. D., 225, 1277, 1278, 2653McKay, H. A. C., 164, 171, 173, 177, 180,
227, 772–774, 841, 1123, 1554, 1915,2732, 3895
McKay, H. A. G., 3918McKay, K., 705, 706, 783, 3056, 3059, 3072McKay, L. R., 3396McKee, S. D., 2749McKerley, B. J., 865–868, 870, 873, 874, 875McKibbon, J. M., 3265McKinley, I. G., 3538, 3559McKinley, J. P., 3156, 3501, 3502, 3520, 3560,
3568, 3651McKinley, L. C., 1033McKown, H. S., 3321McLaughlin, D. E., 2351McLaughlin, R., 469, 2016, 2064, 2077, 2079,
2265, 2272McLean, J. A., 3069, 3323McLean, R. J. C., 3629–3630, 3637McLeod, C. W., 3323McLeod, K. C., 634McLuckey, S. A., 4123McMahan, M. A., 1653McMahon, C. A., 3491McMillan, E. M., 4, 5, 699, 700, 717, 3889McMillan, J. M., 787McMillan, J. W., 3043, 3044, 3050, 3060,
3062, 3064McMillan, P. F., 1054McMillan, T. S., 521McNally, J. R. Jr., 857, 858, 860, 1847, 3892McNamara, B. K., 289McNeese, J. A., 875McNeese, L. E., 2701, 2702McNeese, W. D., 862, 988McNeilly, C. E., 997, 998, 1025, 1030, 1045,
1303, 1312, 2147McOrist, G. D., 3305McPheeters, C. C., 2712, 2722, 2723McQuaid, J. H., 1707McQueeney, R. J., 929, 945, 947–950, 952,
953, 965–967, 2315, 2347, 2355McTaggart, F. K., 75, 96, 2413McVay, T. N., 84, 86–90, 424, 460–465McVey, W. H., 1175McWhan, D. B., 1295, 1297, 2234, 2235, 2239,
2386, 2395Mcwhan, D. B., 2234
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-245
Mcwherter, J. L., 1804Meaden, G. T., 955, 957Meadon, G. T., 957Meaker, T. F., 3844t, 3846Means, J. L., 3632Meary, M. F., 1507Meas, Y., 3023Mech, A., 422, 425–427, 442, 447, 448, 482,
2064, 2066, 2103Mech, J. F., 5, 27, 171, 184, 704, 822, 824,
1577, 1622, 3016, 3276Mecklenburg, S. L., 851Medenbach, O., 262Medfod’eva, M. P., 1352Medina, E., 818Medinsky, M. A., 3360, 3364, 3385Medved, T. Y., 1283, 2738Medvedev, P., 3798Medvedev, P. G., 3821Medvedev, V. A., 62, 129, 322, 771, 1328,
2114, 2115, 2117, 2120, 2135, 2136,2137, 2148, 2149, 2185, 2546, 2580
Medvedovskii, V. I., 1117, 1118, 1128Meece, D. E., 3160, 3542Meerovici, B., 329, 333, 336Meerschaut, A., 96, 415Mefodeva, M. P., 726, 728, 729, 745–747, 749,
750, 753, 763, 767, 768, 771, 793, 1113,1118, 1133, 1156, 2442, 2527, 3124
Meggers, W. F., 33, 1842Meguro, Y., 706, 708, 1407, 2678–2684Mehlhorn, R. J., 1452, 1453, 1839, 1850,
1885, 2263Mehner, A., 2352Mehrbach, A. E., 609, 614Mehta, K. K., 2736Meier, M., 3047Meier, R., 2237Meijer, A., 2531, 3175Meijerink, A., 2020Meinke, W. W., 164, 182, 184, 187Meinrath, A., 3488, 3511fMeinrath, G., 1312, 1319, 1340, 1341,
1365, 2592Meinrath, G., 3516, 3526, 3527Meis, C., 3827, 3846, 3868Meisel, D., 2760Meisel, G., 1873Meisel, K., 63, 98, 100Meisel, R. L., 1028–1030, 3207Meisen, U., 100Meisner, G. P., 67, 71Meisser, N., 260, 267, 285, 288, 292Meissner, W., 62Meites, L., 632Meitner, L., 3, 4, 20, 163, 164, 169, 172, 255,
3889Melchior, S., 729
Meldner, H., 1661Meldrum, A., 3828, 3866Meli, M. A., 3030, 3280Melkaya, R. F., 735, 739, 744, 747, 1315, 2595Mellor, J. W., 101, 253, 255Meltzer, R. S., 2101, 2103Melzer, D., 1190Melzer, G., 107Menager, M.-Th., 3064Menchikova, T. S., 900, 902, 904, 906–908,
910–914Mendel, M., 1666, 1695, 1702, 1717, 1735Mendeleev, D., 161, 162, 254Mendelsohn, L. B., 1516Mendelson, A., 319Mendelssohn, K., 939, 949, 981, 983, 3859,
3860, 3861tMendik, M., 1055Menis, O., 634Menovsky, A., 2351, 2358, 2359, 2407, 2411Menshikh, Z. S., 1821Menshikova, T. S., 892, 894, 900–904, 907,
908, 910, 913, 915Mentink, S. A. M., 399Mentzen, B. F., 114, 2438–2440, 2443Menzel, E. R., 765Menzel, H.-G., 3424Menzer, W., 376, 382, 523Menzies, C., 367Merbach, A. E., 2603, 3110Mercero, J. M., 4123Mercing, E., 1352Merciny, E., 1177, 1178Merckle, A., 107Mercurio, D., 509Mereiter, K., 261, 262, 266, 267, 281, 2426,
2427, 3159, 3163Merenga, H., 1905Meresse, Y., 719, 720, 1300, 1522, 2370Merigou, C., 109, 1172Merini, J., 1416, 1418Merinis, J., 200, 201, 1077, 1079, 1080,
1101, 1468, 1529, 1593, 1602,1611, 3933, 3934
Merkusheva, S. A., 109Merle-Lucotte, E., 3795Merli, L., 727, 2136, 2190, 2191Merlino, S., 268, 298Mermin, N. D., 2308Merrifield, R. E., 2330Merrill, E. T., 2730Merrill, J. J., 859Merrill, R. D., 996Merritt, J. M., 4088, 4098–4100Merritt, R. C., 303, 304, 307–309, 311, 312,
313, 314Merroun, M., 3179, 3180, 3182Mertig, I., 63
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-246
Mertis, K., 2866Mertz, C., 292, 3039Merwerter, J. L., 3016, 3022Merz, E., 2736Merz, K. M., 2432Merz, M. D., 890, 936, 937, 962, 968–970Meschede, D., 2333Mesmer, R. E., 119, 120, 121, 598, 599, 1148,
1149, 1155, 1686, 1687, 1701, 1718,1778, 2192, 2549, 2550, 2553
Mesmer, R. F., 3158Messainguiral, L., 3913Metabanzoulou, J.-P., 2532Metag, V., 1880, 1881, 1884Metcalf, D. H., 2087, 2088Metcalf, R. G., 3384Metin, J., 468Metivier, H., 1148, 1806, 1813, 1819, 1820,
1822, 1824, 3352, 3364, 3377, 3398,3399, 3413, 3423, 3424
Metoki, N., 2239Metropolis, R. B. N., 2027, 2040Metsentsev, A. N., 14Metta, D. N., 3016Metz, C. F., 3931, 3932Metz, M. V., 2938, 2984Metzger, F. J., 111Metzger, R. L., 1432Meunier, G., 268, 385Meunier-Piret, J., 2489, 2490, 2492, 2802, 2844Meusemann, H., 332Mewherter, J. L., 824, 3276Mewhinney, J. A., 3396Meyer, D., 2469, 2470, 2814, 2882Meyer, E. R., 4083Meyer, G., 425, 428, 429, 431, 434–436, 440,
444, 447, 450, 451, 453, 456, 469, 471,989, 1315, 1465, 1471
Meyer, J., 3361Meyer, K., 1432, 1965, 2245, 2888Meyer, M. K., 862, 892, 3782Meyer, N. J., 119–121, 123, 124,
2548, 2549Meyer, R. A., 367Meyer, R. I., 1640Meyer, R. J., 63, 80, 104, 108Meyer, W., 473, 476, 479, 497, 500Meyers, B., 3265Meyers, W. D., 1882Meyerson, G. A., 61Meyrowitz, R., 292, 363, 367Mezentsev, A. N., 1653, 1654, 1707, 1719,
1736, 1738Mezhov, E. A., 711, 712, 760, 761, 1143, 2757MGA, 3962, 3964M’Halla, J., 3115Mhatre, B. G., 110Muhleck, C., 1875, 1876
Muhlenbernd, T., 2837, 2841Miard, F., 892Micera, G., 2440Michael, K. M., 1282, 2745Michard, P., 3152, 3154Michel, D., 113Michel, G., 1840Michel, H., 3024Michel, J., 535Michel, M. C., 824Michelini, M. C., 4135, 4142Michels, H. H., 4091, 4092, 4096Michelson, D. C., 3925Micskei, K., 1166Middlesworth, L. V., 3405Miedema, A. R., 66, 927, 2209Miederer, M., 42, 43Miejer, A., 3111, 3122, 3165, 3169Miekeley, N., 132Miernik, D., 428, 429, 450, 451, 493Mietelski, J. W., 3017Mighell, A. D., 459, 460, 461, 463Miglio, J. J., 1507Migliori, A., 942, 944, 945, 947–950, 964–967,
2315, 2347, 2355Mignanelli, M. A., 391, 3754, 3821Mignano, J., 1507Miguel, M., 627Miguirditchian, M., 2562Miguta, A. K., 280Mihalios, D., 3003Mikesell, B. I., 3323, 3326, 3327Mikhailichenko, A. I., 30Mikhailov, V. A., 175, 184, 219, 2575Mikhailov, V. M., 1331, 1416, 1430, 1433Mikhailov, Yu. N., 539, 541, 542, 552, 575,
2439, 2441, 2442, 2452, 4184–4185Mikhailova, M. A., 26Mikhailova, N. A., 791, 1126, 3052Mikhalko, V., 3101, 3110, 3111, 3113–3118Mikhee, N. B., 1607, 1608, 1609Mikheev, N. B., 28, 38, 61, 220, 221, 1113,
1117, 1368, 1402, 1403, 1424, 1463,1473, 1515, 1547, 1548, 1606–1608,1612, 1624, 1629, 1630, 1636, 1776,2129, 2133, 2525, 2526, 2700
Mikheev, V. L., 1582Mikheeva, M. N., 788Mikou, A., 88, 91, 467Mikulaj, V., 3017Mikulski, J., 1636, 2526Milam, S. N., 2464, 2465Milanov, M., 776, 1352Milek, A., 1629, 1635Miles, C. L., 3906Miles, F. T., 854Miles, G. L., 184, 187, 219, 230Miles, J. H., 843
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-247
Milic, N. A., 123Milic, N. B., 2549Milicic-Tang, A., 95Millay, M. A., 3046Miller, C. M., 1874, 1875, 1877, 3322Miller, D., 367Miller, D. A., 942, 944, 948Miller, D. C., 892, 909, 912Miller, G. G., 2677Miller, J. C., 4105, 4106Miller, J. F., 64Miller, J. H., 1829Miller, J. M., 3292, 3299, 3303Miller, J. T., 2851Miller, K. M., 3025, 3027Miller, L. F., 1505Miller, M. B., 1582Miller, M. J., 2852Miller, M. L., 257, 259, 270, 272, 280, 281, 283Miller, M. M., 2832Miller, N. H., 274, 289, 3538Miller, R. A., 224, 225Miller, R. L., 2868, 2869Miller, S., 1821Miller, S. A., 264Miller, S. C., 3340, 3353, 3402, 3413Miller, S. L., 1681Miller, W. E., 1509, 2692, 2693, 2695, 2696,
2698, 2713, 2714, 2715, 2723Millet, C., 3725Millie, P., 1921, 1922Milligan, W. O., 1312, 1313, 1421Mills, D., 2234Mills, J. L., 2676Mills, K. C., 413Mills, T. R., 1270Milman, V., 2265, 2293Milner, G. W. C., 226Milovanova, A. S., 1337Milstead, J., 1636Milton, J. A., 3328Milyukova, M. S., 1271, 1284, 1325, 1326,
1329, 1331, 1365, 1431, 1448–1450,1479, 1509, 1584, 1606, 2651
Milyukova, M. S., 3894, 3921, 3931Mimura, H., 2762Min, M. Z., 3559Minaeva, N. A., 2442Minakawa, N., 339Minato, K., 1317, 2724, 3762, 3768,
3788, 3789Mincher, B. J., 708, 709, 856, 1431, 2684,
2738Mindiola, D. J., 1966, 1967, 2245, 2859,
2861, 2888Mineev, V., 2352Mineo, H., 1272, 1273Miner, F. J., 1104, 1144, 1175, 1176
Miner, W. N., 398, 408, 409, 892, 894, 895,896, 898, 900–914, 933, 936–939, 953,984, 988, 3213, 3238, 3895
Ming, W., 2452, 2453, 2456Minnich, M. G., 3323Minor, D., 1067Mintz, E. A., 116, 117, 2470, 2801, 2822, 2824,
2844, 2918–2920Mintz, M. H., 335, 722–724, 3239Miquel, Y., 576Miraglia, S., 65, 66Miranda, C. F., 198, 225, 227Mironov, V. S., 1113, 1133, 1156, 1933Miroslavov, A. E., 856Mirvaliev, R., 2675Mirzadeh, S., 31, 43, 1507Misaelides, P., 302, 3039Misciatelli, P., 106Misdolea, C., 367Mishima, J., 3200, 3252Mishin, V. Y., 750, 1323Mishin, V. Ya., 2800Mishler, L. W., 357Mishra, R., 2153Mishra, S., 1283Misiak, R., 1662, 1687, 1709, 1710, 1718Misra, B., 2738, 2739Missana, T., 3069, 3070Mistry, K. B., 1819Mistryukov, V. E., 2439Mitamura, H., 3856, 3857Mitchell, A. J., 1152, 3036Mitchell, A. W., 740–743, 1003, 1009, 1020,
1022, 1304, 1312, 1317–1319, 2407,2411, 2413, 4009
Mitchell, J., 3639Mitchell, J. N., 916, 960, 964Mitchell, J. P., 2924Mitchell, M. L., 1369, 3035Mitchell, P. I., 3016, 3017, 3023, 3296, 3488,
3550, 3551Mitchell, R. F., 3930Mitchell, R. H., 113Mitchell, R. S., 294Mitius, A., 69, 72, 2408Mitsch, P., 2392Mitsubishi Materials Corporation, 179Mitsugashira, T., 30, 37, 40, 703, 1477Mitsuji, T., 209, 217, 220–222Mittal, R., 942Mittelman, M. W., 3629Miushkacheva, G. S., 3352, 3424Miyakawa, T., 2095Miyake, C., 382, 389–391, 396, 397, 421, 509,
524, 2244, 2245, 2252, 2657Miyake, K., 412, 2347Miyake, M., 410Miyashiro, H., 2693, 2717, 2719, 2720
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-248
Mize, J. P., 227Mizoe, N., 2966Mizoguchi, H., 4034, 4036, 4037Mizumoto, M., 2723Muller, A., 76Muller, B. G., 78, 79Møller, C., 1902Muller, F., 80, 81, 100Muller, G., 116, 2473, 2816, 2912Muller, K., 3524fMuller, M. H., 320–322Moller, P., 1661, 1884Muller, R., 64, 3045, 3103, 3104, 3129Muller, U., 413, 477, 496, 509, 510, 512, 515,
522, 554, 2419Muller, W., 34, 35, 191, 343, 739–742, 1271,
1286, 1293, 1297, 1298, 1299, 1304,1312, 1316–1319, 1323, 1328, 1402,1403, 1410–1415, 1417, 1420, 1421,1424, 1450, 1584, 1629, 1785, 1790,2123, 2160, 2264, 2267, 2268, 2315,2384, 2386, 2387, 2411, 2413, 2695,2699
Muller-Westerhoff, U., 630, 1802, 1894, 1943,2252, 2485, 2851
Munstermann, E., 83Munze, R., 2574Munzenberg, G., 6, 14, 164, 1621Moattar, F., 1352Mochizuki, Y., 1897, 1938, 1992Mockel, S., 268, 298Modolo, G., 1288, 1289, 1294, 1295, 2676,
2749, 2756, 2762Mody, T. D., 605, 2464Moedritzer, K., 2652Moeller, R. D., 901Moeller, T., 18, 37, 1402, 1643Moens, A., 2381Moens, L., 638, 3325Mogck, O., 2655Mogensen, M., 3739Mogilevskii, A. N., 1480, 1481Mohammad, B., 3060Mohammed, A. K., 132Mohammed, T. J., 2687Mohan, M. S., 3024Mohanly, S. R., 182Mohapatra, P. K., 706, 1284, 1294, 1352,
2658, 2659Mohar, M. F., 1664, 1684, 1693–1695, 1706,
1716Mohlenweg, U., 3539Mohs, T. R., 2591Moine, B., 81Moise, C., 2825, 2877, 2889, 2890Moiseenko, E. I., 3919Moiseev, I. V., 3915Moiseev, S. D., 30
Moisenko, E. I., 3918Moissan, H., 61, 63, 67, 68, 78, 80–82, 95,
96, 100Moisy, P., 762, 3111Molander, G. A., 2918, 2924, 2933, 2969,
2974, 2982, 2984Moline, S. W., 1448, 1490Molinet, R., 44, 1143, 2752Molinie, P., 1054Moll, H., 118, 133, 490, 580, 581, 586, 589,
591, 596, 602, 605, 612, 616, 621, 626,1113, 1156, 1921–1923, 1925, 1926,1933, 1991, 2531, 2532, 2576, 2582,2592, 3101–3106, 3112, 3120, 3121,3125–3129, 3132, 3138, 3140, 3143,3144, 3149, 3150, 3152, 3154, 3155,3165, 3166, 3167, 3602, 3625, 4185
Mollet, H. F., 2263Molnar, J., 2177Molochnikova, N. P., 179, 182, 184, 187, 207,
219, 229, 230, 1408, 2667Molodkin, A. K., 102, 105, 106, 108–110, 114,
2434, 2439, 2444Molokanova, L. G., 786Moloy, K. G., 116, 2479, 2842, 2844Molzahn, D., 822, 3296Moment, R. L., 942, 943, 946, 949, 964, 2315Moncorge, R., 2100Mondange, H., 113Mondelaers, W., 3042, 3043Money, R. K., 30, 34, 35, 2385Mongeot, H., 2655Moniz, P., 851Monroy-Guzman, F., 181Monsecour, M., 20, 27, 31, 38Montag, T. A., 1135, 1335, 2599Montagnoli, M., 3170Montaser, A., 3069, 3323Montaser,A., 3953–3954Montegue, B., 3423Montenero, A., 103, 110, 546, 547, 553, 554Montgomery, H., 63, 2315, 2350Montgomery, J. A., 1908Montgomery, R., 3055Monthoux, P., 407, 2239, 2359Montignie, E., 97, 417Montoloy, F., 468, 469, 506Montorsi, M., 393Montroy Gutman, F., 1688, 1700, 1718Moodenbaugh, A. R., 62, 96Moody, C. A., 3285, 3296Moody, D. C., 452, 2449, 2450, 2452, 2472,
2480, 2801, 2807, 2832, 2891Moody, E. W., 849Moody, G. J., 3029Moody, J., 1654, 1736Moody, J. C., 1179, 2591, 3354, 3413, 3415,
3416, 3419, 3420, 3421
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-249
Moody, J. W., 415, 2413Moody, K. J., 14, 1450, 1647, 1653, 1654,
1707, 1719, 1736, 1738Moon, H. C., 123–127, 2550Moon, K. A., 595Mooney, R. C. L., 80, 1028, 2418Mooney, R. W., 110Mooney-Slater, R. C. L., 4006t, 4012Moore, C. E., 1672Moore, D. A., 127, 128, 131, 1160, 1162, 1179,
2546, 2547, 2549, 3134–3136Moore, D. P., 984, 2347Moore, F. H., 1174, 1175Moore, F. L., 182, 184, 185, 187, 225, 226,
1284, 1292, 1409, 1448, 1449, 1509,2648, 2660, 3921, 3922, 3929
Moore, F. S., 185Moore, G. E., 180, 357, 1323, 1324, 2580Moore, J. G., 188, 2735Moore, J. R., 1542, 1543, 2270, 2271Moore, K. T., 967, 3893Moore, L. J., 3320Moore, R. B., 1735Moore, R. C., 3409Moore, R. E., 459Moore, R. H., 1270, 2710Moore, R. L., 227Moore, R. M. Jr., 2488, 2856Moore, R. W., 29Moorthy, A. R., 3307Moos, H. W., 2086, 2095, 2096Morales, L. A., 861, 932, 967, 968, 973, 975,
976, 984, 1026, 1027, 1035, 1040, 1041,1042, 1043, 1056, 1112, 1154, 1155,1166, 1784, 1790, 1798, 2136, 2141,2239, 2347, 2352, 2353, 2372, 3109,3177, 3202, 3206, 3208, 3209, 3210,3211, 3214, 3220–3225, 3227, 3229,3231, 3232, 3235, 3236, 3243–3245,3249, 3250, 3253, 3259
Moran, S. M., 3314Moravec, J., 372, 373, 374, 375Moreau, C., 355Moreau, L., 43Morel, F. M. M., 3629, 3635, 3637, 3642Morel, J. M., 2657, 2658Moreland, P. E., 3069, 4136, 4141Morelli, J. J., 3046Morello, M., 3023, 3067Moren, S. B., 231Moreno, N. O., 406Moretti, E. S., 1179, 3345, 3354, 3355, 3371,
3378, 3384Morfeld, P., 274Morgan, A., 3342, 3353Morgan, A. N., III, 870, 871, 1077, 1093, 1095,
1175, 1185, 1186, 2712, 3031Morgan, A. R., 164
Morgan, J., 162, 3306Morgan, J. J., 3506–3508, 3508f, 3515, 3530,
3637, 3643Morgan, J. R., 879, 883, 890, 891, 920, 933,
936, 962, 970Morgan, J. W., 636Morgan, L. G., 2704Morgan, L. O., 5, 1265Morgan, P. E. D., 3870Morgan, W. W., 2736Morgenstern, A., 223, 1143, 1172, 2550,
3022Morgenstern, M., 3535, 3536fMori, A. L., 1957, 2472, 2484, 2825, 2826Mori, R., 2675Morii, Y., 2411Morikawa, K., 2675Morimoto, K., 712, 762, 3703Morimoto, T., 395Morin, J., 324Morin, M., 3342, 3356Morin, N., 824Morinaga, H., 164Morini, O. J., 1316Morisseau, J. C., 1356, 2594, 2596Morita, K. N, 1654, 1719, 1720, 1735Morita, S., 3017Morita, Y., 713, 1276, 1292, 2753,
2755, 2760Morita, Z., 962, 963Moriyama, H., 120, 121, 703, 768, 1153, 1270,
2135, 2211, 2575Moriyama, J., 394Moriyama, N., 837Moriyasu, M., 627Morosin, B., 2043, 2439, 2440, 2568Morovic, T., 1682Morozko, S. A., 3035Morozova, Z. E., 179Morrell, D. G., 2253Morrey, J. R., 1294, 2748, 4112Morris, A., 1972Morris, D. E., 270, 291, 301, 580, 595, 620,
621, 851, 1151, 1156, 1455, 1465, 1471,1474, 1479, 1481, 1925, 1926, 1958,2400, 2472, 2479, 2480, 2484, 2607,2845, 2846, 2850, 3035, 3036, 3101,3126–3128, 3131, 3132, 3152, 3155,3156, 3160, 3161, 3164, 3170, 3171,3174
Morris, D. F. C., 163Morris, J., 1035, 2283, 3220Morris, K., 790, 3063Morris, R. C., 3557Morris, W. F., 2195Morrison, C. A., 2044, 2045, 2048, 2058Morrison, G. H., 3894, 3916Morrison, J. C., 2035
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-250
Morrov, Y., 3063Morrow, R. J., 1513, 1516Morrow, W. G., 3340Morse, J. W., 1138, 1753, 1809, 2400, 2553,
2726, 3024, 3175, 3176, 3532, 3539,3979, 3980
Morss, L. R., xv, xvii, 1, 18, 33, 80, 106,117, 119, 339, 380, 425, 431, 447,451, 469, 471, 622, 728, 730–735,739, 989, 1061, 1063, 1064, 1092,1109, 1303, 1312, 1313, 1315, 1328,1330, 1352, 1354, 1413, 1419, 1446,1454, 1460, 1464, 1465, 1468, 1469,1471, 1473–1475, 1479, 1482, 1483,1526, 1537, 1543, 1547, 1555, 1557,1605, 1606, 1624, 1629, 1753, 1776,1790, 1874, 1901, 1928, 2065, 2082,2113, 2122, 2124–2126, 2132, 2136,2137, 2143, 2144, 2147, 2153, 2154,2161, 2178, 2180, 2182, 2190, 2191,2230, 2233, 2264, 2267, 2270, 2293,2396, 2397, 2419, 2420, 2526, 2538,2539, 2542, 2560, 2562, 2563, 2572,2590, 2675, 2821, 2840, 2934, 3096,3101, 3110, 3111, 3113–3118, 3206,3212, 3340, 3347, 3348, 3353, 3354,3837, 4159
Mortera, S. L., 2457Morterat, J. P., 405Mortimer, G. E., 3326Mortimer, M. J., 192, 945, 947, 949, 982, 1022,
1299, 2115, 2205, 2315Mortl, K. P., 2256Morton, C., 2984Mortreux, A., 2930Mosdzelewski, K., 35, 41, 1323, 1352, 1431Moseley, J. D., 3258Moseley, P. T., 78, 82, 106, 205, 738, 2413,
2418, 2421, 2423, 4006tMoser, J. B., 414, 415, 1019–1022, 1050, 1052,
2411, 2413, 719, 720, 3915, 4006t, 4007Moser, W. S., 2692, 2712, 2722Moskalev, P. N., 1323, 1363Moskalev, Y. I., 3352, 3424Moskaleva, L. V., 4135Moskovtchenko, J. F., 1507Moskowitz, D., 66, 2407Moskowitz, J. W., 1916Moskvichev, E. P., 113Moskvin, A. I., 129, 132, 218, 219, 504, 584,
602, 763–765, 769–771, 1161, 1171,1172, 1177–1180, 1338, 1352, 2585,3347, 3914–3915
Moskvin, L. N., 26Mosley, W. C., 1312, 1313, 1414, 1419, 1420,
1422, 2396, 2397, 3694Moss, F. A., 1402Moss, J. H., 3061
Moss, M. A., 69, 72Mosselmans, J. F. W., 588, 593, 595, 1927,
1928, 2256, 2583, 3102, 3120, 3121,3132, 3142, 3143, 3165, 3169
Mossman, D. J., 3172Motegi, K., 1909Motekaitis, R. J., 2557–2559, 2568, 2571,
2575, 2576, 2579, 2581, 2582Motoyama, G., 407Meot-Reymond, S., 949, 954, 2355Motta, E. E., 2692, 2708Mou, W., 164Mouchel, D., 1293Mouchnino, M., 3774Moukhamet-Galeev, A., 606, 611, 612, 2593Moulin, C., 120, 1114, 1138, 1368, 1405,
1433, 2096, 2536, 2682, 2685, 3034,3037, 3054, 3477, 3533, 4140
Moulin, J. P., 1356, 2594, 2596Moulin, V. M., 120, 1138, 1354, 2591, 3022,
3034, 3037, 3054, 3064, 3382, 3476,3477, 3508, 3529, 3533, 3538
Moulton, G. H., 1077, 1114Moulton, R., 3126Moulton, W. G., 455Moune, O. K., 482, 2050, 2054, 2066Moune-Minn, O. K., 2044Mount, M. E., 3017Mountford, P., 1962Mountfort, S. A., 3050, 3060, 3062, 3064Mousty, F., 2633, 2767Moutte, A., 40Moyes, L. N., 3165, 3167, 3169Moze, O., 70, 73Mozumi, Y., 391, 396Mrad, O., 211Mrazek, F. C., 378Mori, A., 3070Mrochek, J. R., 3919Mrosan, E., 63Matel, L., 3017Mucci, J. F., 1994Mucke, A., 269Mucker, K., 80Mudge, L. K., 2704Mudher, K. D. S., 1169, 1170, 2434, 2441,
2445, 2446Mueller, M. H., 64, 66, 102, 106, 320, 372, 719,
721, 739, 742–745, 882, 1022, 2283,2407, 2429
Mueller, R., 1154, 3103, 3104, 3129Mueller, U., 2420Mueller, W., 161, 192, 193, 204, 207, 1023Muenter, J., 2148Muggenburg, B. A., 3413Muherjee, S. K., 1271Muis, R. P., 2158, 2160, 2161, 2185,
2208, 2211
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-251
Mukaibo, T., 473Mukaiyama, T., 2723, 2724Mukoyama, T., 576, 577, 2165Mulac, W. A., 1325, 1326, 1337, 1416, 1424,
1430, 1774, 1776, 2077, 2526, 2531Mulak, J., 470, 471, 491, 505, 740, 741, 745,
2252, 2278Mulay, L. N., 2231Mulford, R. N. R., 97, 329, 718, 722–724, 742,
743, 963, 1003–1006, 1008, 1020,1028–1030, 1045, 1048, 1070, 1312,1314, 1321, 1361, 1463, 2085, 2161,3762, 4103–4105, 4107, 2403, 2404,2407, 2411
Mulhn, A. H., 3621Mullen, G., 3929Muller, A. B., 121, 125, 128, 421, 423, 425,
435, 440, 441, 457, 458, 469, 473, 474,477, 478, 480, 481, 497, 502, 503, 509,513–517, 536, 538, 543–545, 551, 552,556, 593–599, 601, 603, 612, 1155,1166, 1171, 1341, 2114, 2115, 2120,2126–2128, 2132, 2133, 2136, 2142,2150–2152, 2154–2157, 2159–2161,2163–2165, 2168–2171, 2173–2175,2181, 2182, 2186, 2187, 2193–2195,2200, 2204–2206, 2538, 2579, 2582,3214, 3215, 3347, 3380, 3382
Muller, I., 863, 3813, 3817, 3822, 3824, 3843,3846–3848, 3850
Muller, M., 3057Muller, P. M., 301Mullich, U., 1287, 2674, 2761Mulliken, R. S., 1679Mullins, L. J., 717, 837, 863, 864, 866,
869–871, 875, 1100, 1270, 2698,2699, 2706, 2709, 2712, 2713, 3896
Mumme, I. A., 283Mumme, W. G., 295Munnemann, M., 1403Munno, R., 269, 278Munoz, M., 121, 124Munslow, I. J., 2887Muntz, J. A., 3361, 3378, 3380, 3381Munzenberg, G., 1653, 1654, 1660, 1701,
1713, 1717, 1719, 1720, 1735,1737, 1738
Murad, E., 70, 2149Muradymov, M. A., 856Muradymov, M. Z., 2682, 2684Murakami, T., 257, 270, 273, 277, 288, 290,
292, 294, 298, 299Murakami, T., 3828Murakami, Y., 2288Murakawa, M., 412Murali, M. S., 705, 708, 712, 713, 1269,
1274, 1275, 1278, 1280–1282, 1294,2626, 2653, 2666–2668, 2738, 2739,
2743–2745, 2747–2749, 2753, 2754,2757, 2759
Muralidharan, K., 928Muralidharan, S., 2676Muramatsu, Y., 3552, 3553Muraoka, S., 3023Murasik, A., 414, 425, 439, 444, 447, 448, 455,
476, 479, 2257, 2258Muratova, V. M., 3067Murav’eva, I. A., 374, 376, 377Murayama, Y., 1829Murbach, E. W., 193, 2708, 2709Murch, G. E., 367, 368, 1045Murdoch, K. M., 422, 430, 2042, 2047, 2054,
2058, 2059, 2060, 2062, 2064, 2075,2096, 2266
Murillo, C. A., 162, 3130, 3131, 3132Murmann, R. K., 2596Muromura, T., 993, 994, 1018, 3218Murphy, E., 3544, 3635Murphy, W. F., 321, 323, 1081Murphy, W. M., 272, 293, 3520, 3841Murray, A. S., 367, 368, 635, 3014, 3291,
3293, 3300Murray, C. N., 1803, 3296Murray, J. R., 75, 96, 2413Murray, J. W., 3175, 3635Murrell, M. T., 171, 189, 231, 3312, 3314, 3322Murrillo, C., 2800Murthy, M. S., 60Murthy, P. R., 101Murty, A. S. R., 115Murzin, A. A., 856, 2682, 2684, 2685Musante, Y., 1118, 1119Muscatello, A. C., 839, 1278, 1280, 1431,
2605, 2606, 2653, 2655, 2656, 2666,2667, 2671, 2738
Muse, L., 224Musella, M., 357, 359, 1077Musgrave, J. A., 270, 822, 823, 3171,
3279, 3314Musgrave, L. E., 3234, 3235, 3260Musigmann, C., 2655Musikas, C., 43, 209, 220, 227, 726, 753, 773,
774, 1275, 1285–1287, 1328, 1329,1338, 1407, 1408, 1480, 1481, 1547,1548, 2129, 2401, 2402, 2427, 2439,2444, 2563, 2580, 2595, 2657, 2673,2674, 2675, 2756, 2761,2762, 3128
Musikas, G., 773Mustre de Leon, J., 1112Mutoh, H., 1049Mutter, A., 286, 290Muxart, R., 162, 164, 166, 167, 182, 184, 185,
195–200, 207–209, 213, 215–219, 221,222, 225, 227–230, 2432, 2552
Muzarelli, R. A. A., 3629
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-252
Mwenifumbo, C. J., 3027Myasoedov, B. F., 29, 30, 161, 178, 179, 181,
182–185, 187, 188, 195, 198, 199, 200,207, 209, 219, 221, 224, 227–230, 704,705, 709, 782, 788, 856, 1110, 1117,1271, 1283, 1284, 1323, 1325, 1326,1327, 1329, 1330, 1331, 1355, 1365,1368, 1402, 1405, 1407–1410, 1416,1422, 1423, 1430, 1431, 1433, 1434,1448–1451, 1471, 1479, 1480, 1481,1484, 1509, 1512, 1513, 1546–1548,1554, 1584, 1585, 1606, 1625, 1633,1636, 2651, 2656, 2661, 2666–2668,2673, 2684,2738, 2739
Myasoedov, B. F., 3499–3500, 3554, 3896Myasoedov, B. G., 1283Myasoedov, B. V., 3282Mydlarz, T., 416Mydosh, J. A., 2351, 2352Myers, C. R., 3618Myers, D., 3530Myers, R. J., 2231, 3917Myers, W. A., 824, 3014, 3479Myers, W. D., 1661, 1738Mykoyama, T., 1935, 1936Myrtsymova, L. A., 1398
Nabalek, C. R., 2134, 2135Nabar, M. A., 110Nabelek, C. R., 2700, 2715, 2719, 2721Nabielek, H., 3789NABIR, 1818Nabivanets, B. I., 121, 125Nace, R. L., 3129Nachtrieb, N. H., 958Nadeau, Kilius, L. R., 3318Nadeau, M. J., 3014, 3063, 3317, 3318Naegele, J. R., 795, 1286, 1297, 2336Nagai, S., 1071Nagaishi, R., 1430, 2095, 2098, 2099Nagame, Y., 164, 1266, 1267, 1445, 1450,
1484, 1662, 1687, 1696, 1699, 1700,1709, 1710, 1718, 1735
Nagao, S., 3023Nagar, M. S., 708, 1281, 2747, 2748Nagarajan, G., 1086Nagarajan, K., 396, 1076, 2205, 2206Nagasaki, S., 625, 795, 2594, 2738, 3024, 3532,
3542, 3629Nagatoro, Y., 637Nagels, P., 368NAGRA, 3027, 3028Nagy, B., 3172Nagypa l, I., 590, 605Naik, R. C., 203Nair, A. G. C., 2757Nair, G. M., 1177, 1178, 1352, 3061
Nair, M. K. T., 1282, 2743, 2745Nairn, J. S., 164, 173, 177, 180, 227Naito, K., 340, 343, 344, 345, 347, 353, 354,
355, 356, 357, 360, 364, 369, 377, 378,391, 393, 394, 396, 1025, 1026, 2405
Nakada, M., 727, 749, 750, 792, 793, 2256,2257, 3043
Nakagawa, T., 410Nakagawa, Y., 392Nakahara, H. T., 164, 1266, 1267, 1484, 1653,
1696, 1718, 1735Nakai, H., 1965Nakajima, A., 2668, 3630Nakajima, K., 396, 2140, 2142, 2157, 2199,
2201, 2202, 2724, 3764tNakajima, T., 1906, 1909Nakama, S., 396, 398Nakamatsu, H., 576, 577, 1935, 1936, 2165Nakamoto, T., 727, 749, 750, 793, 2256, 2257Nakamura, A., 360, 361, 362, 364, 1954, 1956,
1957, 1958, 2256, 2257, 2280, 2472,2484, 2825, 2826, 2841
Nakamura, E., 3285Nakamura, S., 407Nakamura, T., 77, 760, 2657Nakano, M., 1806Nakano, Y., 1272, 1273, 2675Nakashima, S., 3035Nakashima, T., 120, 121Nakatani, A., 382Nakatani, M., 1352Nakayama, S., 769, 2553, 3043, 3045Nakayama, Y., 1073Nakotte, H., 338, 339, 409, 412, 2289, 2290Nalini, S., 1074Nance, R. L., 865, 866, 867, 868, 870, 873, 874,
875, 3223Nannicini, R., 2657, 2675, 2756Nannie, C. A., 1297Naramoto, H., 294Narayanan, K., 76Narayankutty, P., 1274Naray-Szabo, L., 77Nardel, R., 1293Nardi, J. C., 2686Narducci, A. A., 97, 420, 4019, 4024t, 4025,
4033, 4036Naresh, K., 3031Narita, S., 776, 777, 778, 781, 782, 2585Narten, A. H., 781, 2595, 3128Narumi, K., 294Nash, C. S., 1671, 1676, 1726, 1727, 1728,
1729, 1908, 1966, 1985Nash, K. L., 607, 612, 615, 705, 988, 1168,
1176, 1269, 1274, 1275, 1280, 1281,1286, 2558, 2560, 2562, 2570, 2572,2579, 2582, 2585, 2586, 2588–2590,2597, 2603–2606, 2622, 2626, 2641,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-253
2649, 2650, 2652, 2655, 2656, 2663,2664, 2666, 2667, 2691, 2726, 2727,2739, 2742, 2747, 2758, 3549
Naslain, R., 67, 71Nasluzov, V. A., 1906Nassimbeni, L. R., 549, 2439Nassini, H. E., 855Nasu, S., 343, 2280Natarajan, P. R., 1127, 1169, 1175, 1280,
1352, 2434, 2653, 2738, 2743, 2744Natarajan, R. R., 1278, 1555Natarajan, V., 1175Nathan, O., 24National Academy of Sciences, 1811, 3814,
3815–3816National Research Council, 1760NATO, 3476, 3508, 3533, 3569Natowitz, J. B., 1267Natsume, H., 375Naudet, R., 3482, 3843Naulin, C., 561Naumann, D., 497Navarro, A., 2438, 2439, 2443Navaza, A., 380, 1928, 2439, 2449, 2450,
2452, 2453Navaza, P., 3101, 3105, 3120, 3138, 3141Nave, S., 2070Nave, S. A., 1542Nave, S. E., 1411, 1418, 1421, 1460, 1472,
1525, 1542, 1543, 1602, 1603, 2238,2264, 2267–2272, 2356
Nave, S. F., 1418, 1423Navon, O., 3305Navratil, J. D., 129, 771, 841, 843, 864, 875,
1079, 1277, 1278, 1292, 1328, 1398,1403, 2114, 2426, 2427, 2546, 2580,2626, 2650, 2653, 2662, 2692, 2712,2722, 2727, 2737, 2752
Navrotsky, A., 113, 270, 287, 2157, 2159,2193
Nawada, H. P., 355Nazarenko, O. M., 26Nazarewicz, W., 1736Nazarov, P. P., 180Nazarov, V. K., 772, 773Nazarova, I. I., 1352, 1405, 1428, 1433NBS Handbook, 3340NCRP, 1819, 3396, 3413, 3422, 3424Ndalamba, P., 768NEA, 1759Neal, T. J., 3280, 3327Nealson, K. H., 3617–3619, 3621, 3622, 3635Nebel, D., 132, 3905Nebel, E., 3905Neck, V., 119–122, 125–127, 130, 421, 423,
425, 435, 439–441, 457, 458, 469, 473,474, 477, 478, 480, 481, 497, 502, 503,509, 513–517, 536, 538, 543–545, 551,
552, 556, 593–599, 601–603, 727, 763,766, 767, 769, 1147–1150, 1154, 1158,1160, 1161, 1165, 1166, 1181, 1782,2115, 2117, 2120, 2126–2128, 2132,2136–2138, 2142, 2144, 2151–2155,2157, 2159–2161, 2163–2165, 2168,2170, 2171, 2174–2176, 2179, 2181,2182, 2186, 2187, 2190–2195, 2197,2200, 2203, 2204, 2206, 2538, 2546,2549, 2550, 2553, 2554, 2575, 2592,3037, 3045, 3103, 3104, 3129
Neck, V., 3507, 3516–3518, 3524, 3528, 3530,3531, 3531f, 3532
Neckel, A., 69, 72Nectoux, F., 728, 729, 746, 748, 776–779, 781,
782, 1057, 1181, 2431, 2432, 2443,2559, 2565, 2570, 2572, 2574, 2585,2586, 2594–2596
Nectoux, P., 2443Neeb, K.-H., 826, 828Neeft, E. A. C., 3801Neeraj, S., 4182, 4184Nefedov, V. S., 1670, 1672, 1692, 1693Negi, R. S., 3061Neher, C., 61Neilands, J. B., 3546Neilson, G. W., 3117Neimark, L. A., 3752, 4008Neirlich, M., 1960, 1962Neish, A. C., 110, 114Neitz, R. J., 2584Nekhoroshkov, S. N., 1365, 1369Nekrasova, V. V., 30, 161, 185Nellis, W. J., 1319, 2238, 2264, 2315, 2341,
2346, 3859, 3860Nelms, S., 638, 3328Nelson, A.-G. D., 4161, 4165–4167, 4167fNelson, B. K., 3159Nelson, C. S., 2288Nelson, D., 3017Nelson, D. E., 1449, 3316Nelson, D. M., 633, 1293, 1808, 2527, 2553,
3016, 3023, 3284, 3287, 3295Nelson, D. R., 2660, 2661, 2727Nelson, E. J., 967Nelson, F., 30, 180, 769, 1150, 1151, 2580,
3530, 3925, 3927Nelson, G. C., 859Nelson, H. R., 399Nelson, L. S., 3235, 3254Nelson, M. R., 1508, 1511, 3283, 3286, 3295Nelson, R. D., 889, 890, 961, 970Nelson, R. S., 39Nelson, T. O., 864, 989, 996, 3031Nemcsok, D. S., 2164, 2165Nemoto, S., 1282, 1286, 1408, 2743, 2761Nenot, J. C., 1806, 1813, 1818–1820, 1822,
1824, 3340, 3342, 3356, 3424
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-254
Nepomnyaskeru, V. Z., 1302Nereson, N. G., 67, 71, 2407, 2408Nervik, W. E., 19, 28, 29, 3281Nesbitt, R. W., 3047, 3328Nesper, R., 98, 100Nestasi, M. J. C., 182Nester, C. W., 1640Nesterova, N. P., 1283, 2656, 2738Nestor, C. W. J., 33, 1296, 1452, 1453, 1516,
1626, 1627, 1669, 1670, 1672–1676,1682, 1685, 1692, 1725, 1727
Neta, P., 371Netherton, D. R., 3244Neu, M. P., 289, 421, 593, 595, 602, 745, 749,
813, 861, 932, 988, 1041, 1043, 1069,1110, 1112, 1114, 1116, 1117, 1138,1148, 1149, 1154–1156, 1159,1162–1165, 1166, 1178, 1179, 1314,1327, 1328, 1340, 1341, 1359, 1370,1445, 1653, 1664, 1684, 1693–1695,1706, 1716, 1824, 1925–1928, 1991,1992, 2530, 2553, 2558, 2583, 2590,2592, 2669, 3035, 3043, 3087, 3106,3108, 3109, 3112, 3113, 3115, 3118,3123, 3125, 3130, 3131, 3133, 3134,3160, 3167, 3210, 3521, 3524, 3530,3545, 3545f, 3546, 3548f, 3597, 3604,3616, 3632, 3651–3652
Neubert, A., 70Neuefeind, J., 596, 602, 1777, 1921, 2691Neufeldt, S. J., 350, 373, 380, 382, 383,
729, 2077Neuhaus, A., 372, 373Neuilly, M., 824, 3842Neuman, M. W., 3357, 3361, 3362, 3406,
3407Neuman, W. F., 3351, 3355, 3357, 3361, 3362,
3376, 3406, 3407Neumann, F., 66Neumann, R., 264Neu-Muller, M., 3397, 3399Neurock, M. J., 576, 1988–1990Neves, E. A., 2580Nevitt, M. V., 90, 744, 1003, 1009, 1787Newkirk, H. W., 3855Newkome, G. R., 526Newman, D. J., 2016, 2035, 2036, 2037,
2042, 2049, 2051, 2074, 2082,2245
NEWMDB, 3566Newton, A. S., 63–65, 75, 78, 80, 81, 83, 95,
100, 107, 329, 332, 336, 841, 3246Newton, D., 822, 3346, 3372, 3373Newton, G. W. A., 854Newton, T. W., 590, 606, 622, 760, 1117, 1118,
1120, 1123–1127, 1129–1140, 1142,1144–1146, 1151, 1152, 1159, 1162,1181, 1332–1335, 1778, 2131, 2583,
2594, 2597–2599, 3036, 3476, 3514,3515, 3549, 3906, 4124
Newville, M. G., 291, 861, 3087, 3089, 3163,3164, 3175–3177
Neyman, K. M., 1906Neyroud, T. G., 2834, 2835, 2984Ng, B., 2037, 2042, 2049, 2051Ng, W. L., 70, 73Ngian, F. H. M., 3065Ngo-Munh, Th., 3024Nguyen, A. D., 2054, 2059, 2060, 2062Nguyen, K. A., 1908Nguyen, S. N., 287Nguyen-Nghi, H., 423, 445, 503, 505Nguyen-Trung, C., 121, 125, 128, 421,
423, 425, 435, 440, 441, 457, 458,469, 473, 474, 477, 478, 480, 481, 497,502, 503, 509, 513–517, 536, 538,543–545, 551, 552, 556, 593–599,601–603, 1155, 1166, 1171, 1341,2114, 2115, 2120, 2126–2128, 2132,2133, 2136, 2142, 2150–2152,2154–2157, 2159–2161,2163–2165, 2168–2171, 2173–2175,2181, 2182, 2186, 2187, 2193–2195,2200, 2204–2206, 2538, 2554, 2555,2579, 2582, 3214, 3215, 3347, 3380,3382
Nahler, A., 1665, 1666, 1695, 1699, 1700,1702, 1710, 1717, 1718, 1735
Nibbering, N., 4123Nichkov, I. F., 2715Nicholl, A., 713Nichols, J. A., 1918–1920Nichols, J. L., 903, 904Nichols, M. C., 417, 418Nicholson, C. A., 2732Nicholson, G., 2457Nicholson, M. D., 3017Nickel, J. H., 932Nicol, C., 1285, 2657, 2658Nicolai, R., 3138, 3140, 3150, 3182Nicolaou, G., 3062, 3756Nicolet, M., 1033Niday, J. B., 3958, 3962Niedrach, C. W., 319Niedzwiedz, W., 1507Nief, F., 2491, 2869, 2870Nief, G., 824Nielsen, B., 31Nielsen, H. S., 164, 170, 187Nielsen, J. B., 117, 475, 495, 1082, 2827,
2868, 2869Nielsen, O. B., 24, 164, 170, 187Nielsen, P. E., 630Nielson, C. W., 1863, 2028, 2029, 2040Nier, A. O., 3309Nierenberg, W. A., 190, 1847
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-255
Nierlich, M., 102, 106, 468, 469, 576, 582, 583,1262, 1270, 2246, 2449, 2450–2452,2456–2464, 2472, 2473, 2479, 2480,2484, 2488, 2490, 2491, 2558, 2801,2805–2808, 2812, 2818–2820, 2830,2837, 2841, 2847, 2856–2859, 2861,2862, 2866, 2869–2872, 2889, 2891,2892, 2922, 2938
Niese, S., 1433, 1434, 3023Niese, U., 755Nieupoort, W. C., 578Nieuwenhuys, G. J., 2342Nieuwenhuyzen, M., 854, 2690Nieuwpoort, W. C., 1905, 1935, 1936, 4106Nieva, G., 62Nifatov, A. P., 3352, 3424Nigon, J. P., 1312, 1319, 1326, 1366, 2427, 3980Nigond, L., 1285, 2657, 2756Niinisto, L., 580, 581, 2434Niitsuma, N., 100Nikaev, A. K., 1325, 1327, 1367, 1368Nikahara, H., 1267Nikalagevsky, V. B., 1352Nikishova, L. K., 1127Nikitenko, S. I., 762, 1126, 1138, 1175Nikitin, E. A., 1398Nikitina, G. P., 1049, 3903Nikitina, S. A., 787, 3034Nikitina, T. M., 3111, 3122Niklasson, A. M. N., 2355Nikoforov, A. S., 709Nikolaev, A. V., 185, 1300Nikolaev, N. S., 1101, 1102, 1107, 2426Nikolaev, V. M., 1292, 1427, 1512, 1585Nikolaevskii, V. B., 1325, 1327, 1329, 1338,
1352, 1367, 1368, 2527Nikolotova, Z. A., 108Nikolotova, Z. I., 705, 709Nikol’skaya, T. L., 791, 3049, 3052Nikol’skii, V. D., 3907Nikonov, M. V., 726, 770, 1110, 3043, 3101,
3110, 3111, 3113–3118Nikula, T. K., 44Nilov, V., 164Nilson, L. F., 61, 63, 80–82, 95, 101, 104Nilsson, B., 1661Nilsson, S. G., 1661Ninov, V., 6, 14, 164, 1447, 1582, 1653, 1662,
1701, 1711–1713, 1717, 1737Nisbet, A., 3023Nishanaka, I., 1267Nishi, T., 3695t, 3696, 3764tNishikawa, M., 366Nishimura, Y., 3062Nishina, Y., 167Nishinaka, I., 164, 1266, 1267, 1484, 1696,
1718, 1735Nishinaka, K., 1445
Nishio, G., 1019Nishioka, T., 407Nissen, D. A., 2698Nissen, M. K., 225NIST, 132, 597, 602, 639Nitani, N., 727, 767, 770, 775, 2140, 2426Nitsche, H., 589, 718, 719, 722, 726–728,
739, 744, 745, 767, 769, 771, 863, 881,888, 891, 988, 989, 1008, 1019, 1021,1045, 1047, 1048, 1085–1087, 1098,1100, 1101, 1110, 1111, 1114, 1117,1118, 1131, 1147–1150, 1155, 1157,1158, 1160, 1162, 1163, 1167,1169–1171, 1178, 1180, 1181, 1319,1447, 1662, 1664, 1666, 1684, 1685,1695, 1701, 1702, 1711–1714, 1716,1717, 1735, 1737, 1803, 1923,1973, 1974, 2114, 2115, 2117,2120, 2126–2128, 2133, 2136, 2137,2140, 2142, 2144, 2145, 2151, 2152,2154, 2155, 2159, 2160, 2161,2163–2165, 2168, 2170, 2171,2173–2175, 2182, 2186, 2187,2193–2195, 2197, 2199–2201, 2204,2206, 2538, 2568, 2576, 2578, 2582,2583, 2588, 2592, 3025, 3029, 3037,3039, 3043, 3044, 3046, 3069, 3095,3102, 3106, 3107, 3111, 3112, 3122,3131, 3135, 3138, 3140–3142,3145–3150, 3152, 3154, 3155, 3160,3161, 3165–3167, 3173, 3176, 3177,3179, 3181–3183, 3206, 3213, 3302,3347, 3381, 3382, 3416, 3420, 3476,3516–3517, 3539, 3616, 3621, 3624,3627, 3633, 3635, 3979
Nitschke, J. M., 6, 1653Nix, J. R., 1661Nixon, J. Z., 851NN, 1269, 1273Noe, M., 1411, 1413, 1414, 1419, 1457, 1460,
1519, 1520, 1521, 1525, 1533, 1534,1538, 1543, 1596, 1599, 1600, 2269,2270, 2396, 2397, 2413, 2417
Noe, M., 3859, 3860, 3861t, 3940Noakes, D. R., 2284Nobis, M., 2982Noble, S. R., 3481Noden, J. D., 3753Nodono, M., 2924Noel, D., 2649Noel, H., 4006t, 4008, 4011–4018, 4024t, 4025,
4029, 4031, 4032, 4042–4044Noer, R. J., 63, 2315, 2350Nogar, N. S., 1874, 1875, 1877Nogita, K., 3741Nogueira, E. D., 2702Nohira, T., 2691Noirot, J., 3740, 3741
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-256
Noel, H., 75, 96, 97, 402, 406, 407, 413–417,420, 423, 425, 435, 437, 440, 456, 457,470, 473, 474, 478, 479, 499, 502, 509,514–516, 538, 544, 551, 2407, 2408,2413, 2414, 2422, 2424
Nolan, S. P., 2822, 2893, 2912, 2924,2934, 2965
Noland, R. A., 319, 2712Noller, B. N., 3057Noltemeyer, M., 2875Nomura, K., 1281, 1282, 2743, 2747, 2761Nomura, Y., 343Noon, M. E., 1176Nordenskjold, A. E., 75Nordine, P. C., 963Nordling, C., 60Nordstrom, L., 2248, 2289, 2291Nordstrom, A., 851Norling, B. K., 1053Norman, J., 2548, 2549Norman, M. R., 2353Normile, P. S., 2237, 2286, 2371Noren, B., 2579Norquist, A. J., 4171, 4184–4185Norreys, J. J., 69Norris, D. I. R., 391, 396Norris, J. O. W., 1931, 2080, 2085–2087Norris, S., 3560Norseev, Y., 28, 43Northrup, C. J. M. Jr., 330, 331Northrup, D. R., 3065Norton, J. R., 2924Norvell, V. E., 1547Norwood, W. D., 3413Noshkin, V. E., 3553Noskin, V. E., 3282, 3295Nottorf, R. W., 63–65, 329, 332, 336,
421, 3246Novak, C. F., 127, 1341Novakov, T., 1452Novgorodov, A. F., 40, 822Novichenko, V. L., 28, 38, 220Novikov, A. P., 788, 1408, 1409, 2673, 3532,
3533, 3558, 3651, 3842Novikov, G. I., 80–82, 1681Novikov, Y. P., 184, 188, 704, 705, 782, 3282Novikova, G. I., 20, 24Novion, D., 739–742Novak, M., 264, 281Novo-Gradac, K. J., 1959, 1993Novoselova, A. B., 424Nowak, E. J., 1292Nowicki, L., 340, 345, 348Nowik, I., 719–721, 743Nowikow, J., 214, 217Nowotny, H., 67, 69, 71, 72Noyce, J. R., 3293Nozaki, Y., 44, 231
NRC, 3494, 3563f, 3595, 3597, 3636Nriagu, J. O., 297Nortemann, F., 1906Noth, H., 67Nugent, L. J., 33, 38, 118, 1328–1330, 1363,
1423, 1424, 1446, 1452, 1454, 1460,1479–1482, 1523, 1526, 1529,1546–1548, 1555, 1557, 1592, 1604,1606, 1607, 1630, 1636, 1641, 1643,1647, 1859, 1872, 2122, 2124, 2542
Nugent, M., 291, 3131, 3160, 3161, 3164Nuhn, H.-D., 3088Numata, M., 1018, 1421Nunez, L., 1295, 2655, 2738, 2739, 2750–2752Nunnemann, M., 60, 859, 1296, 1452, 1513,
1588, 1590, 1840, 1875, 1877,3047, 3321
Nurmia, M. J., 6, 182, 1445, 1447, 1629, 1635,1638–1643, 1645–1647, 1653, 1660,1662, 1664, 1684, 1693–1699,1703–1706, 1716, 2575
Nurnberg, O., 2953Nutt, A. W., 3695tNuttall, H.E., 3602Nuttall, R. L., 34, 2114Nuttall, W. J., 2234Nyce, G. W., 1956, 2473, 2476, 2477, 2805,
2816, 2857Nygren, U., 3984Nylen, T., 3032Nyman, J. L., 3639Nyssen, G. A., 2605
Oates, W. A., 927Oatts, T. J., 3327Obata, T., 2275, 2279, 2294Obbade, S., 298, 301Oberkirch, W., 116, 2865Oberli, F., 3047Oberti, R., 261, 301, 3485O’Boyle, D. R., 892, 894, 896, 898, 900–905,
907–914, 933, 3213, 3238, 3747, 3748,3750, 3751
O’Boyle, N., 3546Obraztsova, A. Y., 3625O’Brian, R. J., 3156O’Brien, R. S., 3017O’Brien, S. C., 2864Occelli, F., 964, 965, 2342Ochiai, A., 407Ochiai, K., 637Ochsenfeld, W., 2732Ochsenkuehn Petropulu, M., 3070Ockenden, D. W., 1151, 3905Ockenden, H. M., 1004, 1007, 1008, 1018,
3212, 3217, 3218, 3222O’Conner, J. D., 3305Oddou, J. L., 719, 720
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-257
Odencranz, J. E., 3643Odie, M. D., 324Odintsov, A. A., 3556Odintsova, N. K., 1848Odoj, R., 1288, 1289, 1294, 1295, 2657, 2675,
2676, 2749, 2756, 2762Odom, A. L., 2888, 3033Odom, J. D., 452, 2801O’Donnell, T. A., 198, 562, 1084, 1101,
2426OECD/NEA Report, 310, 705, 793, 3484,
3485, 3485t, 3486, 3488, 3561Oesterreicher, H., 66Oesthols, E., 3152, 3153, 3154Oetting, F. H., 321, 322Oetting, F. L., 61, 80, 81, 351–353, 362, 421,
436, 437, 470, 471, 473, 475, 476, 486,502, 504, 505, 510, 511, 539, 541, 546,553, 718, 890, 891, 945, 949, 950, 963,1021, 1028, 1048, 1086, 1098, 1101,1297, 1298, 1328, 1329, 1403, 1409,1410, 1417, 1482, 2114–2116, 2120,2123, 2125–2128, 2140, 2157, 2160,2161, 2163, 2165, 2167–2169, 2172,2181, 2182, 2186, 2188, 2538, 2539,3204, 3215, 3216
Ofelt, G. S., 2090, 2093Ofer, S., 862Office of Science, 3816Ofte, D., 962, 963, 1033Oganessian, Y. T., 6, 822, 1653, 1654,
1660, 1707, 1719, 1720, 1735, 1736,1738
Oganessian, Yu. Ts., 14Ogard, A. E., 357, 1004, 1007, 1048, 1077,
1093, 1095, 2140Ogasawara, H., 861Ogasawara, M., 2984Ogata, T., 3776Ogawa, T., 719, 720, 721, 1018, 1019, 1317,
1421, 2185, 2186, 2201, 2693,2723–2725, 3762, 3777, 3778f
Ogden, J. S., 364, 365, 1021, 3223–3225Ogden, M. I., 2456, 2457, 2458, 2461Ogle, P. R., 505, 506, 535Ogliaro, F., 435Ogorodnikov, B., 3016Oguma, M., 390, 394, 396, 397, 3705Ohara, C., 2743O’Hare, D., 593, 2256O’Hare, P. A. G., 357, 358, 372, 378, 2114,
2150, 2151, 2156–2161, 2193Ohde, H., 2679Ohe, Y., 719, 720Ohff, A., 2927Ohishi, M., 1981Ohmichi, T., 390, 391, 396, 743, 1022, 2201Ohmori, T., 352
Ohnesorge, W. E., 115Ohno, T., 2864Ohnuki, T., 273, 294, 822, 1160, 3046Ohriner, E. K., 3780Ohse, R. W., 280, 291, 364, 366, 367, 1019,
1074, 1403, 1411, 2149, 2202Ohta, H., 3782Ohta, T., 77Ohtaki, H., 118, 2531, 3103, 3105Ohtani, T., 1071Ohtsuki, T., 164Ohuchi, K., 1025, 1026, 1049, 1056, 1057Ohwada, K., 372, 373, 375, 460–463, 467,
520, 533, 534Ohya, F., 356Ohyama, T., 1266, 1267Ohya-Nishiguchi, H., 382, 2245Ohyoshi, A., 1352Ohyoshi, E., 1352Oi, N., 988Oikawa, K., 407Oishi, Y., 395Ojima, H., 189Ojima, I., 2966, 2974Ojovan, M. I., 3817Okada, Y., 4103Okajima, S., 1148, 1155, 1172, 3043, 3044Okamoto, H. J., 1018, 1302, 1412, 1466,
2398, 1421Okamoto, Y., 719, 743, 1992Okatenko, P. V., 1821Okazaki, M., 397O’Kelley, G. D., 1636, 2526Oken, D. E., 3380Okladnikova, N. D., 1821Olander, D. R., 366, 367, 3748fOldenborg, R. C., 4105, 4106–4107Oldham, R. D., 3345, 3354, 3355, 3371,
3378, 3384Oldham, S. M., 1185Olesik, J. W., 4141Olinger, H., 3397, 3399, 3400Olivares, J. A., 3322Oliver, G. D., 1507Oliver, J., 1479, 1605, 3114Oliver, J. H., 774, 2581, 2582Oliver, J. R., 2735Oliver, S., 4184Olivian, M., 2953Olivier, S., 1806Ollendorff, W., 1323Ollier, N., 277Olmi, F., 269Olofson, J. M., 2924Olofsson, V., 1803, 1804, 1806–1808, 1810Olonde, X., 2930
O’Loughlin, E. J., 3165, 3168
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-258
Olsen, C. E., 191, 193, 334, 335, 886, 888,909, 949, 955, 957, 981, 2273, 2315,2350, 2355
Olsen, J. S., 2407, 4006tOlsen, K., 1965Olsen, L. G., 1282, 2741Olsen, S. S., 2407Olsen, T., 409Olson, C. G., 1056Olson, G. B., 920, 933Olson, R. A., 293Olson, W. M., 97, 742, 743, 976, 977, 1008,
1020, 1074, 1312, 1314, 1361, 2404,2411, 3762
Omejec, L., 69, 70, 73
Omel’yanenko, B. I., 3817, 3855Omenetto, N., 3037
Omori, T., 219Omtvedt, J. P., 1662, 1666, 1695, 1701, 1702,
1712, 1713, 1717, 1735, 1737
Omtvedt, L. A., 1666, 1695, 1702, 1717,1735, 1737
Ondik, H. M., 459, 460, 461, 463Ondrus, P., 262, 263, 2427Onishi, K., 1282, 1408, 2743Ono, R., 1431Ono, S., 339, 1696, 1718, 1735Onodera, Y., 2762
Onoe, J., 576, 577, 1194, 1935, 1936, 2165,4106
Onosov, V. N., 119Onoufriev, V., 1071Onuki, Y., 406, 407, 412, 2239, 2256,
2257, 2280Oomori, T. J., 3160Oosawa, M., 225, 226
Opalovskii, A. A., 539, 542
Operti, L., 4123, 4125Ophel, T. R., 3317, 3318
Oppeneer, P. M., 2359Orchard, A. F., 1681Ordejon, B., 1908Ordonez-Regil, E., 3171Orlandi, K. A., 3017, 3022Orlandi, P., 269Orlandini, K. A., 1293, 1808, 3280, 3287,
3288, 3295, 3296, 3311, 3314
Orlemann, E. F., 621, 841Orlinkova, O. L., 374, 375Orlova, A. I., 2431, 3870Orlova, A. S., 374Orlova, I. M., 539, 565, 2441Orlova, M. M., 1156Orman, S., 3242Orme, J. T., 918, 919ORNL, 2700Oro, L. A., 2953
Orr, P. B., 1449, 1450, 1451, 1509, 1510,1584, 1585
Orr, R. D., 1409, 1432, 1434Orrock, B. J., 2735Ortego, J. D., 501, 522, 523Orth, D. A., 2735Ortiz, E. M., 1141Ortiz, J. V., 1959, 1965, 2480, 2481,
2482, 2837Ortiz, M. J., 1973Ortiz, T. P., 1268Osaka, M., 3821Osawa, S., 189Osborn, R., 389, 929, 2278, 2279, 2283,
2284, 2285Osborne, D. W., 64, 66, 333, 372, 376, 378,
382, 486, 502, 1048, 2176, 2273, 2282Osborne, M. M., 1132Osborne-Lee, I. W., 1505, 1506, 1507Oser, B. L., 3362Osetek, D. J., 3727O’Shaughnessy, P. N., 2984Oshima, K., 345, 347, 355, 369Osicheva, N. P., 583, 601Osipenko, A. G., 2705, 2706Osipov, S. V., 1145, 1338Ossola, F., 2472, 2473, 2484, 2820,
2825, 2841Ost, C., 1132Oster, F., 62Osteryoung, R. A., 2687, 2691Ostlund, N. S., 1903Osugi, T., 2693OTA, 3502Otey, M. G., 566Othmer, U., 1880Ott, H. R., 2237, 2312, 2333, 2343, 2351, 2360Ott, M. A., 1152, 3036Otten, E.-W., 1875, 1876, 1880, 3044, 3047,
3048, 3320, 3321Ottmar, H., 3944, 3945, 3947, 3948, 3949,
3949f, 3950f, 3966, 3968, 3970, 3972Otto, K., 329–332Otto, T., 1735Ottolini, L., 261, 301Otu, E. O., 2652Ouadi, A., 43Ouahab, L., 2256Ouchi, K., 375, 391, 395, 396, 993, 994,
1018, 3218Oudinet, G., 3712, 3714fOughton, D. H., 3063Ouillon, N., 109, 1172Ouqour, A., 76Oura, Y., 1266, 1267, 1445, 1484, 1662, 1696,
1709, 1718, 1735Outebridge, W. F., 292Ouvrard, L., 75, 81, 109
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-259
Ouweltjes, W., 551, 552, 2158, 2160, 2161,2165, 2187
Ouzounian, G., 2591, 3538Overhauser, A., 2052Overholt, D. C., 3926Overman, R. F., 1448, 1449, 1471Overman, R. T., 186Oversby, V. M., 1145, 3109, 3210, 3814,
3829, 3837, 3839, 3861–3862Oviedo, C., 3528Oweltjes, W., 514, 543Owens, D. R., 103, 113Oyama, T., 4103Oyamada, R., 93Ozawa, M., 1281, 1282, 1408, 2743, 2747,
2761, 2762Ozin, G. A., 1994
Pabalan, R. T., 301, 3156, 3540, 3541fPabst, A., 269Paccagnella, A., 3064Pace, R. J., 3117Pachauri, O. P., 2587Paciolla, M. D., 3140, 3150Pack, R. T., 4109Padilla, D., 2752Padiou, J., 414, 417, 2413, 4024t, 4032Paffett, M. T., 1035, 1043, 1044, 3210,
3211, 3220Page, A. G., 2668Pagliosa, G., 713, 2756Pagoaga, M. K., 259, 282Pages, M., 79, 86, 87, 90, 92, 111, 113, 391,
459, 460, 511, 728–730, 735, 739–743,745, 746, 748, 776–779, 781, 782, 792,1057, 1065–1069, 1105–1107, 1181,1312, 1321, 1335, 1359, 1360, 1416,1430, 2315, 2370, 2413, 2443, 2559,2565, 2570, 2572, 2574, 2585, 2586,2594–2596, 3907
Pai, M. R., 110Paine, R. T., 502, 519, 529, 530, 536, 1283,
1431, 1935, 1968, 2165, 2400, 2420,2426, 2480, 2573, 2656, 2832, 2891,4104, 4114t–4116t
Painter, E., 3353, 3356, 3362, 3366, 3370,3378, 3386, 3395, 3407, 3424
Paisner, J. A., 859, 1873, 1874, 1875,1877, 1878
Paixao, J. A., 409, 412, 2287, 2292, 2439Palacios, M. L., 3171Palacz, Z. A., 3313Palade, D. M., 779Palanivel, B., 63, 100Palei, P. N., 185, 188, 218, 219, 228, 3894, 3921Palenik, C. S., 271Palenzona, A., 407, 2204Paley, P. N., 184, 1129, 1130
Palfalvi, J., 1432Palagyi, S., 3973Palisaar, A.-P., 98Palladino, N., 2865Palmer, B. A., 1840, 1843–1846, 1863Palmer, C. E. A., 110, 112, 287, 1114, 1148,
1155, 1160, 1163, 1340, 2583Palmer, D. A., 421, 423, 425, 435, 439–441,
457, 458, 469, 473, 474, 477, 478, 480,481, 497, 502, 503, 509, 513–517, 536,538, 543–545, 551, 552, 556, 593–599,601–603, 1147–1150, 1155, 1158, 1160,1161, 1165, 1166, 1181, 2115, 2117,2120, 2126–2128, 2132, 2136–2138,2142, 2144, 2151–2155, 2157,2159–2161, 2163–2165, 2168, 2170,2171, 2174–2176, 2179, 2181, 2182,2186, 2187, 2190–2195, 2197, 2200,2203, 2204, 2206, 2538, 2546, 2554,2555
Palmer, P. D., 580, 595, 620, 621, 763, 766,861, 1051, 1112, 1115, 1123, 1125,1131, 1132, 1151, 1152, 1156, 1162,1164, 1166, 1359, 1455, 1465, 1471,1474, 1479, 1481, 1925–1928, 2427,2428, 2429, 2450, 2451, 2583, 2607,3035, 3036, 3057, 3087, 3108, 3109,3112, 3113, 3115, 3118, 3123, 3125,3126–3128, 3130, 3131, 3133, 3134,3136, 3160, 3167, 3210
Palmer, P. P., 289, 602Palmy, C., 63Palsgard, E., 297Pal’shin, E. S., 161, 178, 179, 181–185, 187,
188, 195, 198–200, 207, 209, 219, 224,228–230
Palstra, T. T. M., 2351Pan, C., 2864Pan, Q., 191Panak, P. J., 223, 1428, 2588, 3179–3183,
3534, 3535, 3547, 3624, 3626, 3627Panattoni, C., 2439, 2440Panchanatheswaran, K., 2472, 2826Panczer, G., 277Pandey, A. K., 2659, 2750Pandit, S. C., 540, 566, 2441Pankratz, L. B., 2710Panlener, R. J., 396Pannetier, J., 467Panov, A. V., 989, 996Pansoy-Hjelvic, M. E., 851, 3022, 3181Paolucci, G., 452, 548, 2468, 2471, 2473, 2487,
2491, 2819, 2824, 2831Papadopulos, N. N., 3057Papaioannou, D., 3739Papenguth, H. W., 3022, 3179, 3181Papiernik, R., 509Papina, T., 1806
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-260
Papirek, T., 1507Pappalardo, R. G., 1312, 1324, 1325, 2051Paprocki, S. J., 1045, 1049Paquet, F., 3352, 3364, 3377, 3398, 3399,
3413, 3423Paquette, J., 3727Paratte, J. M., 3016, 3814Pardue, W. M., 1011, 1015, 1018, 1019, 1021,
1022, 1045, 1048Parida, S. C., 2209Parissakis, G., 3070Park, B., 3827Park, G. I., 2669Park, H. S., 2669Park, I.-L., 626, 627Park, J. F., 3340, 3352, 3424Park, K., 397Park, Y.-Y., 2681Parker, V. B., 34, 80, 81, 421, 436, 437, 470,
471, 473, 475, 476, 486, 502, 504, 505,510, 511, 539, 541, 546, 553, 1086,1098, 1101, 2114, 2128, 2157, 2160,2161, 2163, 2165, 2167–2169, 2172,2181, 2182, 2186
Parker, W., 3929Parkin, G., 2827, 2849Parkin, I. P., 410, 412, 420Parkman, R. H., 3165, 3167Parks, G. A., 795, 2531, 3094, 3102, 3111,
3122, 3127, 3139, 3152, 3155, 3158,3165, 3169, 3840
Parks, R. D., 63Parks, S. I., 455Parma, L., 3037Parnell, J., 3172Parpia, F. A., 1643, 1670Parpiev, N. A., 2441Parr, R. G., 1671, 1903Parrish, R. R., 3481Parry, J., 1943, 1956, 2473Parry, J. S., 117, 2240, 2803, 2806, 2807,
2854, 2856Parry, S. F. S., 2710Parry, S. J., 635, 636, 3303, 3306Parshall, G. W., 2924Parson, T. C., 2851Parsonnet, V., 817, 1829Parsons, B. I., 164, 186, 187Parsons, R., 371Parsons, T. C., 116, 1411, 1519, 1520, 1525,
1543, 1547, 1590, 1595, 1596, 1604,2269, 2270, 2417, 2422, 2486, 2488
Parthasarathy, R., 180Partington, J. R., 19, 367Partridge, J. A., 3903Parus, J. L., 785Pascal, J. L., 101, 324Pascal, P., 421
Pascard, R., 740, 1004, 1052, 1054, 2413,4006t, 4012
Paschoa, A. S., 3069Pascual, J., 180, 187Pasero, M., 268, 269, 298Pashalidis, I., 1160, 1165, 1166, 3507,
3514–3515, 3527Pasilis, S. P., 2400, 4140Pasquevich, D. M., 855Passler, G., 33, 60, 859, 1296, 1403, 1452,
1513, 1588, 1590, 1840, 1875–1877,1884, 3047, 3321
Passo, C. J., 3283Passow, H., 3359, 3362Passynskii, A., 2531Pastor, R. C., 78Pasturel, A., 2208Pastuschak, V. G., 711, 712, 761, 1143, 2757Paszek, A. P., 422, 453, 1455, 1515, 1544,
2039, 2057, 2259Patat, S., 385, 388Patchell, R. A., 1507Patel, C. C., 101Patel, S. K., 182Patel, T., 466Patelli, A., 3069Pathak, P. N., 182, 184, 2736, 3538Patil, K. C., 2442Patil, S. K., 752, 772, 773, 774, 790, 1168,
1169, 1170, 1422, 2579, 3052, 3061,3921
Patin, J. B., 1447, 1582, 1654, 1662, 1664,1666, 1684, 1685, 1695, 1701, 1702,1711–1714, 1716, 1717, 1719,1735–1738
Patin, J. J., 14Patnaik, D., 86, 91Patrick, J. M., 1174, 2441Patrusheva, E. N., 1449Patrussi, E., 1070, 1071, 1072Patschke, R., 97Patton, F. S., 319Pattoret, A., 322, 351–353, 362, 364, 365Pattrick, R. A. D., 3165, 3169Patzschke, M., 1941Paul, A., 3843Paul, M. T., 767, 768, 777, 779, 780, 782Paul, R. C., 105, 390, 392Pauli, H. C., 1883Pauling, L., 3093Paulka, S., 42Paulovic, J., 1909, 4082, 4091–4093Paulson, J. F., 3920Paulus, E. F., 2655Paulus, W., 185, 186, 1447, 1662, 1679, 1684,
1687, 1698, 1699, 1705, 1708–1710,1716, 1718
Pauson, P. L., 1800, 2799
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-261
Pautov, L. A., 261Paviet, P., 1425, 1426, 1427Paviet-Hartmann, P., 861, 1041, 1043, 1112,
1154, 1155, 1166, 3109, 3210Pavlikov, V. N., 112Pavlinov, L. V., 364Pavlotskaya, F. I., 704, 782, 783Pavlov, V. C., 364Pavlova, V. K., 3932Paw, J. C., 2472, 2473, 2561, 2825, 2826Paxton, H. C., 821, 988Payne, G. F., 746, 748, 1184, 1191, 1474, 2476,
2483–2485, 2843Payne, G. L., 1545Payne, M., 2877Payne, R. F., 3930Payne, T. E., 273, 3165–3167, 3176, 3539f,
3542, 3559Pazukhin, E. M., 1352Pecaut, J., 598, 1963, 1965, 2452, 2584Peacock, R. D., 732, 733, 734, 2426Pearce, J. H., 718, 719, 904, 905, 909Pearce, M. J., 2591, 3419, 3421Pearce, N. J. G., 3047Pearcy, E. C., 272, 293, 3519Pearse, A. G. E., 3349Pearson, W. B., 98, 4021t–4022tPease, R. S., 3678Pecher, C., 3401Pecoraro, V. L., 1824, 2591, 3349, 3359,
3364, 3365, 3376Peddicord, K. L., 988, 3790Pedersen, J., 164, 170Pedersen, K., 3069, 3559Pederson, L. R., 2760Pederson, M. R., 1904Pedicord, K. L., 2199, 2202Pedley, J. B., 2149, 4135Pedregosa, J. C., 110Pedretti, U., 2490, 2491, 2493, 2859, 2865Pedrini, C., 81Pedziwiatr, A. T., 67Peek, J. M., 861Peerani, P., 3738, 3739fPeeters, O., 267, 268Peetz, U., 395Pei-Ju, Z., 2452, 2453, 2456Peiper, J. C., 3549Peiris, M. A. R. K., 3308Pekarek, V., 847, 3923Pekov, I. V., 268, 298Peleau, B., 3024Pelissier, M., 1683, 1907, 1909Pell, M. A., 97, 420Pellegrini, V., 42, 43Pelletier, J.-F., 2930Pelletier, M., 3752–3753, 3753fPelletier-Allard, N., 1862
Pellizzi, G., 546, 547, 553, 554Pelsmaekers, J., 353, 354Pemberton, J. E., 2400, 4140Peneloux, A., 1663Peng, Q. X., 108Peng, S., 2140Peng, Z., 2980Peng-Nian, S., 2912Penkin, M. V., 1365, 1369Penneman, R. A., 78, 86–88, 90–92, 103, 112,
201, 202, 222, 424, 446, 451, 452, 458,459, 461, 465, 466, 488, 502, 504–507,519, 520, 734, 1044, 1058–1060, 1062,1105–1107, 1114, 1265, 1271, 1273,1291, 1296, 1312, 1314, 1319, 1322,1323, 1325, 1326, 1328, 1329, 1331,1333, 1365–1367, 1369, 1397, 1398,1401, 1402, 1410, 1417, 1418, 1429,1430, 1468, 1674, 1699, 1728, 1729,1732, 1733, 1760, 1923, 2415, 2420,2427, 2449–2452, 2471, 2472, 2601,3163, 3281
Pennington, M., 2439Pennington, W. T., 475, 495, 2827, 2868Penny, D. J., 2390, 2394Penrose, W. R., 1808, 3017, 3022, 3287, 3621Pense-Maskow, M., 1665, 1695Pentreath, R. J., 782Peny, Z., 263Peper, S. M., 298Peppard, D. F., 27, 107, 115, 171, 172, 175,
184, 219, 704, 822, 824, 1275, 1448,1490, 1697, 2574, 2592, 2650, 2672,3016, 3276, 3891, 3920
Pepper, M., 1192, 1196, 1670, 1671, 1894,1895, 1900, 1902, 1903, 1908, 1909,1915, 1916, 1917, 1934, 1971, 1976,1994, 2400, 2561, 4096
Pepper, R. T., 378Peralta, J. E., 1906, 1936–1938, 4106, 4111Perdew, J. P., 1903, 1904Perego, G., 2420, 2471, 2472Pereira, L. C. J., 1304Perekhozheva, T. N., 1432, 1433Perelygin, V. P., 1706Peretrukhin, V. F., 756, 764, 1117, 1118, 1133,
1327, 1329, 1416, 1430, 1480, 1548,1636, 2127, 2553, 3052, 3053, 3627,3893
Peretz, M., 64, 336Perevalov, S. A., 1512, 3855Perey, M., 20, 27Pereyra, R. A., 876–878, 916, 920, 921, 933,
936, 945, 947–949, 960, 964Perez del Villar, L., 3559Perez, I, Gimenez, J., 1805Perez-Mato, J. M., 78, 82Perezy Jorba, M., 113
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-262
Perkins, L. J., 2728Perkins, M., 225Perkins, R. W., 3488, 3492, 3550–3552Perkins, W. T., 3047Perlman, I., 5, 25, 817, 822, 1267, 1304, 1366,
1397, 1499, 1503, 1577, 1580, 1584,1756, 1761, 2730
Perlman, J., 164Perlman, M. L., 704, 822Perlman, M. N., 194Perminov, V. F., 1312, 1319Perminov, V. P., 726, 748, 770, 1312, 1321,
1405, 1430, 1433, 2427, 2439, 2531,2532, 3043, 3111–3113, 3122, 3123
Permyakov, Yu. V., 793Perna, L., 3555Pernpointner, M., 1724, 1729Perrin, A., 544, 550–552, 555, 2556Perrin, C., 435, 471Perrin, D. D., 132, 597Perrin, L., 1957Perrin, R. E., 704, 789, 3014, 3312, 3314, 3953Perrone, J., 128Perry, G. Y., 817Pershina, V., 185, 186, 213, 1447, 1516, 1524,
1549, 1652, 1662, 1664, 1668,1670–1689, 1691, 1693, 1698, 1700,1701, 1704–1709, 1711–1714, 1716,1718, 1894, 1933
Person, J. L., 535Person, W. B., 4103, 4104Persson, B. R. R., 3296, 3551Persson, G. E., 184, 1286, 2672, 2767Persson, I., 118Perutz, R. N., 2966Peshkov, A. S., 1291Petcher, D. J., 2423, 2425Petcher, T. J., 201, 2420Peter, E., 3364, 3365, 3376, 3379Peterman, D. R., 1327, 2739Peters, C., 2234Peters, M. T, 3815, 3816Peters, M. W., 2655Peters, O. M., 541Peters, R. G., 2491, 2850, 2922, 2995, 2996Peters, T. B., 1401Petersen, D. A., 3360, 3364, 3385Petersen, J. L., 2919Petersen, K., 2352Petersilka, M., 1910Peterson, D., 1737, 1738Peterson, D. A., 316, 317Peterson, D. E., 34, 892, 894, 911, 1003, 1004,
1009, 1011, 1017, 1523, 2115, 2116,2117, 2120, 2149, 2208, 2209, 2210,3696f, 3833
Peterson, D. T., 29, 61, 64–66, 95Peterson, E. J., 2677
Peterson, J. R., 421, 502, 503, 519, 528, 757,859, 953, 958, 971, 973, 974, 1077,1084, 1093, 1096, 1133, 1295, 1312,1315, 1324–1326, 1328, 1329, 1341,1357, 1358, 1365, 1366, 1397, 1403,1410–1412, 1414, 1415, 1417,1419–1421, 1424, 1444–1446, 1451,1452, 1455–1460, 1462–1470, 1473,1474, 1477, 1479–1483, 1485, 1513,1515, 1519–1522, 1524, 1525,1527–1534, 1538–1540, 1542–1545,1547, 1548, 1555, 1558, 1559, 1562,1579, 1588, 1590, 1593, 1595, 1596,1598–1601, 1604–1606, 1612, 1840,1875, 1877, 2017, 2077, 2124, 2127,2129, 2131, 2153–2155, 2163, 2174,2182, 2186, 2238, 2269–2272, 2315,2370, 2388, 2389, 2397, 2398, 2411,2413, 2414, 2416, 2417, 2420, 2422,2490, 2565, 2580, 2688, 3047, 3321
Peterson, S. W., 27, 372, 373, 452, 572, 842,2431
Petiau, J., 3163Petit, A., 1863, 1865, 1868, 1873Petit, J. C., 3064, 3160Petit, L., 1023, 1044, 2347, 3211Petit, T., 389Petley, B. W., 1653Petrich, G., 2733Petrov, K. A., 3918Petrov, K. I., 109, 114Petrov, V. M., 1680, 1681Petrova, V. N., 1680, 1681Petryna, T., 1636, 2526Petrynski, W., 338, 339Petrzilova, H., 1278, 2653Petteau, J. F., 2633Pettersson, H., 3017Petti, D. A., 3783, 3785–3786, 3788fPettifor, D. G., 927Pettke, T., 639, 3327Petukhova, I. V., 1352Peuget, S., 3848, 3850, 3852–3854Peuser, P., 3044, 3047, 3048, 3320, 3321, 3955Peycelon, H., 3305Pezerat, H., 195–197, 216, 225, 230Pfeil, P. C. L., 325Pfiffelmann, J. P., 824Pfitzer, F., 372–377Pfleiderer, C., 967, 2353Pfrepper, G., 214, 217, 1695, 1700Pfrepper, R., 1695, 1700Phelps, C., 2684Phelps, T., 3651Phelps, W. T. Jr., 3065Philippot, J., 355Phillipe, M., 1285Phillips, A. G., 3234, 3255
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-263
Phillips, C. S. G., 1640Phillips, D. H., 1908Phillips, E. J. P., 3172, 3178, 3611, 3622, 3636Phillips, G. M., 164, 173, 177, 180, 787, 3043,
3044, 3931Phillips, L., 5Phillips, N. E., 2315Phillips, T. L., 1507Phipps, K. D., 1033, 1034, 2395Phipps, T. E., 963, 1045, 1083, 1085, 1086Piana, M. J., 3170Pianarosa, P., 1873Piboule, M., 3042, 3043Picard, C., 353, 354, 362, 363Picard, E., 3756Picard, G., 2135, 2699, 2700Piccard, A., 163Picer, M., 3306Pichot, E., 109Pickard, C. J., 2265, 2293Pickett, D. A., 189, 231, 3312, 3314Pickett, G. R., 63, 2315, 2350Picon, M., 414, 2413Piconi, C., 3725Pidnet, J.-M., 1269Piechowski, J., 3024Piehler, D., 204, 2020, 2065, 2067, 2068,
2083, 2227Piekarski, C., 274, 2392Pierce, R. D., 2693, 2708–2710, 2712,
2722, 2723Pierce, W. E., 226Pierloot, K., 1930, 4111Piersma, B. J., 2686Piet, S. J., 3821, 3823tPietra, R., 3923Pietraszko, D., 2411, 4021t–4022tPietrelli, L., 2633Piguet, D., 1447, 1662, 1664, 1684, 1685,
1693, 1706, 1707, 1709, 1711–1714,1716, 1721
Pijunowski, S. W., 372, 373, 1045Pikaev, A. K., 1117, 1118, 1338, 2127, 2527Pilati, T., 261, 264Pillai, E. D., 4131Pillai, K. T., 1033Pillinger, W. L., 190, 793Pillon, S., 3768Piltz, G., 510, 511Pilv Vo, R., 1293Pilz, N., 788Pimpl, M., 3014Pin, C., 3284, 3326Pinard, J., 1874, 1875Pingitore, N. E. Jr., 3162Pinkerton, A. A., 2584Pinkerton, A. B., 2642Pinkston, D., 3200, 3252
Pinte, G., 782, 786, 3056, 3057Pippin, C. G., 44, 615, 1473, 1474, 1475Pires de Matos, A., 208, 1993, 2150, 2880,
2881, 2882, 2883, 2884, 2885,2886, 2912, 4140, 4142
Pires de Matos, P., 1971Piret, P., 259–265, 267, 282, 283, 288, 293Piret-Meunier, J., 116, 260, 263, 264, 283Pirie, J. D., 2275Piron, E., 3627Pirozkhov, S. V., 1428, 1449, 1483, 1554, 1605Pirozov, S. V., 164, 166, 180, 1323, 1352Pisaniello, D. L., 2584Piskarev, P. E., 3024Piskunov, E. M., 780, 1352, 1427, 3061Pissarsjewski, L., 77Pissot, A. M., 198, 225Pitard, F., 632Pitkanen, V., 3304Pitman, D. T., 67Pitner, W. R., 854, 2686, 2690Pittman, E. D., 3137Pitts, S. H. Jr., 3233, 3234Pitzer, K. S., 753, 1683, 1689, 1727, 1728,
1898, 1900, 1907, 2538, 3549Pitzer, R. M., 254, 577, 627, 763, 764,
1192, 1199, 1676, 1679, 1777, 1897,1901, 1908–1910, 1928, 1930–1932,1939, 1940, 1943, 1944, 1946–1949,1951, 1952, 1959, 1973, 2037, 2079,2253, 2400, 2561, 2594, 2853,2864, 4102
Pius, I. C., 1271Pkhar, Z. Z., 1633, 1636Plaisance, M. L., 215, 218Plakhtii, V. P., 546Plambeck, J. A., 2133, 2134Planas-Bohne, F., 3354, 3397, 3398,
3399, 3400Plancque, G., 3054Plant, J., 270, 271Plaschke, M., 3066Platzner, I. T., 637, 3310–3313Pluddemann, W., 104Plesek, J., 2655Pleska, E., 739, 1055Plesko, E. P., 293Plesset, M. S., 1902Plessy, L., 2731Plettinger, H. A., 2439Plews, M. J., 1190, 1191, 2472, 2475, 2817Peligot, E., 254, 413, 421, 2592Plissionier, M., 101Plodinec, M. J., 3846Ploehn, H. J., 1292, 2752Plotko, V. M., 6Pluchet, E., 220Plumer, M. L., 444
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-264
Plummer, E. J., 3611Plurien, P., 504–507, 2243, 2246, 2449, 2452Plutonium in the Environment, 3295Plymale, A. E., 3180Plyushcheva, N. A., 31Peneau, A., 81Penicaud, M., 2371Poa, D. S., 2722, 2723Poblet, J. M., 3143, 3145Poblet, M. M., 1927Pocev, S., 2531, 3101, 3105Pochini, A., 2655Poda, G. A., 1507Podnebesnova, G. V., 539, 565Podoinitsyn, S. V., 856Podor, R., 109, 128, 602, 1172, 2431, 2432Podorozhnyi, A. M., 1629, 2525Podosek, F. A., 3159Poettgen, R., 70, 73Pohl, D. C., 3840Pohlki, F., 2982Poinsot, R., 192Poinssot, C., 3839, 3840fPoirot, I. S., 2261, 3814, 3867Poliakoff, M., 2678Polig, E., 3403Pollard, F. H., 636Pollard, P. M., 787, 3043, 3044Polligkeit, W., 536Pollmeier, P. G., 100Pollock, E. N., 636Polo, A., 2473Polozhenskaya, L. P., 583, 601Poluboyarinov, Y. V., 6Polunina, G. P., 372–376, 384, 385Polyakov, A. N., 14, 1398, 1400, 1653, 1654,
1707, 1719, 1736, 1738Polyakova, M. Y., 986Polynov, V. N., 822, 1398Polyukhov, V. G., 1416, 1430Polzer, W., 3017Pomar, C., 3016, 3063Pommer, A. M., 292Pompe, S., 2568, 3102, 3135, 3138, 3140–3142,
3145, 3147, 3149, 3150, 3534Pomytkin, V. F., 1848Ponader, C. W., 270, 276, 277Poncet, J. L., 3117Poncy, J. L., 3413, 3423Ponomareva, O. G., 1126Pons, F., 904Poojary, M. D., 2442Poole, D. M., 903, 904, 913Poole, O. M., 892, 913Poole, R. T., 520Poon, S. J., 2351Poon, Y. M., 501, 509, 523, 2016, 2036,
2081–2083, 2245
Pope, M. T., 2584Pope, R., 1071Popeko, A. G., 6, 14, 164, 1653, 1654, 1701,
1713, 1717, 1719, 1720, 1735,1737, 1738
Popik, M., 2177Pople, J. A., 1902Popov, D. K., 1178, 1352Popov, M. M., 2168Popov, N. I., 3907Popov, S. G., 357, 1048, 1071, 1074–1077
Popov, Y. S., 1446, 1447, 1504Popovic, S., 103, 110Poppensieker, K., 6, 1738
Popplewell, D. S., 1814, 1816, 3360–3362,3364, 3365, 3366, 3375, 3376, 3378,3398
Porai-Koshits, M. A., 102, 105, 2434, 2439Porcelli, D., 3288Porcher, P., 113, 2044Porchia, M., 2472, 2473, 2484, 2820, 2822,
2825, 2841, 2893, 2934Porodnov, P. T., 2693, 2699, 2704, 2705Porsch, D., 1071Portal, A. J. C., 719, 721Portanova, R., 767, 770, 776–779, 781, 1178,
1180, 1181, 2550, 2554, 2584–2586,2589
Porter, C. E., 1508, 1511, 1585, 1623, 1624
Porter, F. T., 1626, 1627, 1634, 1639, 1644
Porter, J. A., 1312, 1422Porter, M. J., 2256Portier, S., 3956Posey, J. C., 518Poskanzer, A. M., 29, 184, 1111, 2662Poskin, M., 32, 33Pospelov, Yu. N., 3014Post, B., 66, 2407Postel, S., 3424Potel, M., 75, 96, 97, 402, 407, 414–417, 514,
516, 528, 2413, 2425, 4006t, 4011, 4015,4032–4034, 4043
Potemkina, T. I., 745, 747, 749, 2434, 2436
Potter, P. E., 367, 391, 718, 719, 722, 726–728,739, 744, 745, 767, 769, 771, 881, 888,891, 989, 997, 998, 1002, 1004, 1008,1009, 1010, 1015, 1019, 1021, 1045,1047, 1048, 1085–1087, 1098, 1100,1101, 1110, 1111, 1117, 1118, 1131,1147–1150, 1155, 1157, 1158, 1162,1167, 1169–1171, 1180, 1181, 2114,2115, 2117, 2120, 2133, 2136, 2137,2140, 2142, 2144, 2145, 2151, 2152,2154, 2155, 2159–2161, 2163–2165,2168, 2170, 2171, 2173–2175, 2182,2186, 2187, 2193, 2194, 2195, 2197,2199–2201, 2204, 2206, 2538, 2576,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-265
2578, 2582, 2583, 3206, 3213, 3347,3754
Potter, P. E., 3754Potter, R. A., 1317, 1318Potts, A. M., 3424Poty, B., 3065Potzel, U., 719, 720Potzel, W., 719, 720, 2361Poulet, H., 545Poulsen, O., 1846, 1873Poupard, D., 3312Pourbaix, M., 3096Povey, D. C., 1169Povinec, P. P., 1806, 3017, 3031, 3032Povondra, P., 3278Powell, A. K., 545, 2442, 2447, 2448Powell, B. A., 3539Powell, D. H., 3110Powell, E. W., 484, 560Powell, F. W., 484Powell, G. L., 3239Powell, J. E., 63, 64, 65, 841Powell, J. R., 854Powell, R. E., 957, 1898Powell, R. W., 322, 1593Powell, T., 421Power, P. P., 2980Powietzka, B., 2255, 2808Pozet, N., 1507Pozharskii, B. G., 1099, 1100Poznyakov, A. N., 1161, 1172Pozo, C., 1285Pozolotina, V. N., 3280Prabhahara, R. B., 2205, 2206Prabhu, D. R., 1285, 2657, 2658, 2736Prasad, N. S. K., 2441Prasad, R., 2157, 2158, 2209Prater, W. K., 821Pratopo, M. I., 768Pratt, K. F., 1468Predel, B., 3778fPrenger, C., 2752Preobrazhenskaya, E. B., 3034Prescott, A., 520Prescott, C. H., 319Press, W. H., 3642Presson, M. T., 1168, 1262, 1270, 2532Preston, D. L. S., 1821Preston, J. S., 1168Preus, H., 2148Preuss, H., 1676, 1679, 1908, 1918, 1920, 1937,
1943, 1944, 1947, 1949, 1951, 1959Prewitt, C. T., 1463Pribylova, G. A., 705, 2661Price, C. E., 100Price, D. L., 2232Price, G. R., 3037Price, P. B., 3969
Priceman, S., 323Prichard, W. C., 3223Priest, N. D., 3173, 3317, 3318, 3403, 3405Prigent, J., 372, 374, 376, 413, 551, 4011,
4032Priibylova, G. A., 1283Prikryl, J. D., 272, 301Primak, W., 3847–3848Prince, E., 66Prins, G., 373–375, 514, 525, 543, 544, 551,
552, 569, 2158, 2160, 2161, 2185Prins, R., 3087Perio, P., 329, 347, 348, 353, 355, 2392Pritchard, C. A., 3312, 3321Pritchard, S. E., 1873Pritchard, W. C., 1004, 1007, 3253, 3254Privalov, T., 565, 577, 578, 595, 596, 606,
613, 619–622, 623, 1925, 2185, 2187,2195
Probst, H., 83Probst, T., 3057Proceedings, 405, 420Proctor, S. G., 1271, 1290Perodeaud, P., 352Prodic, B., 102, 108, 110, 2430, 2431, 2558Prokryl, J. D., 272, 293Propst, R. C., 1480, 1481, 1484Propst, R. L., 1549Prosser, C. L., 3353, 3356, 3362, 3366, 3370,
3378, 3386, 3395, 3407, 3424Prosser, D. L., 1033Proust, J., 792, 2443Proux, O., 389Provitina, O., 789Provost, J., 2431, 2432Prpic, I., 182Pruett, D. J., 2688, 2690Pruner, R. E., 3247, 3257, 3259Prunier, C., 1269, 1285, 2756, 3754Prusakov, V. N., 1312, 1315, 1327, 2421Prussin, S. G., 3958, 3962, 3975Prussin, T. G., 3025Pruvost, N. L., 821, 988Pryce, M. H. L. J., 765, 1915, 2080, 2227,
2239, 2241, 2243Pryor, A. W., 2391, 3856Przewloka, A., 1735Przystawa, J. A., 2274Ptackova, B. N., 1507Ptasiewicz-Bak, H., 4021t–4022t, 4023Puaux, J.-P., 2438, 2439Pucci, R., 1994Puchta, G. T., 3003Puck, T. T., 3605Pugh, E., 407, 2239, 2359Pugh, R. A., 863Pugh, W., 180Puglisi, C. V., 3250, 3253, 3259
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-266
Puigdomenech, I., 211, 270, 590, 1146, 1158,1159, 1314, 1328–1330, 1338, 1339,1341, 1354, 1355, 2114, 2115, 2117,2120, 2126–2129, 2137, 2143, 2144,2154, 2155, 2159, 2165, 2171, 2173,2174, 2175, 2182, 2186, 2187, 2194,2538, 2546, 2582, 2593, 3549
Pulcinelli, S. H., 90Pullat, V. R., 3057Pullen, F., 102, 110Pulliam, B. V., 1840, 1847Punyodom, W., 225Purdue, W. M., 1049Pursel, R., 2430Purser, K. H., 3063, 3318Purson, J. D., 1058–1060, 1062, 3163Purushotham, D. S. C., 182, 184Purvis, G. D., 1902Pushcharovsky, D. Y., 102, 109, 266,
268, 298Pushlenkov, M. F., 1271, 3895Pushparaja, 2669Pustovalov, A. A., 817Putnis, A., 286, 290Puzzuoli, G., 1282, 2743Pyle, G. L., 5, 1577, 1622Pyper, N. C., 369, 1670, 1675, 1726, 1728Pyykko, I., 576Pyykko, P., 578, 792, 1666, 1669, 1670, 1675,
1723, 1726, 1729, 1873, 1894, 1898,1899, 1913, 1916, 1917, 1933,1939–1943, 1948, 1969, 1976, 1978,1993, 2400, 4142
Pyzhova, Z. I., 29, 30
Qian, C. T., 2831Qin, Z., 1662, 1664, 1685, 1713, 1714, 1716Qu, H., 3024, 3284, 3296Quamme, G. A., 3357, 3381, 3383Quarton, M., 103, 109, 110, 112, 2431,
2432Quere, Y., 817, 3892Quezel, J., 739Quezel, S., 739Quigley, M. S., 3024Quijano-Rico, M., 3306Quill, L. L., 700Quimby, F. W., 3357, 3358Quiney, H. M., 1670, 1905Quinn, B. M., 3126Quiroz, N. G. A., 3630Raab, J., 4117
Raab, W., 785Raabe, O. G., 3254Rabardel, L., 77Rabbe, C., 2676Rabe, P., 3117Rabezzana, R., 4123, 4125
Rabideau, S. W., 529, 530, 1088, 1111,1117–1121, 1123, 1126, 1128, 1129,1131–1135, 1144–1146, 1149, 2580,2599, 2601, 3515
Rabinovich, D., 117, 475, 495, 2827,2868, 2869
Rabinovich, I. B., 2822Rabinovitch, V. A., 1725Rabinowitch, E., 255, 318, 328, 339, 340, 558,
629, 2160, 2167Rabinowitz, P., 4103Rabung, T., 3477Racah, G., 60, 1862, 1863, 1865, 1869,
2026, 2027Radchenko, V. M., 1317, 1398, 1412, 1413,
1421, 1422, 1433, 1518–1521, 1829Rader, L. F. Jr., 3061Radionova, G. N., 1448, 1449Radkov, E., 3420Radu, N. S., 2832, 2974Radzewitz, H., 113, 1312, 1313Radziemski, L. J. Jr., 1845, 1874, 1875,
1877, 2080Rae, A. D., 546, 2429Rae, H. K., 1080, 1086Raekelboom, E., 298Raetsky, V. M., 324Rafaja, D., 338, 339Rafalski, A. L., 958, 959, 960Raff, J., 3179, 3181, 3182Raffenetti, R. C., 1908Raffy, J., 3016Raftery, J., 2400Ragan, V. M., 3159Raghavachari, K., 1902Raghavan, R., 772Ragheb, M. M. H., 2734Ragnarsdottir, K. V., 2191, 2192Rahakrishna, P., 2392Rahman, H. U., 2274, 2278, 2288Rahman, Y. E., 1179Rai, D., 125–128, 130, 131, 728, 767–769,
1149, 1160, 1162, 1179, 1319, 1341,2192, 2546, 2547, 2549, 2592, 3039,3134–3137, 3247, 3476, 3516, 3530,3531f, 3538, 3549
Rai, H. C., 86, 91Raich, B., 319Raimbault, L., 3305Raimbault-Hartmann, H., 1735Rainey, R. H., 188, 1151, 2735, 3904Rainey, R. N., 2735Rais, J., 1283, 2655Raison, E. P., 1531, 1532Raison, P. E., 1398, 1467, 2250Raj, D. D. A., 1074Raj, P., 339Raj, S. S., 2452, 2453, 2455
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-267
Rajagopalan, M., 63, 100Rajagopalan, S., 396Rajan, K. S., 2587Raje, N., 180Rajec, P., 3017Rajendra, S., 1275Rajnak, K., 203, 482, 491, 1099, 1588, 1590,
1845, 1852, 1862, 1868, 1878, 1879,2016, 2029, 2030, 2032, 2038, 2042,2044, 2049, 2055, 2056, 2065,2066, 2074, 2090, 2091, 2093, 2095,2251, 2261
Rakhmanov, Z., 1507Rakovan, J., 3087, 3170Ralph, J., 357Ralston, L. G., 3345, 3354, 3355, 3371,
3378, 3384Rama Rao, G. A., 182, 184Ramadan, A., 184Ramakrishna, V. V., 182, 772, 773, 774, 1168,
1170, 2579Ramamurthy, P., 101Raman, S. V., 3867Raman, V., 77Ramaniah, M. V., 40, 41Ramanujam, A., 712, 713, 1281, 1282, 1294,
2668, 2669, 2743, 2744, 2745, 2747,2749, 2750, 2757, 2759
Ramaswami, D., 1082Ramdoss, K., 3308Rameback, H., 1432, 1434Ramirez, A. P., 942, 944, 948Rammelsberg, C., 75Ramos, A. F., 3057Ramos Alonso, V., 93Ramos, M., 942, 944, 945, 948, 965, 966,
967, 984Ramos-Gallardo, A., 2407, 2408Ramounet, B., 3352, 3359, 3364, 3368, 3377,
3398, 3399Ramsay, D. A., 1981Ramsay, J. A., 3619Ramsay, J. D. F., 301, 3064, 3103, 3152, 3154,
3155Ramsey, K. B., 851Ramsey, W. G., 3843, 3846Ramsey, W. J., 910Rana, R. S., 2016, 2030, 2038, 2044Rananiah, M. V., 2579Rance, P., 1145Rand, M. H., 53, 61, 67–69, 74, 100, 270, 321,
322, 325, 326, 351–353, 362, 364, 398,400–402, 405–407, 421, 423, 425, 435,439-441, 457, 458, 469, 473, 474, 477,478, 480, 481, 486, 497, 502, 503, 509,513–517, 536, 538, 543–545, 551, 552,556, 593–599, 601–603, 718, 719, 722,726–728, 739, 744, 745, 767, 769, 771,
881, 888, 890, 891, 945, 949, 963, 989,1004, 1008, 1019, 1021, 1028, 1030,1045–1048, 1069, 1085–1087, 1098,1100, 1101, 1110, 1111, 1117, 1118,1131, 1147–1150, 1157–1162,1165–1167, 1169–1171, 1180, 1181,1297, 1298, 1314, 1328–1330, 1338,1339, 1341, 1354, 1355, 1403,1045–1048, 1409, 1410, 1417,2114–2117, 2120, 2126–2129, 2132,2133, 2136–2138, 2140, 2142–2145,2149, 2151–2155, 2157, 2159–2161,2163–2165, 2168, 2170, 2171,2173–2176, 2179, 2181, 2182, 2186,2187, 2190–2201, 2203–2209, 2538,2546, 2554, 2576, 2578, 2582, 2583,3206, 3213, 3347, 3701, 3749
Randall, C. H., 198Randles, S. R., 3244Randrup, J., 1661Ranebo, Y., 3956Rangaswamy, R., 3308Rangelov, R., 3027Rankin, D. T., 3265Rannou, J. P., 2422Rao, C. L., 40, 41, 42Rao, C. N. R., 4182Rao, C. R. V., 339Rao, G. S., 1174Rao, L., 1341, 1363, 1370, 2568, 3102,
3142, 3143, 3145Rao, L. F., 772, 1155, 1164, 2553, 2558,
2561, 2571, 2574, 2578, 2589, 2594,2595, 2602, 3516, 3529, 3650, 4160
Rao, M. K., 1282, 2743, 2744, 2745Rao, P. C. S., 3629Rao, P. M., 60, 1452, 1875, 1877Rao, P. R. V., 396, 772–774, 840, 1076,
1168, 2649Rao, R. S., 2370Rao, V. K., 40, 41, 1352Raphael, G., 2288, 2289Rapin, M., 904, 955Rapko, B. M., 1278, 1280, 1283, 2573, 2653,
2656, 2660, 2737, 2738Rapp, G. R., 259, 260, 262, 263, 266,
267, 269Rapp, K. E., 518Raschella, D. L., 1424, 1524, 1527Rasilainen, K., 273Rasmussen, J. J., 1303, 1312Rasmussen, M. J., 1093Raspopin, S. P., 86, 93, 2715Rastogi, R. C., 3017Rastsvetaeva, R. K., 266Rateau, G., 1819Ratherton, D., 3396, 3401, 3405Ratho, T., 466
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-268
Ratledge, C., 3529Ratmanov, K. V., 1145, 1146Ratsimandresy, Y., 3037Rattray, W., 3025Rau, W., 3397, 3399Raub, E., 63Rauchfuss, T. B., 2837Rauchle, R. F., 64Raudaschl-Sieber, G., 3003Raue, D. J., 1081Rauh, E. G., 60, 63, 70, 75, 322, 352, 364, 365,
724, 2147, 2148, 2380, 2391, 4085,4091, 4099
Rauschfuss, T. B., 2480, 2481, 2482Ravagnan, J., 3069Ravat, B., 933Raveau, B., 2431, 2432Ravenek, W., 1907Ravn, H. L., 1735Rawson, R. A., 3358Ray, A. K., 1018, 1976, 1989, 1994, 2149Ray, C. S., 277Ray, I. L. F., 3732, 3737, 3772, 3940, 3985Raymond, C. C., 412Raymond, D. P., 131, 132Raymond, J. R., 3637Raymond, K. N., 116, 1168, 1188, 1813, 1815,
1819, 1823, 1824, 1825, 1943, 1944,2471, 2472–2474, 2478, 2479, 2486,2488, 2491, 2591, 2669, 2816, 2819,2820, 2830, 2832, 2852, 2853, 2868,2919, 3340, 3343, 3349, 3359,3364–3366, 3369, 3375, 3376, 3378,3379, 3382, 3385, 3388–3391, 3394,3409, 3413–3423, 3611
Raynor, G. V., 98Raynor, J. B., 976Razbitnoi, V. L., 1320Razbitnoi, V. M., 1323, 1352, 1402,
1422, 1423Rade, D., 77Rudorff, W., 372–378, 382, 384–386, 388, 389,
391–393, 523Reader, J., 857, 1513, 1633, 1639, 1646,
1841Readey, D. W., 1031Reas, W. H., 837Reavis, J. G., 717, 1004, 1009, 1077, 1093,
1095, 1104, 2709, 2713Rebel, H., 1873Rebenko, A. N., 539, 542Rebizant, J., 65, 66, 69, 73, 97, 102, 108, 192,
204, 207, 334, 335, 409, 412, 431, 451,470, 552, 553, 719, 720, 722–725, 739,741, 744, 792, 861, 863, 967, 968, 994,995, 1009, 1012, 1015, 1016, 1019,1023, 1033, 1034, 1050, 1052, 1055,1056, 1168, 1304, 1318, 1754, 1784,
1790, 2135, 2188, 2189, 2237, 2239,2249, 2250, 2255, 2283, 2284,2285–2287, 2289, 2290, 2292, 2347,2352, 2353, 2359, 2370, 2372, 2381,2403, 2404, 2407, 2411, 2441, 2469,2470–2472, 2474–2479, 2484, 2486,2488–2490, 2808, 2814–2819, 2827,2829, 2882
Recker, K., 372Recrosio, A., 1022Reddon, G., 3165, 3168Reddy, A. K. D., 2538Reddy, A. S., 182Reddy, A. V. R., 182, 184Reddy, J. F., 743, 1022Reddy, S. K., 182Redey, L., 2723Redfern, C. M., 1200, 1202, 1949,
2561, 2854Redhead, P. A., 60Rediess, K., 505, 509, 510, 543Redman, J. D., 1104Ree, T., 367Reed, D. T., 861, 1148, 1155, 1172, 1813,
1814, 1818, 1930, 1991, 2536, 2668,3034, 3037, 3043, 3044, 3095, 3113,3118, 3175, 3177, 3179, 3181, 3182,2096, 3039, 3600, 3609, 3610f, 3612,3615, 3616, 3621, 3624, 3625, 3629,3633, 3649–3650
Reed, W. A., 2360, 3165, 3169Reeder, R. J., 291, 3131, 3159, 3160, 3161,
3164, 3170, 3542, 3544Reedy, G. T., 356, 366, 1018, 1029, 1971, 1972,
1976, 1988, 2148, 2149, 2203, 4102,4103, 4114t–4116t
Rees, T. F., 3528, 3556, 2650Rees, T. R., 3601Reese, L. W., 1270Regalbuto, M. C., 2655, 2738, 2739Regel, L. L., 749, 2442Rehfield, C. E., 3343Rehklau, D., 1875, 1876Rehkamper, M., 639, 3327Rehner, T., 82, 83Rehr, J. J., 1112, 1991, 2858, 3087, 3089, 3090,
3103, 3108, 3113, 3117, 3118,3123, 3170
Rehwoldt, M., 1190Reich, T., 118, 289, 389, 580, 589, 596, 602,
612, 616, 621, 626, 795, 1112, 1113,1156, 1166, 1921, 1923, 1933, 2531,2532, 2568, 2576, 2580, 2582, 2583,2812, 3046, 3089, 3101, 3102, 3106,3107, 3111–3113, 3117–3119, 3121,3122, 3125–3132, 3135, 3138–3150,3152, 3154–3156, 3160, 3161, 3165,3166, 3167, 3179–3182, 3381, 3382
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-269
Reichert, W. M., 2691Reichl, J., 2966Reichlin, R., 1300Reichlin, R. L., 1403, 1410–1412Reich-Rohrwig, W., 3029Reid, A. F., 116Reid, M. F., 422, 483, 486, 1113, 2020, 2031,
2044, 2051, 2054, 2067–2070, 2072,2089, 2091, 2099
Reihl, B., 2336, 2338, 2359Reiller, P., 3534, 3537fReilly, D., 3965, 3967Reilly, J. J., 338Reilly, S. D., 861, 1112, 1148, 1155, 1166,
1178, 1179, 1824, 3035, 3106, 3109,3113, 3115, 3123, 3133, 3134, 3210,3521, 3524, 3543
Reilly, S. P., 1138, 1179Reilly, S. R., 1116, 1117Reimann, T., 1352Reiners, C., 1828Reinhard, P. G., 1736Reinhardt, H., 2757Reinhoudt, D. N., 597Reis, A. H. Jr., 372, 373Reisdorf, W., 6, 1660, 1738Reisfeld, M. J., 763, 765, 1356, 1365, 1475,
1513, 1515, 1604, 2076, 2082, 2241Reisfeld, R., 1894, 1916Reishus, J. W., 1046Reiss, G. J., 2479, 2834Reissmann, U., 2852Reitmeyer, R., 3165, 3167Reitzik, M., 3357, 3381, 3383Rekacewicz, P., 3567fRekas, K., 1507Rekas, M., 1352, 1431Remaud, P., 43Rempe, N. T., 3568Remy, M., 1963, 1965Renaud, P., 3498Rendl, J., 1828Renkin, J. M., 2815Renshaw, J. C., 589, 2441Rentschler, H. C., 61, 80Repnow, R., 33, 1880–1884Reshetnikov, F. G., 1028Reshetov, K. V., 373, 375Reshitko, S., 14, 1653, 1713, 1717Ressouche, E., 475, 476, 495, 719, 720, 2352Reul, J., 34, 35, 191, 1271, 1297, 1402, 1403,
1410, 1412, 1413, 1417, 1424, 2696, 2700Reul, R., 1403, 1411Reusser, E., 279Reuter, H., 407Revel, R., 1168, 1262, 1270, 3101, 3110, 3111,
3113–3118Revenko, Y. A., 856
Revy, D., 789Rexer, J., 64Rey, A., 3519Reymann, G. A., 3723Reymond, F., 172Reynolds, C. T., 205Reynolds, D. A., 2760Reynolds, F. L., 319Reynolds, G. H., 3789Reynolds, J. G., 2256, 2558, 2819Reynolds, J. H., 824Reynolds, L. T., 630, 1189, 1800, 1952,
2799, 2815Reynolds, M. B., 485Reynolds, R. W., 1472, 1602, 2266, 2268,
2272, 2292Reynolds, S. A., 164, 169, 225, 226Reznikova, V. E., 1095, 1100Reznutskij, L. R., 2114, 2148, 2149, 2185Rhee, D. S., 1352, 1354, 2591, 3022Rheingold, A. L., 1965, 2849, 2974Rhinehammer, T. B., 487Rhodes, L. F., 1363, 1954, 1956, 1957Rhodes, R., 2628, 2629, 2692Rhyne, J. J., 66Rhyne, L. D., 2851Rhys, A., 2068, 2089Ribas Bernat, J. G., 93Ricard, L., 2491, 2869, 2870Rice, R. W., 998Rice, W. W., 1088, 1090, 4106, 4109Richard, C. E. F., 737Richards, D. A., 3313Richards, E. W. T., 190, 226Richards, R. B., 530, 2730Richards, S. M., 1002Richardson, A. E., 29Richardson, F. S., 2051, 2067Richardson, J. W. Jr., 457, 486, 719, 721, 882,
939, 941, 942, 1419, 2233, 2264, 2293,2397
Richardson, N. L., 3254Richardson, N. V., 1681Richardson, R. P., 2261Richardson, S., 2584Richman, I., 2067Richmann, M. K., 861Richter, J., 2469Richter, K., 724, 726, 988, 2407, 3766, 3767,
3800Richter, M., 2359Rickard, C. E. F., 108, 115, 200, 201, 204, 205,
208, 527, 2418Rickert, P. G., 1279, 1281, 2652, 2655, 2691,
2738, 2747, 2750Ricketts, T. E., 2749, 3219, 3220, 3253,
3254, 3262Ridgeliy, A., 226
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-270
Rieder, R., 1398, 1421, 1433, 3306Riefenberg, D. H., 958–960Riege, U., 3846Riegel, J., 60, 789, 1296, 1403, 1452, 1875,
1876, 1877Rieke, R. D., 2851Rieman, W., 3923Rienstra-Kiracofe, J. C., 1973Rieth, U., 1735Rietschel, A., 64Rietveld, H. M., 373, 375, 376, 392, 2381,
2383, 2397Rietz, R. R., 208, 1187, 2404, 2405Rigali, L., 1284Rigali, M. J., 3172Rigato, V., 3065, 3069Riggle, K., 786Riglet, C., 753, 756, 775, 789, 1161, 3099Rigny, P., 504, 505, 506, 560, 2243, 2246, 2251,
2449, 2450, 2603, 2855, 3101, 3105,3120, 3138, 3141
Rigol, J., 1653, 1719Riha, J., 1106Rijkeboer, C., 2381Riley, B., 1045Riley, F. D. Jr., 1508, 1511, 1585, 1623, 1624Riley, P. E., 3416, 3419Riley, R. G., 3632, 3652Rimke, H., 1875, 1876, 3044, 3047, 3048,
3320, 3321Rimmer, B., 115Rimsky, A., 102, 103, 109, 111, 112, 131,
587, 588, 2427Rimsky, H., 103, 110Rin, E. A., 1545Rinaldi, P. L., 2565, 2566Rinaldo, D., 2458Rinehart, G. H., 3892Rinehart, G. H., 817–819, 963, 1033,
1058–1060, 1062, 3892Ringelberg, D. B., 3602Ringwood, A. E., 3855, 3856Rink, W. J., 3033Rios, E. G., 2442Rioseco, J., 3017Riou, M., 27Ripert, M., 389, 861Riseberg, L. A., 2086, 2095, 2096Riseborough, P. S., 2343–2345Ritchey, J. M., 2484, 2891Ritchie, A. G., 3244Ritger, P. L., 2451, 2452Ritter, G. L., 1275Ritter, J. A., 1292, 2752Rittmann, B. E., 1813, 1814, 1818, 2668, 3179,
3181, 3182, 3614, 3623, 3629, 3633,3634, 3636–3644, 3648, 3649f
Rivard, M. J., 1507, 1518, 1829
Rivera, G. M., 1670, 1672–1675, 1685, 1874Rivers, M. L., 270, 861, 3039, 3089, 3172,
3175–3177, 3183Riviere, E., 2254Riviere, C., 576Rizkalla, E. N., 776–779, 781, 2443, 2529,
2537, 2546, 2548, 2558, 2559,2562–2566, 2570, 2571, 2574, 2585,2589
Rizvi, G. H., 772, 1281, 1282, 2745, 2747Rizzo da Rocha, S. M., 410Rizzoli, C., 763, 765Rollin, S., 3068Romer, J., 3066Roach, J., 822, 823, 3279, 3314Robbins, D. A., 2208Robbins, J. L., 871, 949, 950, 1021,
1956, 2806Robbins, R. A., 856Robel, W., 1323Robert, F. J., 103, 110, 112Robert, J., 166Roberts, A. C., 103, 113Roberts, C. E., 119–121, 123, 124,
2548, 2549Roberts, E., 3354, xviRoberts, F. P., 1011, 1268, 1290, 1291, 3833,
3834, 3848, 3850, 3853, 3862Roberts, J. A., 939, 941, 942, 962, 984Roberts, J. T., 484Roberts, K. A., 3625Roberts, K. E., 1114, 3025, 3043, 4160Roberts, L. E. J., 195, 196, 226, 340, 353,
354, 356, 360, 362, 390, 2391, 3214Roberts, M. M., 588, 2434Roberts, R. A., 1138, 2726Roberts, S., 457, 486Roberts, W. L., 259, 260, 262, 263, 266,
267, 269Robertson, D. E., 3022Robertson, J. L., 929Robins, R. G., 343Robinson, A. V., 3609, 3630Robinson, B. A., 3106, 3346Robinson, D. K., 3973–3975Robinson, H. P., 1098, 1101Robinson, H. R., 3253, 3254Robinson, P. S., 1184Robinson, R. A., 333, 2289, 2290Robinson, T., 225Robinson, V. J., 3022Robison, T. W., 2633, 2634Robison, W. L., 3553Robouch, P. B., 753, 756, 1159–1161, 1165,
1166, 1314, 1328–1330, 1338, 1339,1341, 1354, 1355, 2114, 2115, 2117,2120, 2126–2129, 2137, 2143, 2144,2154, 2155, 2159, 2165, 2171,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-271
2173–2175, 2182, 2186, 2187, 2194,2538, 2546, 2582, 3099
Roche, M. F., 164Rochicoli, F., 3066Rocker, F., 4027Rodchenko, P. Y., 1126Rodden, C. J., 632Roddy, J. W., 1303, 1304, 1312, 1314,
1317, 1318, 2404, 2411, 2413Rodehuser, L. R., 618Roden, B., 62Roden, E. E., 3639Rodgers, A. L., 549, 2439Rodgers, S. J., 3413, 3414, 3416, 3418,
3419, 3421Rodier, N., 542, 547, 4040, 4043–4044Rodinov Yu, F., 164, 166Rodionov, V. F., 26Rodionova, G. N., 3924Rodionova, I. M., 185Rodionova, L. M., 29, 30, 1448, 2668Rodrigues de Aquino, A., 410Rodriguez de Sastre, M. S., 355Rodriguez, J., 3528Rodriguez, M., 1432, 1433Rodriguez, R. J., 719, 721Roe, S. M., 2440Roehler, J., 3117Roell, E., 63, 64Roemer, K., 713Roensch, F. R., 789, 822, 823, 3133, 3279,
3280, 3282, 3314Roentgen, W. C., 1654Roepenack, H., 839, 852, 1070, 1071, 1073,
1074, 3892Roesch, D. L., 903Roesky, H. W., 2472, 2875Roesky, P. W., 1943, 2924, 2984, 2986Roessli, B., 2239, 2352Rofer, C. K., 3263Rofidal, P., 930, 932, 954Rogalev, A., 2236Rogers, F. J. G., 164, 166, 173, 180, 224Rogers, H. J., 3628Rogers, J. J. W., 3014Rogers, L. M., 2469Rogers, N. E., 487Rogers, R. D., 421, 580, 595, 620, 621, 854,
1110, 1156, 1925, 1926, 1956, 2380,2451–2454, 2469, 2589, 2590, 2607,2666, 2675, 2686, 2691, 2803, 2806,2807, 3126, 3127, 3128
Rogl, P., 67–69, 71, 406, 997, 998, 1002,2362, 2407, 2408
Rogova, V. P., 259Rogowski, J., 1665Rogozina, E. M., 1178, 1352Rohac, J., 1654, 1719, 1720, 1735
Rohr, D. L., 986Rohr, L. J., 962Rohr, W. G., 962, 963Roithova’, J., 4123Rojas, R. M., 2439–2443Rojas-Hernandez, A., 3023Rokop, D. J., 822, 823, 3014, 3069, 3279,
3288, 3314Roll, W., 55Rolland, B. L., 1054Rollefson, G. K., 104, 857Roller, H., 377Rollin, S., 2650Rollins, A. N., 2452–2454Rolstad, E., 352Romanov, A., 1821Romanov, G. A., 2579Romanov, S. A., 1821, 3282Romanovski, V. V., 1168, 2591, 3419Romanovskii, V. N., 856, 2682, 2684, 2739Romer, K., 2756Romero, A., 2407, 2408Romero, J. A. C., 2982Ron, A., 469, 491Rona, E., 224, 621Roncari, E., 2585Ronchi, C., 347, 353, 357, 359, 1029, 1033,
1036, 1045, 1047, 1077, 1971, 2139,2140, 2148, 2149, 2388, 2392, 3212,3681, 3684, 3700, 3720, 3722, 3722f,3723, 3734, 3740
Ronchi, R., 2149Rondinella, V. V., 3070, 3860Ronen, Y., 1447Ronesch, K., 3061Roof, R. B. Jr., 457, 903, 906, 909–912, 976,
977, 989, 1012, 1013, 1027, 1061, 1067,1084, 1107, 1109, 1300, 2407, 2408
Rooney, D. W., 393, 854, 2686, 2690Rooney, T. A., 1968, 1971Roos, B. O., 576, 589, 595, 596, 1897, 1909,
1910, 1927–1929, 1972–1975, 1979,1989, 1990, 1994, 1995, 4118
Roozeboom, H. W. B., 101, 104Rosan, A. M., 2943Rosber, A., 1923Rose, R. L., 939, 940, 949, 950, 1297Roselli, C., 3030Rosen, A., 576, 1671, 1677, 1680, 1682, 1916,
1933Rosen, M., 936, 943, 944Rosen, R. K., 2246, 2247, 2473, 2805,
2809, 2810Rosen, S., 1003, 1009Rosenberg, R. J., 3304Rosenblatt, G. M., 1653, 1654Rosenblum, M., 1952Rosenfeld, T., 817
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-272
Rosengren, A., 63, 1460, 1515, 1517, 1626,1634, 1639
Rosenheim, A., 82, 90, 93, 105, 109Rosenkevitch, N. A., 1547, 1548Rosenthal, M. W., 487, 1179, 1823, 2632,
3387, 3388, 3413, 3424Rosenzweig, A., 78, 86, 88, 90–92, 259,
261–269, 275, 451, 458, 461, 464, 465,488, 504–507, 734, 1398, 1417, 1418,1468, 2415
Rosethal, U., 2927Roshalt, J. N., 170Rosner, G., 784Rosoff, B., 3413Ross, J. W., 2283Ross, M., 265, 2434Ross, R., 2701Ross, R. B., 1671, 1898, 1908, 1918, 1920Ross, R. G., 1451, 1509, 1584Rossat-Mignod, J., 719, 720, 739, 744, 1055,
2275, 2409Rossbach, H., 1683Rossberg, A., 589, 596, 602, 612, 616, 621,
2582, 3102, 3106, 3107, 3111, 3112,3119, 3121, 3122, 3139, 3140, 3147,3148, 3149, 3179, 3180–3182
Rossel, C., 2352, 2357Rosser, R., 3062Rossetto, G., 452, 2472, 2473, 2484, 2801,
2820, 2825, 2841Rossetto, R., 2819, 2824Rossi, R., 2479Rossini, F. D., 2114Rossini, I., 596, 3102, 3119, 3121Rossotti, F. J. C., 209Rossotti, F. J. R., 589, 598Rossotti, H., 209, 589, 598Rosswall, T., 3614Rost, G. A., 3931Rotella, F. J., 457, 486Rotenberg, M., 2027, 2040Roth, L. M., 4123, 4130Roth, R. S., 377, 1067Roth, S., 1957, 2472, 2479, 2825, 2826, 2919Roth, W. L., 344, 1423, 2801Rothe, J., 1147, 1150, 1152–1154, 3103, 3104,
3129, 3138, 3149, 3158Rothe, R. E., 988Rothschild, B. F., 106, 107Rothstein, A., 3354, 3359, 3362Rothwarf, F., 63Rotmanov, K. V., 1144, 1145Roudaut, E., 1019Rough, F. A., 325, 408Rough, F. H., 325Roult, G., 467Rouquette, H., 2655Rourke, F. M., 824, 1804, 3016, 3022, 3276
Rouse, K. D., 2391Rouski, C., 1738Rousseau, D., 2916Roussel, P., 575, 1962–1964, 2887,
2888Routbort, J. L., 3858Routti, J. T., 3958, 3962, 3975Roux, C., 904, 955Roux, J., 3065Roux, M. T., 281Rouxel, J., 96, 415Rowe, M. W., 3276Rowland, H. G., 3353, 3402Rowland, R. E., 3403, 3404, 3407Rowley, E. L., 988, 1049Roy, J. J., 717, 1270, 2134, 2135, 2695–2700,
2715, 2719, 2721Roy, R., 77, 3870Roy, S., 1447Royer, R. A., 3549Rozanov, I. A., 416, 419Rozen, A. M., 108, 705, 709, 3918, 3919Rozenberg, G., 3065Rozenkevich, N. A., 1607, 1629, 1636Rozov, S. P., 1113, 1133, 1156Rosch, F., 776, 1352, 1479, 3101, 3102,
3111–3114Rosch, N., 1906, 1918–1921, 1923, 1925, 1931,
1935, 1937, 1938, 1943, 1946, 1948,1949, 1951
Rothemeyer, H., 3569Ruthi, M., 3283Ruban, A. V., 928Ruben, H. W., 2386, 2405, 2434, 2436Rubenstone, J. L., 3056Rubini, P. R., 608, 609, 618, 2533, 2603, 3102,
3112Rubinstein-Auban, A., 539Rubio Montero, M. P., 3017, 3022Rubisov, V. N., 1169Ruby, S. L., 1297, 2292Ruch, W. C., 316, 317Rucklidge, J. C., 3318Rudd, T., 3629Rudenko, N. P., 184Rudigier, H., 2333Rudnick, R. L., 3047Rudnitskaya, A. M., 3029Rudowicz, C., 730Rudzikas, Z., 1862Ruedenauer, F., 3173Ruehle, A. E., 303, 315, 317, 319, 559, 560Ruf, M., 555Ruff, O., 61Rufinska, A., 2837, 2841Rugel, G., 3016, 3063Ruggiero, C. E., 1110, 1138, 1179, 1824,
2590, 3546, 3612, 3613f
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-273
Ruh, R., 113Ruikar, P. B., 182, 184, 708, 1281,
2747, 2748Ruiz, J., 2966Rulli, J. E., 353, 368, 369Rumer, I. A. R., 28, 38, 220, 221, 1113, 1402,
1547, 1548, 1606–1608, 1624, 1629,1636, 2525, 2700
Rumyantseva, Z. G., 185Runciman, W. A., 2067, 2274, 2278, 2288Rundberg, R. S., 1152, 3036, 3175Rundberg, V. L., 1132Runde,W. H., 595, 704, 932, 1041, 1043, 1148,
1154–1156, 1164, 1166, 1173–1175,1312, 1314, 1319, 1327, 1332, 1338,1340, 1341, 1359, 1360, 1365, 1366,1368–1370, 1803, 1927, 1928, 3035,3037, 3087, 3106, 3108, 3109, 3112,3113, 3115, 3118, 3123, 3125, 3133,3134, 3210, 3477, 3477f, 3507, 3510f,3512f, 3516, 3517–3518, 3517f, 3522f,3527–3528, 4160, 4162
Rundle, R. E., 63–65, 67, 70, 71, 329, 330, 334,335, 339, 399, 407, 2232, 2402, 2403,2408, 2411
Rundloef, H., 475, 478, 479, 495Rundo, J., 3355, 3366Runeberg, N. J., 578, 1933, 1969Runnalls, O. J. C., 423, 444, 900–903, 905,
908, 909, 1011, 1012, 1015, 1066,1304, 2407
Rupert, G. N., 97Rush, R. M., 770Rushford, M. A., 1873Rusin, P. A., 3548, 3625Ruska, E., 3938–3939Russell, A. D., 3159Russell, A. S., 162, 187, 226Russell, D. H., 4123Russell, D. R., 536, 539Russell, E., 3353, 3356, 3362, 3366, 3370,
3378, 3386, 3395, 3407, 3424Russell, L. E., 1004, 1008, 1058–1060, 1062,
1065–1067, 1070Russell, M. L., 1262, 1270, 2761Russell, R. D., 3952Russo, M., 1947, 1958Russo, R. E., 1114, 1148, 1155, 1160,
1163, 2583Ruster, W., 1875, 1876, 3044, 3047, 3048,
3320, 3321Rustichelli, F., 65, 66, 334, 335, 994, 995,
1019, 2283, 2292Rutgers van der Loeff, M. M., 44, 3046Rutherford, E., 3, 19, 20, 254, 3847Rutledge, G. P., 563Rutsch, M., 3139Ruvarac, A., 3923
Ruzic Toros, Z., 103, 110Ruzicka, J., 3285Ruzicki, J., 3908Ryabinin, M. A., 1317, 1398, 1412, 1413, 1421
1433Ryabov, A. D., 3002Ryabova, A. A., 1129, 1140, 1337Ryan, A. D., 312Ryan, J. L., 38, 118, 125–127, 130, 310, 312,
728, 767–769, 847–849, 1049, 1104,1149, 1290, 1312, 1315, 1328, 1329,1409, 1410, 1424, 1446, 1479,1480–1482, 1526, 1529, 1546–1548,1555, 1557, 2082, 2083, 2192, 2542,2546, 2547, 2558, 2580, 3247, 3903,3926
Ryan, R. R., 78, 86–88, 90–92, 259, 261, 451,458, 461, 464–466, 488, 497, 501, 502,504–508, 512, 513, 515–517, 519–521,524, 526–528, 536, 734, 1398, 1417,1418, 1468, 1959, 2415, 2420, 2426,2452, 2471, 2472, 2480–2482, 2484,2487, 2488, 2573, 2677, 2801, 2807,2832, 2837, 2856, 2857, 2891, 3163
Ryan, V. A., 209, 214, 215, 217, 218, 2578Ryazanova, L. A., 3067Ryba-Romanowski, W., 422Rybka, R., 263Rycerz, L., 476, 478, 2185–2187Rydberg, J., 209, 218, 220, 223, 718, 719, 722,
726–728, 739, 744, 745, 767, 769, 771,881, 888, 891, 989, 1008, 1019, 1021,1045, 1047, 1048, 1085–1087, 1098,1100, 1101, 1110, 1111, 1117, 1118,1131, 1147–1150, 1155, 1157, 1158,1162, 1167, 1169–1171, 1180, 1181,1687, 1761, 1764, 1803, 1811, 2114,2115, 2117, 2120, 2126–2128, 2133,2136, 2137, 2140, 2142, 2144, 2145,2151, 2152, 2154, 2155, 2159–2161,2163–2165, 2168, 2170, 2171,2173–2175, 2182, 2186, 2187,2193–2195, 2197, 2199–2201, 2204,2206, 2525, 2538, 2546, 2547, 2576,2578, 2582, 2583, 2592, 2627, 2628,2757, 2767, 3206, 3213, 3347, 3913,3918
Ryerson, F. J., 3870Rykov, A. G., 606, 763, 765, 780, 1134, 1164,
1315, 1319, 1326, 1330, 1331,1333–1338, 1352, 1416, 1430, 1481,1545, 1549, 2129, 2131, 2427, 2527,2531, 2594, 2595, 3061, 3101, 3106,3111, 3113
Rykov, V. A., 1516Rykova, A. G., 1145Ryu, J. S., 2984Ryzhkov, M. V., 1692
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-274
Ryzhov, M. N., 1271, 1352, 1427Ryzhova, L. V., 1431
Saadi, M., 298, 301Saadioui, M., 2655Saba, M. A., 3227, 3228, 3230Saba, M. T., 2662Sabat, M., 2473, 2479, 2893Sabatier, R., 457Sabattie, J.-M., 2449, 2450Sabau, A. S., 3780Sabau, C. A., 3043, 3044Sabau, C. S., 1352Sabelnikov, A. V., 822Sabharwal, K. N., 1294, 1295Sabine, T. M., 2430Sabol, W. W., 1086, 1088Saboungi, M.-L., 277Sacher, G., 3353, 3356, 3362, 3366, 3370, 3378,
3386, 3395, 3407, 3424Sachs, A., 108Sachs, S., 3140, 3150Sackett, W. M., 163, 170, 226Sackman, J. F., 977, 1035Saddington, K., 2731Sadigh, B., 2370Sadikov, G. G., 541Saed, A. G., 184Saeki, M., 727, 749, 750, 792, 793, 3043Saengkerdsub, S., 3127, 3139Saffarini, D., 3617, 3619, 3621, 3622Safronova, Z. V., 2657Sagaidak, R. N., 1654, 1719, 1720, 1735, XT1738Saggio, G., 3003Sagi, L., 1432Saha, R., 396Sahar, A., 2132Sahin, S., 3821Sahm, C. C., 6Sahoo, B., 86, 91, 466Saibaba, M., 396Saiger, G. L., 3358Saiki, M., 182Saiki, W., 338Saillard, J.-Y., 435Sainctavit, P., 2236Saita, K., 392, 395Saito, A., 1132, 2400, 2726, 3287Saito, E., 2855Saito, M., 1398Saito, T., 727Saito, Y., 353, 360, 362Sakaguchi, T., 2668Sakai, M., 13, 1660Sakai, T., 225Sakairi, M., 28, 29, 40, 41Sakaki, S., 2966
Sakakibara, T., 100Sakama, M., 1267, 1445, 1484, 1696, 1718,
1735Sakamoto, M., 2418Sakamoto, Y., 822, 1160Sakamura, Y., 717, 1270, 2134, 2135, 2695–
2700, 2715, 2716, 2719, 2720, 2724Sakanoue, M., 170, 188, 225, 226, 1323, 1324,
1541Sakanoue, M., 3551Sakanque, M., 1352, 1354Sakara, M., 1699, 1700, 1710, 1718Sakata, M., 2693, 2717, 2719Sakman, J. F., 976Sakurai, H., 2153, 2157Sakurai, S., 1049, 3066Sakurai, T., 343Salahub, D. R., 1910Salamatin, L. I., 822, 1624, 1629, 1632, 1635Salasky, M., 1432Salazar, K. V., 452, 1959, 2449, 2450, 2472,
2480, 2484, 2801, 2807, 2832, 2891Salazar, R. R., 2749Salbu, B., 3016, 3021, 3023, 3026, 3028, 3031,
3032, 3063, 3066, 3173Salem, S. I., 859Sales, B. C., 1171, 3869Sales Grande, M. R., 230Sali, S. K., 3837Salje, E. K. H., 3868Sallach, R. A., 543Saller, H. A., 325Salmon, L., 2254Salmon, P., 416, 742Salsa, B. A., 1959Saluja, P. P. S., 2133, 2531Salutsky, M. L., 19, 33, 34, 38, 162, 172, 178,
224, 225Salvatore, F., 371Salvatore, M., 1285, 2756Salvi, N., 2668, 2669Salzer, A., 2924Salzer, M., 86, 88, 91, 467, 487, 1106Samadfam, M., 294Samartseva, A. G., 3929, 3930Samartzis, T., 94Sameh, A. A., 1960Samhoun, K., 34, 37, 1325, 1326, 1328–1330,
1365, 1366, 1460, 1481, 1482, 1523,1526, 1529, 1547–1549, 1555, 1557–1559, 1602, 1606, 1611, 1628–1630,1635, 1636, 1639–1641, 1644, 1645,2123, 2129, 2131, 2526
Samilov, P. S., 164, 166Samochocka, K., 1352Sampath, S., 2434Sampson, K. E., 3062Sampson, T. E., 3964
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-275
Sampson, T. E., 996Samsel, E. G., 2930Samson, S., 373Samsonov, G. V., 323Samsonov, M. D., 856, 2678, 2684Samter, V., 82, 90, 93, 105, 109San Pietro, A., 3341, 3342, 3348, 3353, 3356,
3386Sanada, Y., 3171Sanchez, A. L., 3175, 3532, 3542Sanchez, C., 3409Sanchez Cabeza, J. A., 3016, 3017, 3023Sanchez, J. P., 409, 412, 719, 720, 744, 792,
2236Sanchez, S., 2135, 2699, 2700Sanchez-Castro, C., 2344Sanchis, H., 1071Sandaa, R. A., 3598Sandell, E. B., 632Sandenaw, T. A., 744, 886, 888, 939, 945, 949,
954–957, 963, 1048, 2315, 2355Sanders, C. J., 2887Sanders, C. L., 3352, 3424Sanders, D., 854Sanderson, S. W., 106Sandino, A., 293, 2583, 3527Sandino, M. C. A., 270, 3519Sandratskii, L. M., 2367Sandstrom, M., 118, 123, 586, 1991, 2531
2576, 3101–3106, 3126–3128Sanger, A. R., 2980Sani, A. R., 28Sankaran, K., 1988Sano, T., 1019Sano, Y., 2743Santhamma, M. T., 77Santini, C., 3002Santini, P., 421, 444, 448, 1055, 1784, 1785,
2238, 2280, 2286, 2287, 2288, 2292,2294
Santo Domingo, J. W., 3602Santoro, A., 340, 345, 346, 348, 1067, 3214Santos, G. P., 3057Santos, I. G., 597, 2880–2886Santos, M., 2150, 4129, 4130, 4132–4134, 4142Santschi, P. H., 1806, 3016, 3022, 3024, 3600,
3651Saprykin, A. S., 1326, 1416, 1429Sara, K. H., 496Sargent, F. P., 2736Sari, C., 69, 73, 396, 719, 720, 721, 724, 726,
1030, 1070, 1071, 1073, 1299, 2143,2384, 2386, 2387, 3698, 3702, 3702f,3725
Sarkisov, E. S., 1458Saro, S., 6, 14, 164, 1653, 1654, 1701, 1713,
1717, 1719, 1720, 1735, 1737, 1738Sarp, H., 265, 266
Sarrao, J. L., 967, 968, 1784, 1790, 2239, 2347,2352, 2353, 2372
Sarsfield, M. J., 578, 589, 2400, 2401, 2441Sarup, R., 2038, 2039, 2078Sasahira, A., 855, 856Sasajima, N., 2208, 2211Sasaki, K., 2275, 2279, 2294Sasaki, N., 68Sasaki, T., 856, 2679–2684, 3630Sasaki, Y., 1286, 2658, 2659Sasao, N., 822Sasashara, A., 2693, 2717Sasayama, T., 1018Sassani, D. C., 2132Sastre, A. M., 845, 2655Sastry, M. D., 1175Sata, T., 77, 353, 360Sathe, R. M., 109Sathyamoorthy, A., 339Sato, A., 40, 1477Sato, H., 407Sato, N., 396–398, 407, 2239, 2347, 2352,
4021t–4022tSato, S., 3835, 3851, 3852Sato, T., 215, 227, 273, 1019, 1518, 3171Satoh, K., 407Satoh, T., 63Satonnay, G., 289Satpathy, K. C., 86, 91Satpathy, M., 1447Sattelberger, A. P., 439, 454, 455, 752, 1182–
1186, 1190, 1959, 1965, 2480–2482,2487, 2488, 2490, 2802, 2832, 2837,2856–2858, 2867, 2868, 2876, 2879,2891, 2916
Sattelberger, P., 789, 1875–1877, 3044, 3047,3048, 3320, 3321
Satten, R. A., 471, 476, 482, 496, 2066, 2067,2226
Satterthwaite, C. B., 64–66Saue, T., 34, 1670, 1728, 1905, 1918, 1919,
1931Sauer, M. C. Jr., 2760Sauer, N. N., 2400, 2484Saunders, B. G., 859Sauro, L. J., 1284, 1509, 1513, 1585Sautereau, H., 2438, 2439, 2443Savage, A. W., 474Savage, D. J., 633, 1048, 1152, 3282, 3935,
3936Savage, H., 1048Savard, G., 1735Savilova, O. A., 711, 761, 2757Savochkin, Y. P., 2699, 2705Savoskina, G. P., 1271, 1513Savrasov, S. Y., 923, 964, 2344, 2347, 2355Sawa, M., 410Sawa, T., 845
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-276
Sawai, H., 631Sawant, L. R., 791, 3052, 3053Sawant, R. M., 772, 2578Sawatzky, G., 2236Sawodny, W., 505, 509, 510, 543Sawwin, S. B., 188Sawyer, D. L., 67, 2407Sawyer, J. O., 373, 375Saxena, S. S., 407, 2239, 2359Sayers, D. E., 3088Saylor, H., 560Sayre, W. G., 2530Sbrignadello, G., 2441Scaife, D. E., 83, 84, 2418, 2424Scala, D. J., 3602 2407, 2408Scapolan, S., 631Scargell, D., 178, 181, 213, 218Scarrow, R. C., 3416, 3419Scavnicar, S., 102, 108, 113, 2430, 2558Schaef, H. F., 287Schaefer, J. B., 776, 777, 781, 2585Schaeffer, D. R., 1049Schafer, W., 719, 720Schaffer, R., 3341, 3342, 3348, 3353, 3356,
3386Schake, A. R., 1185, 1186, 2484, 2487, 2488,
2813, 2858Schake, B. S., 2749Schamhart, D. H., 3385Schaner, B. E., 353, 354, 368, 369, 391Schank, C., 2352Schatz, G., 1873Schauer, V., 372Schausten, B., 185, 186, 1447, 1662, 1664,
1685, 1687, 1698–1700, 1705, 1709,1710, 1713, 1714, 1716, 1718
Schautz, F., 1959Schaverien, C. J., 2924Schawlaw, A. L., 1681Schadel, M., 14, 182, 185, 186, 1447,
1523,1593, 1628, 1629, 1635, 1643,1646, 1647, 1662, 1664, 1665, 1679,1684–1687, 1690, 1696, 1698–1700,1704, 1705, 1708–1714, 1716, 1718,1721, 1735, 1738, 2575
Schecker, J. A., 814, 863Schedin, U., 2554Scheele, R. D., 2704Scheerer, F., 789, 1296, 1403, 1875–1877Scheetz, B. E., 293, 2452, 2456, 3870Scheffler, K., 3846Scheibaum, F. J., 3024Scheibe, T. D., 3639Scheidegger, A. M., 3152, 3155–3157Scheider, V., 1132Scheidhauer, J., 3913Scheinberg, D. A., 42–44Scheitlin, F. M., 1049
Schell, N., 3106, 3107, 3111, 3112, 3122Schenk, A., 2351Schenk, H. J., 208, 470, 2241Schenk, W., 3789Schenkel, R., 1299, 1411Scheppler, C., 2135Scherbakov, V. A., 575Scherer, O. J., 2480, 2836Scherer, U. W., 185, 1447, 1629, 1635, 1643,
1646, 1647, 1704, 1705, 2575Scherer, V., 199, 201, 1323, 1419, 1422,
2417Schertz, L. D., 117, 2840, 2913, 2918–2920,
2924Scheuer, U., 932, 933Schafer, H., 93, 492 , 2333Schafer, T., 3070, 3533Schiaffino, L., 597Schickel, R., 1008Schiewer, S., 3629Schiferl, D., 1300Schild, D., 133, 3534Schilling, J. B., 76, 82, 93, 4125Schimbarev, Y. V., 1829Schimek, G. L., 475, 495, 2827, 2868Schimmack, W., 3017Schimmelpfenning, B., 565, 580, 589, 596, 610,
620, 622, 623, 1156, 1907, 1909, 1918,1919, 1921–1926, 1931, 1932, 2185,2187, 2195, 2532, 2576, 3102, 3120,3126–3128
Schimpf, E., 182, 185, 1447, 1662, 1664, 1685,1699, 1700, 1704, 1705, 1709, 1710,1713–1716, 1718
Schindler, M., 286, 290, 3841Schioeberg, D., 3117Schiraldi, D. A., 2811Schirber, J. E., 2334, 2335, 2339Schlea, C. S., 1427Schlechter, M., 1033, 2395Schlehman, G. J., 1031Schleid, T., 80, 425, 431, 435, 447, 456, 469,
471, 1315Schlemper, E. O., 268Schlenker, P., 3416, 3420Schuler, H., 190, 226Schlesinger, H. I., 337, 1187Schlesinger, M. E., 2728Schlosser, F., 1925Schlosser, G., 2734Schlyter, K., 445Schmeide, K., 3140, 3150Schmeider, H., 2733Schmick, H. E., 1299Schmid, B., 444, 455, 2257, 2258Schmid, K., 2819Schmid, W. F., 110Schmidbaur, H., 2472
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-277
Schmidt, C. T., 2655, 3344, 3353, 3369, 3373,3388, 3389, 3391–3396, 3405, 3406
Schmidt, F. A., 61Schmidt, H. E., 1073, 3698, 3699, 3699f, 3703Schmidt, H. G., 64, 113Schmidt, K. H., 6, 768–770, 1473–1475, 1660,
1738, 1774, 1776, 1882, 2077, 2531,2553
Schmidt, K. M., 1325, 1326, 1337, 1416, 1424,1430
Schmidt, K. N., 2526Schmidt, M., 1908, 3102, 3138, 3140, 3141,
3145, 3147, 3149Schmidt, R., 1507Schmidtke, H. H., 2051Schmieder, H., 423, 445, 448Schmieder, M., 2732Schmitt, P., 2457Schmitz, F., 391Schmitz-Dumont, O., 410Schmutz, H., 1105, 1106, 1312Schnabel, B., 64Schnabel, P., 389Schnabel, P. G., 357Schnabel, R. C., 1185, 2491, 2831, 2835, 2849,
2919Schnap, B., 3341, 3342, 3348, 3353, 3356, 3386Schneider, 1507Schneider, A., 399Schneider, D. L., 3555Schneider, H., 421, 485, 557, 3003Schneider, J. H. R., 6, 1738Schneider, J. K., 1477, 1550, 2563Schneider, M., 3489Schneider, O., 413Schneider, R. A., 707Schneider, V. W., 839, 852, 1070, 1071, 1073,
1074Schneider, W. D., 2359Schneider, W. F. W., 6, 1738, 1966Schneiders, H., 410Schnell, N., 1923Schnizlein, J. G., 3219, 3233, 3234Schober, H., 942Schock, L. E., 2473, 2912, 2918, 2924Schock, R. N., 1299, 1300Schoebrechts, J. P., 431, 451, 735, 739, 1312,
1469, 1483, 2182, 2687, 2689Schoen, J., 1284Schoenes, J., 100, 2276, 2277, 2289, 2290Schoenfeld, F. W., 3213, 3238Schoenmackers, R., 1477Schofield, P. F., 3102, 3120, 3121, 3142, 3143Scholder, R., 77, 372, 375–378, 382Scholten, J., 3046Schomaker, V., 1935, 1937Schonfeld, F. W., 880, 892, 894, 896, 898–905,
907–914, 933, 936–939, 953
Schoonover, J. R., 97, 3041, 3069Schopfer, C. J., 3307Schott, H. J., 6, 14, 1653, 1654, 1662, 1664,
1685, 1701, 1713, 1714, 1716, 1719,1720, 1737, 1738
Schotterer, U., 1806Schope, H., 1879, 1880, 1882, 1884Schrader, R. J., 490Schram, R. P. C., 2139, 2142Schramke, J. A., 1149, 2192Schrauder, M., 3305Schroder, D., 4123, 4139Schreck, H., 41, 1322, 1323, 1428, 1431, 1513,
1552Schreckenbach, G., 580, 589, 596, 620, 621,
1192–1194, 1198, 1199, 1777, 1921–1927, 1931, 1932, 1935, 1936, 1938,1940, 2528, 3102, 3111–3113, 3121–3123, 3126, 3128, 4135
Schreiber, C. L., 471, 476, 482, 496, 2066,2067, 2226
Schreiber, D. S., 64Schreiber, S. B., 726, 1141Schreier, E., 2284Schreiner, F., 1161, 1165, 1166, 1170Schrepp, W., 787, 1114Schretzmann, K., 366Schrieffer, J. R., 62, 2350, 2351Schroeder, N. C., 2633, 2634, 2642, 2676Schussler-Langeheine, C., 2237Schutz, G., 2236Schutze, Th., 1884Schubert, J., 1823, 3387, 3388, 3413Schuler, Ch., 3016, 3022Schuler, F. W., 63, 3399Schull, C. G., 64Schulte, L. D., 2749Schultz, A. J., 2479, 2481, 2839, 2841Schultz, H., 981, 983Schultz, M., 1956, 2803, 2806, 2807, 3020Schultze, J., 2836Schultze-Lam, S., 3627, 3637Schulz, A., 117, 118Schulz, B., 3799Schulz, W. W., 188, 841, 843, 1265, 1267,
1270, 1277, 1278, 1280–1283, 1290–1292, 1298, 1328, 1329, 1342, 1398,1403, 1408, 2626, 2650, 2652, 2653,2655, 2730, 2739–2742, 2746
Schulze, J., 2480Schulze, R. K., 964, 967Schumacher, G., 3725, 3749Schuman, R. P., 167, 169, 187, 188, 195, 209,
214, 215, 217, 218, 230, 2578Schumann, D., 40, 1624, 1632, 1662, 1679,
1684, 1687, 1698–1700, 1708–1710,1716, 1718
Schumann, H., 1957, 2918, 2924, 2969, 2974
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-278
Schumm, R. H., 34, 2114, 2165Schuppler, U., 3354, 3398Schurhammer, R., 2685Schuske, C. L., 3848Schuster, M., 89, 93, 94Schuster, R. E., 118, 2530, 2533Schuster, W., 1321, 1359, 2407, 2408Schwab, M., 1300, 1403, 1410–1412Schwalbe, L., 1300Schwalm, D., 33Schwamb, K., 1840, 1877, 1884Schwamb, P., 33, 1879–1884Schwarcz, H. P., 189Schwartz, A. J., 863, 964, 965, 967, 980, 981,
983, 984, 986, 987, 2342, 3940Schwartz, C. M., 377, 378Schwartz, D. F., 319Schwartz, J. L., 3362Schwartz, L. L., 621, 622, 2599Schwartz, S., 3037Schwarz, A. O., 3638Schwarz, H., 77, 1971, 1990, 4123, 4125, 4131,
4133Schwarz, R., 77Schwarz, W. H. E., 1666–1669, 1671, 1898Schwarzenbach, G., 597Schweiger, J. S., 180Schweikhard, L., 1735Schweiss, P., 2250, 2471, 2472Schwendiman, L. C., 3913Schwerdtfeger, P., 1646, 1666–1673, 1675,
1676, 1682, 1683, 1689, 1691, 1723–1725, 1727, 1729, 1898
Schwetz, K., 67Schwickert, G., 1880Schwikowski, M., 1806Schwing-Weill, M.-J., 2655Schwochau, K., 114, 206, 208, 220, 470, 2241Schwochau, V., 220Schwotzer, W., 470, 2490, 2491, 2493, 2859,
2860Scibona, G., 123, 773Science and Technology Review, 3265Scofield, J. H., 1453, 1516Scoppa, P., 1803, 1809Scott, B. C., 2835Scott, B. L., 117, 593, 967, 1069, 1112, 1116,
1117, 1149, 1156, 1162, 1166, 1173,1174, 1181, 1312, 1327, 1328, 1360,1784, 1790, 1958, 1991, 1992, 2239,2352, 2372, 2400, 2401, 2427–2429,2450–2456, 2464–2466, 2472, 2479,2480, 2484, 2491, 2530, 2583, 2590,2813, 2827, 2844–2846, 2850, 2868,2869, 2919, 2922, 2996, 3035, 3113,3115, 3123, 3136
Scott, F. A., 2704Scott, G. L., 2831, 2849
Scott, J. A., 3629–3630Scott, K. G., 3341, 3342, 3348, 3354, 3356,
3387, 3413, 3423, 3424Scott, M. J., 2655Scott, P., 575, 1901, 1962–1964, 2473, 2491,
2816, 2886–2888, 2984Scott, R. B., 2159, 2161Scott, R. D., 3062Scott, T. E., 61Scotti, A., 366, 367Scuseria, G. E., 1906, 1936–1938, 2864Soderlind, P., 191, 1894, 2330, 2370Seaborg, G. T., xv–xvii, 3–6, 8, 10, 18, 19, 25,
53, 162, 164, 184, 255, 256, 622, 704,732, 814, 815, 817, 821–823, 834, 835,902, 903, 904, 907, 912, 913, 988, 1108,1265, 1267, 1304, 1312, 1321, 1323,1324, 1397, 1398, 1400, 1403, 1418,1444, 1449–1451, 1480, 1481, 1499,1501, 1503, 1508, 1549, 1577, 1580,1584–1586, 1613, 1621, 1622, 1624,1628–1630, 1632, 1635, 1637, 1639,1642–1646, 1653, 1660, 1661, 1664,1684, 1689, 1691, 1693–1699, 1706,1716, 1723, 1724, 1731, 1734, 1738,1754, 1756, 1761, 1901, 1916, 1928,2114, 2538, 2562, 2580, 2625, 2629,2630, 2635, 2638, 2639, 2670, 2730,3206, 3207, 3208, 3212, 3276, 3340,3347, 3348, 3353, 3354
Sear, H., 3358Searcy, A. W., 69, 72, 78, 2407Sears, D. R., 87, 92Sears, G. W., 963, 1045, 1083, 1085, 1086Seayad, A. M., 2982Secaur, C. A., 2491Sechovsky, V., 339, 2351, 2353, 2356–2358,
2360, 2361, 2363, 2366, 2368, 2411Secoy, C. H., 390Seddon, E. A., 2877Seddon, K. R., 854, 2686, 2690Sedgwick, D., 3354Sedlet, J., 19, 38, 42, 162, 172, 181, 182, 2655,
2738, 2739Sedlakova, L., 373–375Sedykh, I. M., 1707, 1719Seed, J. R., 1144Seeger, R., 1902Seemann, I., 375, 376, 377Segnit, E. R., 295Segovia, N., 3057Segr&egreve;, E., 5, 8, 166, 699, 700, 815Seibert, A., 1662, 1687, 1698, 1709, 1710,
1718, 3069Seibert, H. C., 3424Seidel, A., 3398, 3399Seidel, B. S., 763, 766, 2352Seidel, D., 605, 2401, 2464–2466
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-279
Seidel, S., 1975Seifert, R. L., 963, 1083, 1085, 1086Seiffert, H., 728, 1057, 1061Seijo, L., 442, 1895–1897, 1908, 1909, 1930,
2037Seils, C. A. Jr., 3919, 3937Seip, H. M., 1935, 1937Seitz, F., 2310, 2966Seitz, T., 63, 70Sejkora, J., 262, 264, 281Seki, R., 3017Sekine, R., 576, 577, 1935, 1936, 2165Sekine, T., 28, 29, 40, 41, 1352, 2568, 2580,
2585, 2591, 2625, 2649, 2669, 2670Selbin, J., 116, 376–378, 382, 501, 508, 513,
516, 517, 521–523, 526, 528, 2243, 2815Selby, H. D., 4047t, 4048, 4063Sel’chenkov, L. I., 847Selenska-Pobell, S., 3179–3182Seleznev, A. G., 984, 1299, 1317, 1412, 1413,
1518–1521, 2118Seleznev, B. L., 3029Selig, H., 533, 731Selin, T. J., 2969Sella, A., 1947Selle, J. E., 903, 1049Sellers, G. A., 3046Sellers, P. A., 191–196, 198, 201, 206, 207, 229,
2389, 2391Sellers, P. O., 172, 175, 219Sellman, P. G., 75, 96, 2413, 4006t, 4007,
4021t–4022tSeltmann, G., 3628Selucky, P., 2655Selvakumar, K., 2982Semenov, E. N., 791, 3052Semenov, G. A., 2147Semochkin, V. M., 180Sen Gupta, P. K., 268Sen, W. G., 1624, 1632Sena, F., 3068Senentz, G., 2633Senftle, F. E., 1507Seng, W. T., 1509Senin, M. D., 2168Sepp, W.-D., 1671, 1677, 1680, 1706, 1716Seppelt, K., 535, 542, 1975Seraglia, R., 2491, 2831Seranno, J. G., 715Serebrennikov, V. V., 109Sereni, J. G., 62, 63Seret, A., 719, 720Serezhkin, V. N., 536, 2441Serezhkina, L. B., 536, 2441Serfeyeva, E. I., 1328Sergeev, A. V., 2441Sergeev, G. M., 1352, 1405, 1428, 1433Sergent, M., 435, 471
Sergeyava, E. I., 129, 771, 2114, 2546, 2580Serghini, A., 102, 110Serik, V. F., 731, 732, 734, 736, 1082, 1312,
1315, 1327, 2421Serizawa, H., 396–398, 1317, 2140, 2142, 2411,
3695tSerne, R. J., 3173, 3176, 3177Serp, J., 2135Serrano, J., 3043, 3045Sersbryakov, V. N., 3221Sessler, J. L., 605, 2401, 2463–2466Seta, K., 347Seth, M., 1646, 1666, 1668–1671, 1675, 1676,
1682, 1683, 1689, 1691, 1723–1727,1729
Settai, R., 407Settle, J. L., 2719, 2720Sevast’yanov, V. G., 416, 2177Sevast’yanova, E. P., 769Sevast’yanova, Yl. P., 3352, 3424Seven, M. J., 3413Severing, A., 333, 334, 335, 2283, 2284, 2285Sevestre, Y., 3025Seward, N. K., 1662, 1701, 1712, 1713, 1717Sewtz, M. H., 33, 1840, 1877, 1879–1884Seyam, A. M., 116, 117, 1802, 1956, 1957,
2473, 2815, 2819, 2827, 2832, 2837,2838, 2841, 2842, 2847, 2912, 2913,2924, 2997
Seyb, K. E., 3927Seyferth, D., 1188, 1802, 1943, 2252Sganga, J. K., 1507Shabana, E. I., 186Shabana, R., 176, 181, 182, 184, 185Shabestari, L. R., 1507, 3349, 3350, 3396, 3405Shacklett, R. L., 859Shadrin, A. U., 2684, 2739, 2685Shadrin, A. Y., 856, 2682, 2684Shafiev, A. I., 1292, 1448, 1449Shah, A. H., 1449, 2663Shahani, C. I., 40, 41Shahani, C. J., 40, 41Shalaevskii, M. R., 1628, 1634, 1640, 1645,
1663, 1664, 1690, 1703Shalek, P. D., 95, 407, 412Shalimoff, G. V., 1419, 1543, 1776, 1954,
1955, 2143, 2144, 2230, 2233, 2240,2261, 2264, 2265, 2270, 2473, 2803,2293, 2397
Shalimov, V. V., 1512, 1585Shalinets, A. B., 1352, 1353, 2546, 2588, 2590Sham, L. J., 1903, 2327Shamir, J., 471, 512, 513Shamov, G. A., 4135Shamsipur, M., 2681, 2684Shanbhag, P. M., 2400Shand, M. A., 2440Shankar, J., 215, 218, 2431
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-280
Shanker Das, M., 109Shannon, R. D., 18, 34, 55, 1296, 1463, 1528,
1675, 1676, 2126, 2557, 2558, 2563,2572, 2916, 3106, 3115, 3123, 3124,3127, 3347, 3348, 3353, 3360, 3365,3379, 3893, 3893t
Shanton, H. E., 1588Shapkin, G. N., 1363Shapovalov, M. P., 1120, 1128, 1129, 1142Shapovalov, V. P., 817Sharan, M. K., 1447Sharma, A. K., 3031Sharma, H. D., 1169, 2585Sharma, R. C., 791, 3057Sharovarov, G., 3024Sharp, C., 3413Sharp, D. W. A., 520Sharp, P. R., 2699Sharpe, L. R., 3107Shashikala, K., 339Shashukov, E. A., 1127Shatalov, V. V., 989, 996Shatinskii, V. M., 166Shaughnessy, D. A., 14, 815, 1447, 1582,
1654, 1662, 1684, 1693, 1711, 1712,1716, 1719, 1736, 1738, 3173, 3176,3177
Shaughnessy, D. K., 185, 186, 1699, 1705,1718
Shaver, K., 172, 178, 224, 225Shavitt, I., 1903, 1908, 1909Shaw, J. L., 1009Shchegolev, V. A., 1664, 1690, 1703Shchelokov, R. N., 539, 565, 566, 2441, 2442Shcherbakov, V. A., 2533, 2579, 3111, 3122Shcherbakova, L. L., 575, 2533Shchukarev, S. A., 82, 516Shea, T., 1071Sheaffer, M. K., 3017Shea-Mccarthy, G., 3095, 3175, 3177Shebell, P., 3027Sheen, P. D., 2457Sheff, S., 2691Sheft, I., 317, 421, 742, 743, 855, 1077, 1086,
1095, 1100, 1101, 1417, 2407, 2408,2411
Sheikin, I., 407, 2239, 2359Sheindlin, M., 357, 359, 1077Sheldon, R. I., 920, 939, 949, 963Sheline, R. K., 24, 31, 1968, 1985, 2894Shelton, R. N., 96Shen, C., 1285Shen, G. T., 3159Shen, J., 263Shen, Q., 2924Shen, T. H., 932, 967Shen, Y. F., 76, 2049Sheng, Z., 3057
Shenoy, G. K., 862, 1297, 1304, 1317, 1319,2292
Shepard, R., 1908, 1909Shepelev, Y. F., 1361Shepelev, Yu. F., 539Shepel’kov, S. V., 113Sheppard, J. C., 3922Sherby, O. D., 958Sherif, F. G., 2580Sherman, M. P., 3212, 3213, 3220–3222, 3249Sherrill, H. J., 508, 516, 517, 521, 526, 528,
2243Sherrow, S. A., 4114t–4116tSherry, E., 346, 2394Shestakov, B. I., 31, 41, 2557Shestakova, I. A., 31, 38, 39, 40, 41, 2557Shesterikov, N. N., 1169Shetty, S. Y., 109Shevchenko, V. B., 175, 184, 1161, 1171, 1172,
3918–3919, 3922Shewmon, P. G., 960Shiba, K., 394Shibata, M., 1267, 1445, 1484Shibata, S., 1681Shibusawa, T., 631Shick, A. B., 929, 953, 2355Shigekawa, M., 1696, 1718, 1735Shigeta, K., 3067Shiina, R., 2347Shikama, M., 407Shikany, S. D., 3258, 3259Shiknikova, N. S., 1821Shilin, I. V., 772, 773Shilnikova, N. S., 1821Shiloh, M., 771, 1312, 1338, 1365Shilov, A. E., 3002Shilov, V. N., 1338Shilov, V. P., 626, 753, 770, 988, 1113, 1117,
1118, 1127, 1129, 1133, 1156, 1325,1327, 1329, 1336, 1352, 1367, 1368,1416, 1429, 2127, 2527, 2583, 3043,3098, 3124–3126
Shim, J. H., 3893Shimazu, M., 631Shimbarev, E. V., 1317, 1422, 1466Shimizu, H., 356Shimojima, H., 215, 216Shimokawa, J., 1019Shin, J. H., 2849Shin, Y. S., 2688, 3127, 3139Shinde, V. M., 3035Shinkai, S., 2560, 2590Shinn, J. H., 3017Shinn, W. A., 373, 378, 391, 1046, 1074, 1088,
1090, 1091Shinohara, A., 1696, 1718, 1735Shinohara, N., 784, 1625Shinohara, S. N., 2637
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-281
Shinomoto, R., 482, 2251Shinozuka, K., 631Shiokawa, T., 219Shiokawa, Y., 37, 718Shiozawa, K., 2724Shirahashi, K., 1276, 2753, 2755, 2760Shirai, O., 717, 753, 790, 791, 2695, 2698,
2715, 2716, 2724Shiraishi, K., 789, 790, 3059, 3062, 3068, 3072Shirane, G., 2273Shirasu, Y., 1317Shiratori, T., 394, 396–398Shirley, V. A., 3274, 3277, 3290, 3298Shirley, V. S., 24, 164, 817, 1267, 1398, 1626,
1633, 1639, 1644, 3891t, 3908, 3958,3965
Shirokova, I. B., 1321Shirokovsky, I. V., 14, 1398, 1400, 1504, 1653,
1654, 1707, 1719, 1736, 1738Shishalov, O. V., 2699, 2705Shishkin, S. V., 822Shishkina, O. V., 2441Shishkina, T. V., 822Shivanyuk, A., 2655Shkinev, V. M., 1408, 2667Shleien, B., 1506Shlyk, L., 415, 2413, 4006t, 4009, 4013Shmakov, A. A., 960Shmulyian, S., 33, 1659, 1669, 1675, 1724,
1731Shock, E. L., 2132Shoesmith, D. W., 289, 371, 3837, 3838f, 3839Shoji, Y., 1696, 1718, 1735Sholkowitz, E. R., 3488, 3550Shor, A. M., 1906, 1921, 1923Shore, B. W., 1588, 1590, 1878, 1879Shorikov, A. O., 929, 953Short, D. W., 958, 959Short, I. G., 2087Short, J. F., 164, 173, 180, 224Shortley, G. H., 1862, 2089Shoun, R. R., 107, 1271, 1312, 1509, 1554,
1585Shoup, S. S., 1312, 3824, 3856, 3862, 3864,
3865Shpunt, L. B., 1049Shreve, J. D., 3252, 3253, 3255Shrivastava, A., 1447Shtrikman, S., 936, 943, 944Shuanggui, Y., 1267Shuh, D. K., 118, 277, 287, 289, 579, 585, 589,
602, 795, 967, 1112, 1166, 1327, 1338,1363, 1370, 1825, 1921, 1923, 1947,2530–2532, 2568, 2576, 2580, 2583,2588, 2812, 3095, 3101–3104, 3106,3107, 3110, 3111, 3113–3115, 3117–3119, 3122, 3130, 3131, 3135, 3138,3140–3142, 3145–3147, 3149, 3150,
3152, 3154–3156, 3160, 3165–3167,3173, 3176, 3177, 3179, 3182, 3369,3385, 3388, 3390, 3391, 3394, 3417,3420, 3423
Shuhong, W., 1267Shuifa, S., 1267Shukla, J. P., 845, 2750Shukla, M., 3598Shuler, W. E., 763, 764Shull, C. G., 334, 335, 2232, 2402Shull, R. D., 927Shults, W. D., 1480, 1481Shumakov, V. D., 939, 941Shunk, F. A., 325, 405, 407–409, 411Shupe, W. M., 3223Shushakov, V. D., 1299, 1412, 1413, 1518–
1521, 2118Shutov, A. V., 1654, 1719, 1720, 1738Shvareva, T. Y., 1173Shvetsov, I. K., 1271, 1352, 1479, 1583, 3221Shvetsov, I. K., 3931Siba, O. V., 545, 546Sibieude, F., 77Sibrina, G. F., 113Sichere, M.-C., 272, 292Sickafus, K. E., 3814, 3817, 3829, 3861–3863Siddall, T. H. Jr., III, 1276–1278, 2238, 2532,
2653, 2736, 3919Siddham, S., 76Siddons, D. P., 2234Sidhu, R. S., 3282Sidky, P. S., 3743Sidorenko, G. V., 750, 2800Sidorova, I. V., 2195Siebens, A. A., 3357Siegal, M., 1312, 1315, 1469Siegal, S., 1530, 1531, 1533Siegbahn, K., 3957Siegel, E., 3413Siegel, M. D., 3409Siegel, S., 88, 89, 93, 340–343, 345, 346, 348,
350, 355–358, 372, 375, 378, 380, 384,389, 393, 471, 533, 1465, 1469, 1470,2392–2394, 2417, 2422, 3171, 3214
Siek, S., 69, 73Siekierski, S., 188, 1666, 2580, 3923Siemann, R., 2275, 2364Sienel, G. R., 1191, 2817Sienko, M. J., 423, 445, 2257, 2258Sienko, R. J., 67, 71Sievers, R., 89, 98, 473, 500Sieverts, A., 63, 64Sigmon, G., 584, 730, 2402Sigurdson, E., 2866Sikirica, M., 69, 73Sikka, S. K., 2370Sikkeland, T., 5, 6, 1502, 1637–1643, 1645,
1653, 1662, 2129
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-282
Silberstein, A., 471, 472, 512, 513Silbi, H., 3026, 3069Silbley, T. H., 3175Silk, E. C. H., 3969Sill, C. W., 3929Sillen, L. G., 103, 112, 120, 121, 123, 124, 132,
373, 510, 597, 602, 2549, 3346, 3347Silva, A. J. G. C., 264Silva, M., 2880, 2883, 2885Silva, M. K., 3571Silva, M. R., 2439Silva, R. J., 287, 863, 988, 1110, 1114, 1148,
1155, 1159, 1160, 1162, 1163, 1182,1313, 1314, 1328–1330, 1338–1341,1354, 1355, 1585, 1621, 1626, 1627,1635, 1637–1646, 1659, 1662, 1692,1803, 2114, 2115, 2117, 2120, 2126–2129, 2137, 2143, 2144, 2154, 2155,2159, 2165, 2171, 2173–2175, 2182,2186, 2187, 2190, 2192, 2194, 2538,2546, 2582, 2583, 2592, 2639, 2640,3043, 3095, 3140, 3142, 3145, 3150,3476, 3516, 3522f, 3523f, 3526, 3539,3616, 3621, 3633, 3635, 3979
Silver, G. L., 851, 1121–1123, 3621Silver, S., 3598Silverman, L., 543Silverwood, P. R., 2440Silvestre, J. P. F., 113, 208, 477, 1065, 1067,
1068, 1312Simakin, G. A., 1164, 1326, 1329, 1331, 1416,
1429, 1480, 1481, 1483, 1545, 2126,2584
Simanov, Yu. P., 372–377, 383–385, 393Sime, R. L., 162, 169Simionovici, A., 861Simmons, B., 3358Simmons, E. L., 3356, 3378, 3395, 3423, 3424Simmons, W. B., 269, 277Simms, H. E., 854Simnad, M. T., 958Simoes, J. A. M., 2885Simoes, M. L. S., 2587Simon, 4029Simon, A., 89, 94, 95Simon, D. J., 1735Simon, G. P., 846, 851Simon, J., 42, 43Simon, N., 2655Simoni, E., 422, 430, 431, 450, 451, 482, 1168,
1369, 1923, 2042, 2062, 2230, 2259,3037, 3046, 3118, 3171
Simonsen, S. H., 2429Simper, A. M., 1907, 1921–1923, 2528, 3102,
3113, 3123Simpson, C. Q., 2490Simpson, F. B., 166, 230Simpson, J. J., 189
Simpson, K. A., 348Simpson, M. E., 3341, 3342, 3353Simpson, O. C., 963, 1045, 1083, 1085, 1086Simpson, P. R., 270, 271Simpson, S., 2877Simpson, S. J., 1962Sims, H. E., 864, 2147, 2723, 3022Sims, T. M., 1445, 1448, 1509, 1510Sinaga, S., 339Sinclair, D. J., 3047Sinclair, W. K., 1821Singer, J., 472, 1109Singer, N., 115Singer, T. P., 3361Singh, D. J., 1904Singh Mudher, K. D., 69, 104, 105, 371Singh, N. P., 133, 3069Singh, R. K., 845Singh, R. N., 343Singh, S., 105Singh, Z., 2157, 2158, 2209Sing’anusong, P., 225Singleton, D. L., 3557Singleton, J., 945, 947–950, 2315, 2347, 2355Sinha, A. K., 297Sinha, D. N., 76, 106Sinha, P. K., 2633Sinha, S. P., 2688Sinitsyna, G. S., 31, 41, 2557, 3929Sinkler, W., 719, 721Sinsabaugh, R. L., 3602Sipahimalani, A. R., 1281Sipahimalani, A. T., 2747, 2748Siregar, C., 2559Sironen, R. J., 1018, 1275Sishta, C., 2934Sitran, S., 2440Sivaraman, N., 2684Sizoo, G. J., 164, 187Sjoblom, R. K., 1325, 1326, 1337, 1416, 1424,
1430, 1453–1455, 1474, 1509, 1543,1544, 1582, 1604, 1774, 1776, 2526
Sjodahl, L. H., 352, 357, 368Sjoeblom, K. L., 3017Skalberg, M., 24, 1432, 1434, 1665, 2674, 2761Skalski, J., 1735Skanthakumar, S., 270, 287, 596, 602, 1370,
1420, 1777, 1921, 2233, 2263, 2267,2268, 2691, 3178
Skarnemark, G., 24, 1665, 1666, 1695, 1702,1717, 1735, 2767
Skavdahl, R. E., 997, 998, 1025, 1028–1030,1045
SKB, 3482fSkelton, B. W., 2457, 2571Skiba, O. V., 546, 854, 1422, 2431, 2692, 2693,
2695–2700, 2702, 2704–2708, 2715Skinner, C. W., 259, 262–269, 275
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-283
Skinner, D. L., 3061Skiokawa, Y., 1548Skipperud, L., 3063Skala, P., 262Skala, R., 2427Skobelev, N. F., 1512Skobelev, N. K., 1267, 1367Skoblo, A. I., 575Skold, K., 2232Skoog, S. J., 2880Skorik, N. A., 109Skorovarov, D. I., 705Skotnikova, E. G., 105Skriver, H. L., 63, 928, 1300, 1459, 1527, 2150,
2276, 2359, 2370Skwarzec, B., 3014, 3017Skylaris, C.-K., 596, 1907, 1921–1923, 1938,
2528, 3102, 3113, 3123Slaback, L. A. Jr., 1506Slade, R. C., 2054Slain, H., 319Slater, J. C., 1860–1863, 1865, 1910, 1939,
2020, 2027, 2029, 2058, 2076, 2324–2326
Slater, J. L., 1968, 1985, 2894Slater, J. M., 3029Sleight, A. W., 376, 942Sleno, L., 4123Slivnik, J., 86, 91, 506, 508Sliwa, A., 335Sljukic, M., 102, 103, 110, 2431Slovokhotov, Y. L., 3087Slovyanskikh, V. K., 416, 417, 419, 4032Slowikowski, B., 3024, 3059, 3060Slukic, M., 103, 110Small, T. D., 3627Smalley, R. E., 2864Smallwood, A., 3305Smart, N. G., 856, 2678, 2680–2685Smellie, J., 3482, 3483Smentek, L., 1454Smetana, Z., 2411Smets, E., 343Smiley, S. H., 485, 559Smirin, L. N., 3017, 3067Smirnov, E. A., 960Smirnov, I. V., 856, 2682, 2684, 2685, 2739Smirnov, M. V., 2695Smirnov, N. L., 727, 2136Smirnov, V. K., 2179Smirnov, Yu. A., 791, 3049, 3052Smirnova, E. A., 907, 909, 911, 912, 1513Smirnova, I. V., 753, 1113, 1118, 1156, 3124Smirnova, T. V., 747, 749, 750Smirnova, V. I., 2527Smit, E., 3598Smit-Groen, V. S., 2153Smith, A., 982Smith, A. D., 3494
Smith, A. J., 102, 104, 105, 164, 184, 195, 201,215, 220–222, 227, 2420, 2423, 2425,2434, 2435, 2441
Smith, A. M., 1968Smith, B. F., 225, 270, 271, 1287, 1512, 2633,
2634, 2676, 6, 2677, 2761Smith, C. A., 357, 849, 1139, 1161, 1167, 1926,
2864, 3109Smith, C. L., 3409Smith, C. M., 3204, 3215, 3216Smith, C. S., 877Smith, D., 3302Smith, D. A., 3107Smith, D. C., 739, 1958, 2479, 2847, 2848,
2849, 2921Smith, D. H., 3321Smith, D. H., 3953Smith, D. K., 261, 292, 3288, 3314Smith, D. K., 3981Smith, D. M., 1166Smith, D. W., 1935, 1937Smith, E. A., 505, 506, 535Smith, E. F., 80Smith, F. J., 1270, 2702Smith, G., 224Smith, G. F., 3906Smith, G. M., 1957, 1958, 2479, 2837, 2839,
2841, 2918, 2924, 2934Smith, G. S., 80, 201, 509, 914, 1300, 1403,
1410–1412, 2419, 2420, 2424Smith, G. W., 3929Smith, H., 1818–1820Smith, H. K., 66Smith, H. L., 5, 227, 1577, 1622Smith, H. W., 3395Smith, J. A., 1427Smith, J. F., 61, 2315Smith, J. K., 1915, 2239Smith, J. L., 161, 192, 193, 333–335, 921–924,
926, 929, 945, 947–950, 954, 955, 995,1003, 1299, 1300, 1527, 1789, 2236,2312, 2313, 2315, 2329, 2333, 2343,2347, 2350, 2351, 2355, 2384, 2723
Smith, J. M., 3343, 3353, 3355, 3360, 3366,3370, 3375, 3381, 3382, 3402–3405
Smith, J. N., 231, 3314, 3491Smith, K., 66Smith, K. A., 2488, 2852, 2856Smith, K. L., 271, 280, 291, 3827Smith, L. L., 1294, 3280, 3285, 3323, 3327Smith, P. H., 2573Smith, P. K., 2149, 2387, 2388, 3696fSmith, R. A., 1011, 1018, 1019, 1022Smith, R. C., 863, 3230Smith, R. D., 2677, 2678Smith, R. M., 604, 606, 771, 1178, 2557–2559,
2568, 2571, 2575, 2576, 2579, 2581,2582, 2634, 3347, 3353, 3361, 3382
Smith, R. R., 226
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-284
Smith, T. D., 2593, 2275Smith, V. H., 1823, 3341, 3413, 3422Smith, W., 2916Smith, W. H., 1178, 1179, 1185, 2487, 2488,
2491, 2687–2690, 2831, 2849, 2858,2868, 2879, 2919
Smith, W. L., 1813, 3340, 3413, 3414Smithells, C. J., 63, 75Smithers, R. H., 2953Smoes, S., 322, 364, 365Smolan’czuk, R., 1717, 1735–1737Smolders, A., 1033Smolin, Y. I., 1361Smolin, Yu. I., 539Smolnikov, A. A., 133Semon, L., 596, 3102, 3119, 3121Smyth, J. R., 3031Snellgrove, T. R., 546, 2087Snijders, J. G., 1200–1203, 1666–1668, 1907,
1910, 1916, 1943, 1944, 1947, 1948,1951, 1972, 2089, 2253
SNL, 3490Snow, A. I., 399Snyder, R. H., 3356, 3378, 3395, 3423, 3424Snyder, R. L., 417, 418Sobczyk, M., 422, 425, 435, 442, 447Sobelman, I. I., 2028, 2029Sobiczewski, A., 1661, 1735Sobolev, I. A., 3870Sobolev, Y. B., 1335Sobolov, Y. P., 1330, 1331Soddy, F., 3, 20, 162, 163, 201, 254Soderholm, L., 291, 457, 486, 584, 596, 602,
730–732, 734, 754, 764, 861, 1112,1113, 1152, 1356, 1370, 1398, 1420,1474, 1480, 1481, 1777, 1778, 1921,1933, 2127, 2161, 2230, 2233, 2263,2264, 2267, 2268, 2402, 2419, 2420,2526–2528, 2531, 2532, 2584, 2691,3039, 3086, 3087, 3089, 3099, 3100,3106–3108, 3110–3112, 3114, 3116,3122, 3125, 3152, 3157, 3158, 3163,3170, 3178, 3179, 3181, 3623
Soderland, J. M., 1300Soderland, P., 1300, 1301Soderlind, P., 3893Sofield, C. D., 1947Sofronova, R. M., 373, 375, 393Soga, T., 460–463, 467Sokai, H., 231Sokhina, L. P., 1169, 3915Sokina, L. P., 1126Sokol, E. A., 1720Sokolnikov, M., 1821Sokolov, E. I., 1315Sokolov, V. B., 1082, 1312, 1315, 1327, 2421Sokolova, E., 261Sokolovskii, S. A., 709
Sokolvskii, Y. S., 854Sokotov, V. B., 731, 732, 734, 736Solar, J. P., 208, 1188, 1951, 2852, 2856Solar, J. R., 116Solarz, R. W., 859, 1873–1875, 1877, 1878Solatie, D., 3032, 3070Sole, K. C., 1288, 2762Solente, P., 939, 981Soliman, M. H., 3035Sollman, T., 76, 109Solnstsev, V. M., 724, 726Solntseva, L. F., 583, 601Solodukhin, V. P., 3017, 3067Solomah, A. G., 3855Solovkin, A. S., 1169, 3919Solov’yova, G. V., 2822Solt, G., 2283, 2288Somerville, L. P., 1653Somogyi, A., 861, 4140Son, S.-K., 1676, 1679–1682, 1723, 1728Song, B., 1910Song, C. L., 713, 2752–2754, 2753Song, I., 3087, 3089, 3108Songkasiri, W., 1814, 3179, 3182, 3604, 3626,
3630, 3635, 3638Sonnenberg, D. C., 2934Sonnenberg, J. L., 1916, 1922, 1925, 1926Sonnenberg, L. B., 3150Sonnenberger, D. C., 1957, 1958, 2124, 2479,
2821, 2822, 2824, 2827, 2837, 2839,2840
Sonoda, T., 3741Sontag, W., 3404–3406Sood, D. D., 1033, 1170, 2202, 2578Sopchyshyn, F. C., 3322Soppet, F. E., 3790Sorantin, H., 833Sorby, M. H., 66Sorrell, D. A., 2699Sorsa, A., 3304Sostero, S., 542, 2439Sotobayashi, T., 182Soto-Guerrero, J., 3046Soubeyroux, J. L., 65, 66, 69, 71, 72Souka, N., 176, 182, 184, 185Souley, B., 2458Soulie, E., 520, 2082, 2245, 2251Souron, J. P., 110Sousanpour, W., 39Souter, P. F., 576, 1988–1990, 2185,
4114t–4116t, 4117Southon, J., 3300Soverna, S., 1662, 1664, 1685, 1713, 1714,
1716, 1732Sowby, F. D., 3403Soya, S., 608, 609Spaar, M. T., 1542, 1543, 2270Spadini, L., 3165–3167
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-285
Spahiu, K., 718, 719, 722, 726–728, 739, 744,745, 767–769, 771, 881, 888, 891, 989,1008, 1019, 1021, 1045, 1047, 1048,1085–1087, 1098, 1100, 1101, 1110,1111, 1117, 1118, 1131, 1147–1150,1155, 1157, 1158, 1162, 1167, 1169–1171, 1180, 1181, 2114, 2115, 2117,2120, 2126–2128, 2133, 2136, 2137,2140, 2142, 2144, 2145, 2151, 2152,2154, 2155, 2159, 2160, 2161, 2163–2165, 2168, 2170, 2171, 2173–2175,2182, 2186, 2187, 2193–2195, 2197,2199–2201, 2204, 2206, 2538, 2576,2578, 2582, 2583, 3206, 3213, 3347
Spangberg, D., 118Spear, J. R., 3639Spear, K. E., 1000, 1018, 1019, 3762Specht, H. J., 1880, 1881, 1884Spedding, F. H., 61, 329, 332, 336, 448, 841,
2529, 3110, 3246Speer, J. A., 275Spence, R. W., 5, 1577, 2583Spencer, A. J., 297Spencer, C. M., 2966Spencer, H., 3413Spencer, R. W., 1622Spencer, S., 596, 1907, 1921–1923, 2528, 3102,
3113, 3123Spevackova, V., 176Spiegelmann, F., 1909Spiegl, A., 2851Spiegl, C. J., 3354Spiers, F. W., 3401Spinks, J. W. T., 1144, 3514, 3605, 3608Spino, J., 3738, 3739, 3739f, 3740, 3741Spirelet, J. C., 725Spiridonov, V. P., 1681Spirlet, C., 207Spirlet, J. C., 34, 35, 69, 73, 161, 191–193, 204,
343, 412, 718–720, 739, 742–744, 792,1017, 1019, 1023, 1050, 1052, 1055,1286, 1297, 1299, 1300, 1304, 1328,1403, 1410–1413, 1458, 1785, 1787,2115, 2205, 2249, 2267, 2268, 2283,2315, 2370, 2381, 2411, 2695, 2699
Spirlet, M. R., 102, 108, 431, 451, 470, 552,553, 737, 1168, 2255, 2418, 2441, 2471,2472, 2474–2479, 2484, 2489, 2490,2655, 2808, 2815–2818, 2827, 2829
Spirlet, T. E., 725Spiro, T. G., 1952, 2253Spiryakov, V. I., 735, 739, 744, 747, 2431Spiryakov, V. O., 2595Spitsyn, V. I., 180, 184, 188, 209, 214, 218, 219,
224, 226, 345, 346, 366, 372–375, 383,719, 720, 753, 1113, 1118, 1156, 1325–1327, 1329, 1338, 1367, 1368, 1416,1429, 1430, 1433, 1463, 1473, 1515,
1547, 1548, 1549, 1607, 1612, 1629,1636, 1933, 2525–2527, 3124
Spjuth, L., 1285, 2584, 2659, 2674Spoetl, C., 3163, 3164Spoor, N. L., 3366, 3383, 3424Spor, H., 3629Sposito, G., 3152Spotswood, T. M., 620Sprague, J., 3354Spriet, B., 876, 890, 963, 3896Sprilet, J. C., 719, 720Springer, F. H., 1427Sputh, L., 2761Spotl, C., 291Spurny, J., 2633Squires, G. L., 2232Sreenivasan, N. L., 3052Srein, V., 264, 281Srinivasan, B., 2655, 2738, 2739Srinivasan, N. L., 1033Srinivasan, P., 2669Srinivasan, R., 2695Srinivasan, T. G., 2684, 3052Seriot, J., 332Sriram, S., 1294, 2658, 2659Srirama Murti, P., 355Srivastava, R. C., 2980Srivastava, S. K., 4106Sriyotha, U., 389, 1069Srzic, D., 4127St. John, D. S., 25Staatz, M. H., 292Stabin, M., 43Stace, A. J., 4123Stackelberg, M. V., 66Stacy, R. G., 2633Stadlbauer, E., 396, 1352Stadler, S., 1314, 1340, 1365–1367, 2546Stafford, R. G., 988Stafsudd, O. M., 763, 764, 2089Stahl, D. A., 1028, 3635Staicu, D., 3720Stakebake, J. L., 973, 974, 976–978, 1035,
3199, 3201, 3207, 3208, 3211–3213,3215–3218, 3220–3223, 3225, 3227–3235, 3242, 3249, 3251, 3253, 3254,3257, 3259, 3260, 3898
Stalinski, B., 335, 338, 339Stalinski, S. P, 338Stalnaker, N., 2633, 2634Stambaugh, C. K., 901Stammose, D., 3542Stan, M., 928Standifer, E. M., 1319, 2592Standifer, R. L., 855Stanik, I. E., 214Stannard, J. N., 3340, 3424Stanner, J. W., 227
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-286
Stanton, H. E., 1626Stapfer, G., 818Stapleton, H. J., 203, 2065, 2241, 2262Star, I., 1352Starchenko, V., 856, 2684, 2685Starik, I. E., 3914Starikova, Z. A., 2442Staritzky, E., 472, 474, 1109, 1168, 1312, 1319,
1322, 1326, 2427, 2429, 2431, 2432, 2434Staritsky, E., 4165Stark, P., 2633Starks, D. F., 1188, 2486, 2488, 2851Starks, D. V., 116Starodub, G. Y., 822Staroski, R. C., 2642Stary, I., 1352, 1629Stary, J., 1352, 1477, 1509, 1550–1552, 2575,
2580, 2650Starynowicz, P., 438, 454Stather, J. W., 1179, 3340, 3354, 3415, 3416,
3420, 3424Staudhammer, K. P., 876–878Staufer, M., 1906Stauffert, P., 1957, 1958, 2841Staun Olsen, J., 100Staundenmann, J. L., 96Staunton, G. M., 485, 518Stavsetra, L., 1666, 1695, 1702, 1717, 1735,
1737Staz, H., 1913Stchouzkoy, T., 195–197, 216, 216, 218, 225,
229, 230Steadman, R., 67, 71Steahly, F. L., 63Stech, D. J., 2686Stecher, H. A., 2840Stecher, P., 69, 72Steeb, S., 2392, 2393Steed, J. W., 2452Steel, A., 3163Steemers, T., 1033Steers, E. B. M., 1116Stefanovsky, S. V., 3817, 3870Steglich, F., 719, 720, 2333, 2342, 2347, 2352Stehle, H., 3707–3709Steidl, D. V., 1080, 1082, 1083, 1090, 1092Steiglitz, L., 2801Stein, L., 32, 180, 201, 207, 2418, 2420, 2425,
2695Stein, P., 1952, 2253Steinberger, U., 2360Steindler, M. A., 2655, 2739Steindler, M. J., 731–733, 1080, 1082, 1083,
1088–1090, 1092, 1281, 2084, 4105,4107, 4108
Steiner, J. J., 407Steiner, M. J., 2239, 2359Steinfink, H., 1023, 1053
Steinhaus, D. W., 1845Steinhof, A., 1881, 1884Steinle, E., 1426Steinrucke, E., 116, 2865Stemmler, A. J., 2591Stenger, L., 1312, 1315, 1469Stepanov, A. V., 41, 787, 788, 1352, 1353,
1405, 1433, 1476–1478, 1550, 1551,2532, 2546, 2557, 2563, 3034
Stepanov, D. A., 787Stepanova, E. S., 2583Stephanou, S. E., 1271, 1322, 1323, 1333,
1366, 1402, 1410Stephen, J., 190Stephens, D. R., 1297, 1299, 3255Stephens, F. M. Jr., 309Stephens, F. S., 1582Stephens, W. R., 719Stephens-Newsham, L. G., 3057Stepushkina, V. V., 1449, 2637Sterlin, Ya. M., 3895, 3896Sterling, J. T., 352Stern, C. L., 2479, 2913, 2924, 2933, 2938,
2984, 2986, 2990, 2997–2999Stern, D., 2912, 2924Stern, E. A., 3088Sternal, R. S., 1959, 1993, 2479, 2892,
2893Sterne, P. A., 986, 3095, 3476, 3537Sterner, S. M., 127, 128, 130, 131, 2549, 3136,
3137Sterns, M., 389Sterritt, R. M., 3629–3630Stetzer, O., 1588, 1590, 1840, 1877Steunenberg, R. K., 869, 908, 950, 1080, 1086,
1088, 1090, 1091, 1513, 2693, 2708–2713, 3896
Stevens, C. M., 1577, 3069Stevens, K. W. H., 2036, 2039Stevens, M. F., 920, 921, 943, 968, 970, 971Stevens, W. J., 3343, 3350, 3353, 3355, 3359–
3362, 3364–3366, 3370, 3373–3379,3381, 3382, 3385, 3388, 3398, 3399,3403, 3404, 3414–3416, 3420, 4090–4092, 4092t, 4093, 4095
Stevenson, C. E., 2692Stevenson, F. J., 3150Stevenson, J. N., 1084, 1093, 1096, 1397, 1403,
1410–1412, 1415, 1417, 1420, 1421,1457, 1460, 1464, 1465, 1468, 1470,1480, 1520, 1530, 1532, 2315, 2416,2417
Stevenson, P. C., 19, 28, 29, 180, 3281Stevenson, R. J., 2730, 3409Stevenson, S. N., 1530, 1533Steward, L. M., 3220Stewart, D. C., 1114, 1404Stewart, D. F., 562
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-287
Stewart, G. R., 192, 333–335, 719, 720, 947–949, 967, 968, 1784, 1790, 2239, 2312,2315, 2333, 2350, 2352, 2353, 2372
Stewart, H. B., 2733Stewart, J. L., 2247, 2256, 2260, 2876, 2879Stewart, J. M., 259, 282Stewart, K., 3253–3255Stewart, M. A. A., 1184, 1312, 1315Stewart, W. E., 2532Osthols, E., 125, 127–132, 3526Stieglitz, L., 1423Stiffler, G. L., 996Still, E. T., 3355, 3366Stirling, C., 639, 3327Stirling, W. G., 2234, 2237, 2286Stites, J. G. Jr., 34Satmark, B., 2756Stockdale, J. A. D., 4124Stocks, K., 4021t-4022tStoewe, K., 417, 418, 420Stoffels, J. J., 3313, 3315Stohl, F. V., 261, 292Stokeley, J. R. J., 1323, 1324, 1361Stokely, J. R., 747, 1473, 1474, 1479–1481,
1547, 1548, 2527, 3125Stokinger, H. E., 3354Stoll, H., 34, 1676, 1679, 1898, 1908, 1918,
1920, 1937, 1943, 1944, 1947, 1949,1951, 1959, 2148
Stoll, W., 1132Stollenwerk, A. H., 730, 763, 766, 2251,
2260, 2261Stoller, S. M., 530, 2730Stolzenberg, H., 1735Stone, B. D., 34Stone, F. G. A., 2889Stone, H. H., 390Stone, J. A., 190, 203, 425, 431, 435, 439, 469,
749–752, 793, 1188, 1189, 1472, 1946,2229, 2230, 2241, 2253, 2256–2262,2264, 2267, 2268, 2486, 2488, 2595,2695, 2801, 2803, 2815, 2819, 2843,2851, 2853, 2855, 2856
Stone, R. E., 1631, 1633, 1635, 1636, 1858Stone, R. S., 3339, 3413Stoneham, A. M., 39, 3850Storey, A. E., 1169Storhok, V. W., 1011, 1018, 1019, 1022Storm, E., 3947Storms, E. K., 68, 365, 366, 744, 1004,
1008, 1018, 1019, 1028, 2114,2195–2200
Storvick, T. S., 717, 1270, 2134, 2135, 2695–2700, 2715, 2719–2721
Stotzky, G., 3611Stoughton, R. W., 63, 115, 175, 188, 256Stout, B. E., 778, 781, 782, 1181, 2386, 2387,
2443, 2572, 2586, 2594, 2596
Stout, M. G., 964, 972, 973Stout, P. J., 3860Stout, S. A., 3543Stover, B. J., 3340, 3343, 3350, 3351, 3353,
3356, 3358–3362, 3364–3366, 3375–3379, 3385, 3388, 3396, 3398, 3399,3405, 3424
Stover, J. C. N., 3343Stowe, K., 4006t, 4015, 4016, 4027Stoyer, M. A., 14, 1654, 1719, 1736, 1738Stoyer, N. J., 14, 1114, 1182, 1654, 1664, 1684,
1693–1695, 1706, 1716, 1719, 1736,1738
Strachan, D. M., 2760, 3828, 3829, 3863, 3865Stradling, G. N., 1179, 2591, 3354, 3361, 3413,
3415, 3416, 3419–3421Straka, M., 578, 1933, 1939–1942, 1976Strand, P., 3063Strasser, A., 1028Strassmann, F., 4, 164, 169, 255Stratton, R. W., 1033, 1071Straub, T. R. G., 2479, 2834, 2835, 2913, 2925,
2927, 2930, 2932, 2933, 2935, 2936,2940, 2958, 2984, 2987
Straumanis, M. E., 61Strazik, W. F., 2564, 2565Strebin, R. S., 1409, 1432, 1434Street, J., 2635, 2670Street, K. J. Jr., 5, 1508, 1585, 1916, 2538,
2562, 2580, 2635Street, R. S., 344, 389, 391, 392, 1027, 1030,
1031, 1070, 1071, 2389, 2395, 3698,3698f
Streeton, R. J. W., 3895Strehlow, R. A., 1104Streicher, B., 1654, 1719, 1720, 1738Streit, G. E., 4124Streitweiser, A. Jr., 68, 116, 208, 630, 1188,
1189, 1802, 1894, 1943, 1948, 1951,1952, 2252, 2253, 2485, 2486, 2488,2851, 2852, 2855, 2856
Streck, W., 422, 430, 431, 451Strek, W., 450, 2230, 2259Strellis, D. A., 185, 186, 815, 1447, 1582, 1662,
1684, 1693, 1699, 1701, 1705, 1711–1713, 1716–1718
Strelow, F. W., 3061Streubing, V. O., 1302Strickert, R. G., 2546, 2547, 3247Stricos, D. P., 225Strietelmeier, B. A., 3022, 3175, 3181Striganov, A. R., 1847, 1848Stringer, C. B., 189Stringham, W. S., 172Strittmatter, R. J., 575, 1191, 1363, 1952,
1954–1958, 1962, 1966, 2803, 2918Strnad, J., 2633Strnad, V., 1507
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-288
Strobel, C., 78, 84Strohal, P., 3306Strohecker, J. W., 490Stromatt, R. W., 791Stromberg, H. D., 1297, 1299Stromsnes, H., 1918, 1919Strong, J. C., 3354Stronski, I., 191, 1352, 1431Strotzer, E. F., 63, 96, 100, 413Stroupe, J. D., 530, 560, 2421Strouse, C. E., 2077, 2232, 2415Strovick, T. S., 2134, 2135Strub, E., 185, 186, 1447, 1687, 1699, 1700,
1705, 1710, 1718Struchkov, Y. T., 746–749, 2434, 2595, 2859Struchkov, Yu. T., 2439, 2442Struchkova, M. I., 105Struebing, V. O., 892, 896, 897, 901, 905, 906,
932, 936, 1302Strumane, R., 343Struminska, D., 3014, 3017Strunz, H., 269Struss, A. W., 83Strutinsky, V. M., 1661, 1880Struxness, E. G., 3346, 3351, 3372, 3375, 3376Stryer, L., 631Stuart, A. L., 2256, 2477, 2480, 2812, 2813,
2829, 2830Stuart, W. I., 283, 997, 998, 1000, 1001Stubbert, B. D., 2990Studd, B. F., 115Studier, M. H., 5, 53, 164, 172, 175, 219, 704,
1577, 1622, 3016Studier, N. H., 822, 824Stuit, D., 3024, 3284, 3296Stuit, D. B., 3282, 3285, 3296, 3307Stults, S. D., 2473, 2561, 2802, 2805, 2806Stumm, W., 3506–3508, 3508f, 3515, 3530,
3537, 3538, 3637, 3643Stump, N. A., 1453, 1467, 3845Stumpe, R., 787, 1114, 3043Stumpf, S., 3542Stumpf, T., 2587, 3114Stumpp, E., 376–378, 382, 505, 510, 511, 524Stunault, A., 2234Stupin, V. A., 2118Sturchio, N. C., 291, 3163, 3164, 3183, 3520,
3543, 3544Sturgeon, G. D., 506, 507, 1107Stuttard, G. P., 385, 388Stowe, K., 1054, 2413, 4006t, 4015, 4016, 4027Su, S. J., 1908Suarez Del Rey, J. A., 1432, 1433Subbanna, C. S., 2202Subbotin, V. G., 14, 989, 996, 1653, 1654,
1707, 1719, 1736, 1738Subotic, K., 14, 1653, 1654, 1719, 1736, 1738Subrahmanyam, V. B., 164
Subramanian, M. A., 942Subramanian, M. S., 1174Suckling, C. W., 504Sudakov, L. V., 724, 726, 1317, 1466Sudarikov, B. N., 303Sudnick, D. R., 1327Sudo, T., 2953, 2969Sudowe, R., 815, 1662, 1664, 1666, 1685, 1695,
1701, 1702, 1712–1714, 1716, 1717,1735, 1737
Sueki, K., 164, 1266, 1267, 1696, 1718, 1735Sueyoshi, T., 397Suganuma, H., 1409Sugar, J., 33, 60, 859, 1452, 1513, 1590, 1633,
1639, 1646, 1845, 1874, 1875, 1877–1879
Suger, J., 2038Sugimoto, M., 2966Sugisaki, M., 395, 397Sugiyama, K., 406, 407Suglobov, D. N., 548, 549, 555, 556, 571, 575,
750, 1116, 1361, 2594, 2800, 3111, 3122Suglobova, I. G., 86, 88, 89, 93, 424, 428–431,
436, 437, 440, 450, 454, 470, 471, 473,475, 476, 495, 510, 511, 571
Sugo, Y., 2658, 2659Sukhov, A. M., 14, 1653, 1654, 1707, 1719,
1736, 1738Suksi, J., 273Sulcek, Z., 3278Sullenger, D. B., 1033, 1034, 2395Sullens, T. A., 4163, 4163f, 4164, 4170Sullivan, J. C., 606, 607, 612, 615, 704, 718,
719, 722, 726–728, 739, 744, 745, 748,759, 764, 767–771, 781, 822, 824, 881,888, 891, 989, 1008, 1019, 1021, 1045,1047, 1048, 1085–1087, 1098, 1100,1101, 1110, 1111, 1113, 1117, 1118,1129, 1131, 1147–1150, 1155, 1157,1158, 1159, 1160, 1162, 1164, 1166,1167, 1169–1171, 1176, 1180, 1181,1325, 1326, 1335, 1337, 1356, 1368,1369, 1416, 1424, 1430, 1473–1475,1774, 1776, 1778, 1923, 1931, 1933,2077, 2094, 2096, 2114, 2115, 2117,2120, 2126–2128, 2131, 2133, 2136,2137, 2140, 2142, 2144, 2145, 2151,2152, 2154, 2155, 2159, 2160, 2161,2163–2165, 2168, 2170, 2171, 2173–2175, 2182, 2186, 2187, 2193–2195,2197, 2199–2201, 2204, 2206, 2527,2531, 2538, 2553, 2558, 2562, 2563,2571, 2576, 2578, 2582, 2583, 2589,2594–2597, 2599, 2601–2606, 2760,3016, 3035, 3087, 3112, 3125, 3170,3347, 3206, 3213, 4170
Sullivan, M. F., 1507Summerer, K., 1738
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-289
Summerson, W. H., 3362Sumner, S. A., 3354Sun, J., 2831Sun, Y., 2100, 2880, 2881Sundaram, S., 1086Sundararajan, K., 1988Sundaresan, M., 58, 2580Sunder, S., 274, 289, 371Sunderlin, L. S., 4125Sundman, B., 351, 352Suner, A., 187Sung-Ching-Yang, G. Y., 164Sung-Yu, N. K., 2801, 2851Sunshine, S. A., 4045Suortti, P., 2381–2383Surac, J. G., 184Suraeva, N. I., 1516, 1683Suranji, T. M., 123, 2549Surbeck, H., 133Suresh, G., 2666, 2667, 2739Surls, J. P. Jr., 1291, 1509, 2636Suryanarayana, S., 1033Sus, F., 785Suski, W., 333, 414, 416, 719, 720, 743, 2238,
2413, 4006t, 4008, 4012, 4013Suskin, M. A., 2016, 2035Suslick, K. S., 2464, 2465Suslova, K. G., 1821, 3282Susuki, H., 2934Sutcliffe, P. W., 939, 949Sutherland, I. W., 3629Sutorik, A. C., 4030, 4045, 4046t, 4049, 4056,
4057Sutter, C., 2234, 2237Sutter, J. P., 2256Sutterlin, U., 3398Suttle, J. F., 490Sutton, A. L. Jr., 389, 396Sutton, J., 2532Sutton, S. R., 270, 291, 473, 861, 3039, 3087,
3089, 3095, 3163, 3164, 3172, 3175–3177, 3183,
Suvorov, A. V., 82Suzuki, A., 589, 595, 613, 712, 713, 795, 1921,
1923, 1991, 2538, 2594, 2738, 3102,3105, 3111–3113, 3122, 3123
Suzuki, H., 1957, 1958, 1981, 2479, 2837, 2839Suzuki, K., 622, 718Suzuki, M., 1398, 2681, 2684Suzuki, S., 30, 40, 180, 209, 217, 224, 784,
1477, 1548, 2659Suzuki, T., 100, 182, 428, 436, 440, 444, 451,
719, 720, 1625Suzuki, Y., 717, 718, 743, 1004, 1018, 2153,
2157, 2201, 2695, 2698, 2715, 2716,2724, 2725, 3179, 3180, 3181, 3548,3625, 3764t, 3765
Svane, A., 1023, 1044, 2347, 3211
Svantesson, J., 184, 2767Svantesson, S., 1286, 2672Svec, F., 851Sveen, A., 347, 354, 357, 359Svergensky, D. A., 2132Sveshnikova, L. B., 2452Sviridov, A. F., 1484Svirikhin, A. I., 1654, 1719, 1720, 1738Swain, K. K., 180Swallow, A. G., 115Swaney, L. R., 506Swang, O., 2169Swanson, B. I., 732–734Swanson, J. L., 126, 127, 130, 728, 767, 769,
843, 941, 1109, 1282, 2740Swanson, J. L., 3894Swanton, S. W., 301, 3103, 3152, 3154, 3155Swaramakrishnan, C. K., 1058–1060Swarup, R., 3921, 3922Swatloski, R. P., 2691Sweedler, A. R., 63Swepston, P. N., 2866, 2918, 2924Swiatecki, W. J., 1653, 1661, 1738Swift, D. J., 3017Swift, M. N., 3353, 3356, 3362, 3366, 3370,
3378, 3386, 3395, 3407, 3424Swift, T. J., 2530Swihart, G. H., 268Sydenham, P. H., 3973, 3978Sykora, R. E., 1173, 1531, 4162, 4162fSylva, R. N., 119–121, 123, 124, 126, 2575Sylvester, P., 3326Sylwester, E. R., 185, 186, 301, 815, 932, 967,
1445, 1447, 1582, 1662, 1664, 1684,1693–1695, 1699, 1705, 1706, 1709,1716, 1718, 3152, 3154, 3155, 3158,3544
Symons, M. C. R., 2530Szabo, G., 3023Szabo, Z., 580, 581, 589–591, 596, 597, 602,
604, 605, 607–610, 612, 614, 616–618,621, 625, 1156, 1923, 1924, 2576, 2578,2579, 2582, 2587, 2592, 2593, 3101–3105, 3120, 3121, 3126–3129, 3132,3144
Szabo, A., 1903Szalay, A., 3166Szalay, P. G., 1908, 1909Szczepaniak, W., 425, 439, 444, 447, 448, 455,
469, 475, 476, 478, 479, 495, 2257, 2258Sze, K. H., 1962Szeglowski, Z., 30Szempruch, R., 3253, 3254Szilard, B., 76Szklarz, E. G., 68Szostak, F., 3050Szotek, Z., 1023, 1044, 234Szwarc, R., 352, 357, 365
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-290
Szymanski, J. T., 103, 113Szymanski, Z., 1661Szytula, A., 69, 70, 73, 4006t, 4008
Tabachenko, V. V., 4180Tabak, H. H., 3621–3622, 3627, 3649–3650Tabata, K., 77Tabuteau, A., 87, 92, 391, 460, 511, 728, 730,
792, 1067, 1068, 1312, 1321, 1359,1360, 2431, 2432
Tacev, T., 1507Tachibana, T., 352Tachimori, S., 1049, 1283, 1286, 1363, 1370,
1554, 2658, 2659, 2675, 2738, 2760Tada, M. L., 3317, 3318Tagawa, H., 280, 306, 355, 368, 369, 373, 377,
378, 380, 383, 391–393, 395, 396, 409,490, 1317, 1318, 2199, 2411
Tagirov, B. R., 2191, 2192Tagliaferri, A., 1196, 1198, 2080, 2085,
2086, 2561Taguchi, M., 366Tague, T. J. Jr., 1977, 1978, 1983, 2894,
4114t–4116tTahvildar-Zadeh, A., 2343–2345Tai, D., 1507Taibi, K., 3066Taillade, J. M., 133Tailland, C., 932, 933Taira, H., 631Taire, B., 1530, 1531, 1533Tait, C. D., 270, 289, 291, 580, 595, 602, 620,
621, 704, 763, 766, 851, 861, 932, 1041,1043, 1112, 1116, 1117, 1154–1156,1162, 1164, 1166, 1359, 1370,1925–1928, 1931, 2427–2429, 2450,2451, 2464, 2583, 2607, 3035, 3087,3108, 3109, 3112, 3113, 3115, 3118,3123, 3125–3131, 3133, 3134, 3136,3160, 3161, 3164, 3167, 3170, 3171,3175, 3210
Tait, W. H., 3957Tajik, M., 452Takagi, E., 226Takagi, J., 215, 216, 224Takagi, S., 100Takahashi, K., 164, 1056, 1057, 2154,
3043, 3045Takahashi, M., 727, 760Takahashi, N., 717, 2134, 2135, 2695–2700,
2719Takahashi, S., 356Takahashi, Y., 354, 795, 3024Takaku, A., 3059, 3062, 3068, 3072Takaku, Y., 789, 790, 3017, 3062Takanashi, M., 2743Takano, H., 2693Takano, M., 1018, 1421, 2724, 3764t, 3765
Takano, Y., 294Takashima, Y., 1294, 1295, 2749Takats, J., 2819, 2821, 2826, 2836, 2840, 2880,
2881, 2883, 2885, 2912Takayama,H., 789, 790, 3059, 3062, 3068, 3072Takayanagi, S., 407Takeda, M., 727Takegahara, K., 100Takeishi, H., 706, 708, 1407, 1424, 2680, 2681,
2683, 3043, 3045Takemura, H., 2457, 2460Takeshita, K., 2675Takeuchi, H., 382, 2245Takeuchi, K., 576, 577, 1935, 1936, 2165, 4103Takeuchi, M., 2738Takeuchi, R., 2953, 2966Takeuchi, T., 407Takizawa, Y., 1822Takizuka, T., 2723Talbert, W., 1665Talbot, R. J., 822, 3342, 3346, 3353,
3372, 3373Tallant, D. R., 1292Tallent, O. K., 2701, 3903Talley, C. E., 412Talmont, X., 2731Tamaura, Y., 1292Tamborini, G., 3062Tame, J. R. H., 630Tamhina, B., 182Tamm, K., 2602Tan, B., 795Tan, F., 266Tan Fuwen, 231Tan, J.-H., 1018Tan, T.-Z., 1285Tan, X.-F., 1285Tanabe, K., 76Tanaka, H., 394, 2695, 2698Tanaka, K., 116, 2865, 3756, 3772Tanaka, O., 1019Tanaka, S., 339, 625, 769, 795, 2553, 2738,
3022, 3024, 3629Tanaka, X., 2762Tanaka, Y., 76, 1281, 1282, 1286, 2743,
2747, 2761Tanamas, R., 384–386, 393, 1303, 1312Tananaev, I. G., 161, 709, 770, 1110, 1113,
1133, 1156, 1312, 1314, 1340, 1341Tandon, J. P., 2587Tandon, L., 3222Tanet, G., 769, 774Tang, C. C., 2238Tang, W. J., 2982Tani, B., 272, 343, 357, 358, 1465, 1469, 1470,
2417, 2422Taniguchi, K., 389Tanikawa, M., 164
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-291
Tanke, R. S., 2966Tannenbaum, A., 3340, 3380, 3423Tannenbaum, I. R., 1080, 1081, 1083, 1084,
1086, 1088, 1090, 1091, 2421, 2426Tanner, J. P., 1423Tanner, P. A., 472, 477, 482, 2054, 2066Tanner, S. D., 4141Tanner, S. P., 1352, 1427, 1454Tanner, S. R., 1592Tanon, A., 892, 905–907Tanouchi, N., 2953Tanoue, E., 3630Tao, Z., 3062Tao, Z. Y., 3542Taoudi, A., 88, 91Tapuchi, S., 719, 720Tarafder, M. T. H., 93Taranov, A. P., 727, 2136Tarasov, L. K., 3933Etard, A., 61, 63, 67, 68, 78, 80–82, 95Tarrant, J. R., 1423, 1454, 1592, 1636, 1639,
1640, 1644, 1659, 2127, 2526,2561, 2585
Tashev, M. T., 2441Tasker, I. R., 357, 358, 2193Tatarinov, A. N., 14, 1654Tate, R. E., 490, 876, 880, 937, 939, 958–961Tateno, J., 368, 369, 373, 378, 383, 396Tatewaki, H., 1897, 1938, 1992Tatsumi, K., 378, 1917, 1954, 1956–1958,
2400, 2472, 2484, 2825,2826, 2841
Taube, H., 592, 619, 622, 1133, 2607Taube, M., 988Taulelle, F., 4182Taut, S., 1447, 1451, 1524, 1593, 1628, 1662,
1684, 1699, 1708, 1709, 1711,1712, 1716
Tavcar, P., 3555Tawn, E. J., 1821Taylor, A. D., 2278, 2279, 2283–2285Taylor, A. J., 342, 357Taylor, B. F., 2966Taylor, C. D., 2035Taylor, D. M., 988, 1179, 1816, 1823, 3024,
3340, 3350–3352, 3354, 3359–3362,3364, 3365, 3368, 3371–3379, 3385,3387, 3388, 3396, 3398, 3399, 3403,3408, 3410, 3411, 3413–3416, 3420,3422, 3424
Taylor, G. N., 1507, 1823, 3340, 3343, 3349,3350, 3353, 3355, 3360, 3366, 3370,3375, 3381, 3382, 3396, 3398, 3399,3401, 3403–3405, 3414–3416, 3420, 3424
Taylor, J. C., 78, 86, 102, 106, 264, 283, 3412,357, 358, 423, 425, 435, 439, 445, 453,455, 469, 473–475, 478, 495, 498, 502,503, 511, 515, 529, 530, 536, 543, 544,
560, 567–569, 573, 594, 944, 949, 950,1107, 2394, 2414, 2415, 2417, 2418,2420, 2421, 2423, 2424, 2426, 2429,2430
Taylor, J. M., 1009Taylor, K. M., 1028, 1030Taylor, M., 55, 103Taylor, N. J., 2430Taylor, P., 348Taylor, R., 3279, 3285Taylor, R. G., 2480, 2812, 2829, 2845, 3279,
3285Taylor, R. I., 2273Taylor, R. J., 711, 712, 760, 761, 1138,
2440, 2757Taylor, R. N., 3328Taylor, S. H., 3171Taylor, S. R., 26, 170Tazzoli, V., 3167Tcherkezian, V., 3499Tchikawa, S., 1267Teague, S. V., 3254Teale, P., 1810Teaney, P. E., 1049Tebo, B. M., 3625Techer, I., 3559Teetsov, A., 275Teherani, D. K., 3057Teichteil, C., 1909, 1918, 1919, 1931, 1932Teillac, J., 27, 184, 187Teillas, J., 164Teixidor, F., 2655Tellers, D. M., 2880Tellgren, R., 475, 478, 479, 495Telnoy, V. I., 2822Telouk, P., 3326Temmerman, W. M., 1023, 1044, 2347, 3211Temmoev, A. H., 133Tempest, A. C., 2843Tempest, P. A., 344, 348, 1035Temple, R. B., 2735Templeton, C. C., 106, 107Templeton, D. H., 67, 71, 78, 82, 83, 106, 116,
208, 423, 542, 580, 1187, 1312, 1313,1315, 1357, 1358, 1645, 2251, 2256,2288, 2386, 2395, 2396, 2404, 2405,2407, 2417, 2418, 2422, 2429, 2434,2436, 2487–2489, 2558, 2853, 2856,2877, 3088, 3089
Templeton, L. K., 542, 580, 2288, 2404, 2405,2488, 2853, 3088, 3089
Ten Brink, B. O., 164Tennery, V. J., 1317, 1318Teo, B.-K., 3087, 3088, 3091, 3093, 3100,
3117, 3164Tepp, H. G., 316, 317Ter Akopian, T. A., 164Ter Haar, G. L., 116
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-292
ter Meer, N., 200, 1312, 1319, 1322, 1323,1361, 2164, 2427, 2439, 2442
Terada, K., 1028–1030, 3207, 3219Terminello, L. J., 863, 3089, 3101, 3141,
3152, 3156Teschke, F., 3306Teshigawara, M., 339Testa, C., 3030, 3280Tetenbaum, M., 352, 364, 365, 367, 1029,
1030, 1047, 2146, 2262Teterin, A. Y., 861Teterin, A. Yu., 3051Teterin, E. G., 458, 1079, 1169Teterin, Y. A., 861, 3142, 3145, 3150Teterin, Yu. A., 3051Tetzlaff, R. N., 817Teuben, J. H., 2924Teufel, C., 107Tevebaugh, R., 80Thakur, A. K., 114Thakur, L., 114Thakur, N. V., 1275Thalheimer, W., 164Thalmeier, P., 2347Thamer, B. J., 862, 897Tharp, A. G., 69, 72, 78, 2407Thayamballi, P., 1023, 2364Thein, M., 783Theisen, R., 1070–1072Theng-Da Tchang, 193Theobald, W., 1880–1884Thern, G. G., 185, 187Thetford, R., 3821Thewalt, U., 505, 510Thewlis, J., 2385Theyssier, M., 3034, 3064Theyyunni, T. K., 712, 1282, 2743, 2745, 2757Thi, Q., 1732Thibault, Y., 293Thibaut, E., 420, 423, 425, 435, 437, 457, 470,
473, 474, 478, 502, 509, 514, 515, 516,538, 544, 551
Thied, R. C., 854, 2686, 2690Thiel, W., 89, 93, 94Thiele, K.-H., 116Thieme, M., 3142, 3145, 3150Thies, S., 2352Thies, W. G., 3398Thiriet, C., 2143, 3695t, 3696fThiyagarajan, P., 840, 1152, 2649, 2652Thode, H. G., 823Thole, B. T., 2236Thome, L., 340, 348Thoma, D. J., 929Thoma, R. E., 84–91, 424, 446, 459–465, 487,
489, 1468, 2416Thomas, A. C., 128, 785Thomas, C. A., 988
Thomas, C. W., 3488, 3492, 3550–3552Thomas, D. M. C., 3254, 3255Thomas, J. D. R., 3029Thomas, J. K., 2199, 2202Thomas, J. L., 750, 2469Thomas, M., 3017, 3027Thomas, O., 2657Thomas, R. A. P., 1818, 3487, 3636Thomas, W., 988, 3020Thomason, H. P., 787, 3043, 3044Thomassen, L., 2391Thomke, K., 76Thompson, G. H., 817, 1397, 1402,
2653, 2727Thompson, H. A., 3094, 3102, 3127, 3139,
3152, 3155, 3158, 3543, 3544Thompson, J. D., 406, 967, 968, 1784, 1790,
2239, 2352, 2353, 2372Thompson, J. L., 1152, 3036, 3288, 3314Thompson, K. R., 1968, 1971Thompson, L., 1966, 2260, 2872, 2874Thompson, M. A., 974, 3219Thompson, M. C., 770, 1397, 1411, 1412,
2387, 2388Thompson, R. C., 172, 174, 182, 215, 226,
768, 769, 775, 1814, 2553, 3340,3386, 3424
Thompson, S. G., 5, 835, 1444, 1480, 1481,1508, 1577, 1622, 1624, 1628–1630,1632, 1635, 1661, 2629, 2635, 2638,2639, 2730, 3894, 3913, 3914
Thomson, B. M., 3409Thomson, J., 170, 225, 3031Thomson Rizer, C. L., 3046Thonstad, J., 2692Thoret, J., 111, 112, 113Thorn, R. J., 364, 365, 724, 2148Thornton, G., 4109Thouvenot, P., 1368, 1369, 2062, 2063, 2096,
2263, 2265Thorle, P., 33, 1588, 1590, 1662, 1664, 1685,
1687, 1698–1700, 1709, 1710, 1713,1714, 1716, 1718, 1840, 1877, 1879,1882, 1884
Thronley, F. R., 3163Thuemmler, F., 1070–1072Thulasidas, S. K., 2668Thuma, B., 6Thuery, P., 1262, 1270, 2254, 2449, 2451, 2452,
2456–2462, 2488, 2558Thevenin, T., 730, 740–742, 792, 1017, 1022,
1052, 1054, 2409, 2413, 2414, 2426,2427
Tian, G. X., 1363, 2665Tian, S., 116, 1776, 2240, 2473, 2803, 2816,
2875, 2912, 2984, 2986, 2990Tibbs, P. A., 1507Tichy, J., 347, 354, 357, 359
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-293
Ticker, T. C., 1670, 1672–1676, 1685, 1692Tiedemann, B. E. F., 1825, 3420Tiee, J. J., 4103Tiemann, M., 1828Tien, V., 4032, 4040Tiffany-Jones, L., 44Tikhomir, G. S., 1512Tikhomirov, V. V., 1484Tikhomirova, G. S., 1449, 1633, 1636,
2636, 2637Tikhonov, M. F., 1120, 1128, 1140, 1302Tikhonov, M. R., 3111, 3122Tikhonova, A. E., 788, 3034, 3039Tikkanen, W. R., 2919Till, C., 2693, 2713Tilley, T. D., 2832, 2965, 2974Tillman, W. L., 3984Timerbaev, A., 3024Timma, D. L., 27Timofeev, G. A., 744, 1134, 1326, 1329, 1331,
1333–1336, 1416, 1429, 1430, 1446,1447, 1479, 1480, 1481, 1483, 1484,1545, 1547, 1559, 2126, 2129, 2131,2584, 3061
Timofeeva, L. F., 893–896, 986, 3896Timokhin, S. N., 1451, 1593, 1625, 1629, 1633,
1635, 1662, 1664, 1679, 1684, 1685,1692, 1693, 1695, 1700, 1706, 1708,1709, 1713, 1714, 1716, 1720
Ting, G., 176, 188Ting, K. C., 2668Tinivella, G., 3850Tinker, N. D., 2442, 2887Tinkham, M., 2043Tinkle, M., 457, 486Tipton, C. R. Jr., 1030Tischler, M. L., 3179, 3181Tishchenko, A. F., 112Tissue, B. M., 2047, 3322Titov, V. V., 1082Tits, J., 2591Tiwari, R. N., 76, 106Tjeng, L. H., 861Tolg, S., 1881To, M., 2208, 2211Tobin, J. G., 967Tobler, L., 1447, 1662, 1684, 1711, 1712,
1716, 1732Tobon, R., 2315, 2350Tobschall, H. J., 297Tobou, R., 63Tochiyama, O., 706, 776–778, 781, 782,
2099, 2100, 2559, 2578, 2585,2726, 3287
Todd, B. J., 3834Todd, P., 1507Todd, T. A., 1282, 2739, 2741Todosow, M., 3562
Toepke, I. L., 64Toevs, J. W., 996Toews, K., 2681, 2684Tofield, B. C., 2153Togashi, A., 1282, 1408, 2743Toivonen, H., 1913Toivonen, J., 580, 581, 2434Tokar, M., 3695tTokarskaya, Z. B., 1821Tokman, M., 1669Tokura, Y., 2288Tolazzi, M., 2584Tolley, W. B., 1093Tolmachev, Y. M., 727Tolmachyov, S. Y., 786Tolson, D., 3358Tom, S., 164, 186, 187Tomas, A. M., 226Tomat, A., 2586, 2589Tomat, G., 767, 770, 776–778, 781, 782,
2441, 2550, 2584–2586, 2589Tomczuk, Z., 2714, 2715Tomilin, S. V., 735, 739, 747, 749, 1164, 1319,
2129, 2131, 2427, 2431, 2442,2527, 2595
Tomioka, O., 2678, 2679, 2681, 2684Tomioka, Y., 2288Tomiyasu, H., 607–609, 616–618, 620, 622,
626, 627, 712, 762, 852, 2633, 2681Tomkins, F. S., 33, 190, 226, 1295, 1836, 1839,
1842, 1846, 1847, 1871Tomkowicz, Z., 69, 70, 73Toms, D. I., 198, 201Toms, D. J., 164, 173, 176, 179, 213, 224Tondello, E., 116, 546, 547, 553, 554,
770, 2554Tondon, V. K., 1058–1061Tondre, C., 2649, 2657Tong, J. P. K., 580, 582Toogood, G. E., 2430Toops, E. C., 25Topic, M., 102, 103, 110, 2431Topp, N. E., 1541, 1591Topp, S. V., 1813Toraishi, T., 597, 625, 2587Torikachvili, M. S., 2352, 2357Toropchenova, G. A., 175Torres, R. A., 1114, 1148, 1155, 1160, 1163,
1354, 2583Torri, G., 2633Torstenfelt, B., 1803, 1804, 1806–1808, 1810,
3980Torstenfelt, N. B., 1152Toscano, P. J., 2999Toshiba Denshi Eng KK, 189Totemeier, T. C., 322, 327Toth, I., 1166Toth, K. S., 164
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-294
Toth, L. M., 1132, 1152, 2087, 2088, 2688,2701
Tougait, O., 75, 97, 416, 417, 2413, 4006t,4009, 4011, 4015, 4024t, 4034, 4039
Tourasse, M., 3746, 3751–3753, 3752fTournois, B., 2655Toussaint, C. J., 373Toussaint, J. C., 34, 35, 194, 1271, 1304, 1402,
1403, 1410, 1412, 1413, 2633Toussaint, N., 195, 2407, 2408Tousset, J., 29Touzelin, B., 353, 391, 392Towndrow, C. G., 3354Townes, C. H., 1681Toyoshima, A., 1445, 1484, 1696, 1718,
1735Trabalka, J. R., 3287Tracy, B. L., 3017Traeger, J., 1507Traill, R. J., 2434Trakhlyaev, P. S., 1352Trammell, G. T., 2234Tran Kim, H., 1352Trapeznikov, A. P., 3280Trauger, D. B., 53, 2733Trautmann, N., 25, 33, 60, 164, 789, 794, 859,
1296, 1403, 1432, 1433, 1451, 1452,1513, 1588, 1590, 1662, 1664–1666,1679, 1684, 1685, 1687, 1695, 1699,1702, 1705, 1708–1710, 1713, 1714,1716–1718, 1735, 1738, 1836, 1840,1875–1877, 1879–1884, 2018, 2591,3044, 3047, 3048, 3069, 3320, 3321,3933, 3955
Traverso, O., 542, 2439, 2585, 2586,2589, 2801
Travis, J. C., 3320Travnikov, S. S., 1323, 1423, 1471, 1541, 1612,
1625, 1633, 3934Treiber, A., 116, 2814Treiber, W., 727, 769Trela, W. J., 967Tremaine, P. R., 2132, 2133Tremel, W., 4027, 4046t, 4050Tresvyatsky, S. G., 395Tret’yakov, E. F., 20, 24, 3928Tretyakova, S. P., 6Treuil, M., 3305Trevorrow, L., 731–733, 1082, 1088, 1090,
1091, 1106Triay, I. R., 861, 1152, 2531, 3036, 3095, 3106,
3111, 3122, 3165, 3169, 3175, 3176,3177, 3537
Trice, V. G., 2692, 2708Trifonov, I. I., 86, 93Tripathi, S. N., 2195Tripathi, V., 2352Trivedi, A., 3050
Trnka, T. M., 2827Troc, R., 323, 333, 347, 353, 357, 412, 414,
415, 1055, 2238, 2362, 2413, 4013,4014
Trochimczuk, A. Q., 2642, 3283Trochimczuk, A. W., 2642Trofimenko, S., 2880, 2883Trofimov, A. S., 164Trofimov, T. I., 856, 1422, 1480, 1481,
2678, 2684Troiani, F., 2633Tromp, R. L., 167, 187Trond, S. S., 505, 506Troost, L., 67, 75, 81, 109, 2408Trost, B. M., 2982Trottier, D., 459Troxel, J. E., 69Trubert, D., 181, 211, 1671, 1686, 1688, 1700,
1701, 1705, 1711, 1718Trucks, G. W., 1902Truex, M. J., 3622, 3639Truitt, A. L., 1322Trujillo, E. A., 737Trujillo, V. L., 3263Trukhlyaev, P. S., 1271, 1352, 1402, 1422,
1423, 1427, 1512Trunov, V. K., 111, 112, 113, 536, 2434Trunova, V. I., 372, 374Truswell, A. E., 458, 484, 485, 1077, 1078,
1079, 1084Trzebiatowski, W., 335, 377, 470, 471, 491,
4021t–4022tTrzeciak, M. J., 328, 331Tsagas, N. F., 3057Tsai, H. C., 366Tsai, J.-S., 1507Tsai, K. R., 76Tsai, Y.-C., 2888Tsaletka, R., 1690Tsang, C. F., 1661Tsang, T., 2243Tsapkin, V. V., 575Tsaryov, S. A., 175Tschachtli, T., 3066, 3067Tschinke, V., 1907Tse, D. S., 2979Tselichshev, I. V., 2706, 2707, 2708Tsezos, M., 2669, 3627Tshigunov, A. N., 345, 346, 355, 366Tsirlin, V. A., 31Tsivadze, A. Y., 565, 763, 764Tso, C., 206, 208Tso, T. C., 191, 379Tsoucaris, G., 2449, 2450Tsoupko-Sitnikov, V., 28, 43Tsuda, T., 2691Tsuji, T., 347, 356, 1025, 1026, 2140Tsujii, M., 1292
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-295
Tsukada, K., 164, 1266, 1267, 1445, 1450,1484, 1696, 1699, 1700, 1710,1718, 1735
Tsukatani, T., 3328Tsumura, A., 709, 784, 789, 3327, 3328Tsupko-Sitnikov, V. V., 28, 43Tsuruta, T., 3630Tsushima, S., 589, 595, 613, 1921, 1923,
1991, 1992, 2538, 3102, 3105,3111–3113, 3122, 3123, 3128,3131, 3132
Tsutsui, M., 750, 1802, 2472, 2819, 2820Tsutsui, S., 792, 2280, 3043Tsuyoshi, A., 2759, 2760, 2762Tsvetkov, V. I., 1821Tsyganov, Y. S., 1398, 1400, 1447, 1653, 1654,
1662, 1684, 1707, 1711, 1712, 1716,1719, 1736, 1738
Tsyganov, Yu. Ts., 14Tsykanov, V. A., 854Tuan, N. A., 3171Tuck, D. G., 84, 470, 493, 496, 568, 571,
572, 574, 3847, 3904Tucker, C. W. Jr., 2385Tucker, P. A., 903, 1033Tucker, P. M., 348Tucker, T. C., 1452, 1640Tucker, W., 75, 107Tuli, J. K., 817Tuller, H. L., 368, 369Tul’skii, M. N., 731, 732, 734, 736Tunayar, A., 2655Turanov, A. N., 2657Turchi, E. A., 927Turchi, P. E. A., 928, 932, 967Turcotte, R. P., 724–726, 1464, 1466, 1530,
1536, 1537, 2143, 2389, 2398, 3814,3829, 3835, 3851, 3857f, 3858,3859–3862, 3860f, 3861t
Turler, A., 185, 1445, 1447, 1451, 1468, 1593,1653, 1662, 1664, 1679, 1684, 1685,1693–1701, 1704–1714, 1716–1718,1720, 1721, 1732
Turler, E. A., 182Turnbull, A. G., 83, 2424Turnbull, J. A., 3731, 3733Turner, D. R., 3539Turner, G. A., 3359–3361, 3364, 3368,
3372–3376, 3378, 3388Turner, H. W., 2877Turos, A., 340, 348, 3065, 3214, 3239, 3251Turowski, P. N., 3413, 3414, 3418, 3419, 3421Turteltaub, K. W., 3316Tutov, A. G., 546Tverdokhlebov, S. V., 3029Tverdokhlebov, V. N., 105, 106Twiss, P., 3327
Tyagi, R., 4087, 4087t, 4088, 4091, 4092t,4095–4099
Tyler, J. W., 340, 344, 348Tynan, D. E., 314
U. S. Department of Energy, 43U. S. Geological Survey, 1755U. S. Nuclear Regulatory Commission, 32Uchida, T., 3696Uchida, Y., 3102, 3131, 3132Uchiyama, G., 711, 712, 760, 1272, 1273,
1294, 1295, 2757UCRL, 1312Udovenko, A. A., 541Udupa, S. R., 2668, 2669Ueda, K., 2560, 2590Ueda, R., 391, 396Ueki, T., 106, 2429Ueno, E., 3067Ueno, F., 89, 95Ueno, K., 109, 709, 783, 784, 789, 1163, 1312,
1321, 1431Ugajin, M., 360, 362, 394, 1010, 3706, 3707fUgozzoli, F., 2655Uhelea, I., 13Uhl, E., 67, 71Uhlir, L. C., 3414, 3416, 3419Ukon, I., 407Ulanov, S. A., 793Ulehla, I., 1660Ulikov, I. A., 1337Ulin, K., 1507Ullmaier, H., 981, 983Ullman, W. J., 718, 719, 722, 726–728, 739,
744, 745, 767, 769, 771, 881, 888, 891,989, 1008, 1019, 1021, 1045, 1047,1048, 1085–1087, 1098, 1100, 1101,1110, 1111, 1117, 1118, 1131,1147–1150, 1155, 1157, 1158, 1161,1162, 1165,–1167, 1169–1171, 1180,1181, 2114, 2115, 2117, 2120,2126–2128, 2133, 2136, 2137, 2140,2142, 2144, 2145, 2151, 2152, 2154,2155, 2159–2161, 2163–2165, 2168,2170, 2171, 2173–2175, 2182, 2186,2187, 2193–2195, 2197, 2199–2201,2204, 2206, 2538, 2576, 2578, 2582,2583, 3206, 3213, 3347
Ulrich, H. J., 3026, 3069Ulstrup, J., 1450Umashankar, V., 3308Umehara, I., 407Umetani, S., 3067Umezawa, H., 3919Une, K., 390, 394, 396, 397, 3705, 3737, 3741Ungaretti, L., 3159United Nations, 303
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-296
United States Environmental ProtectionAgency, 3280
Uno, M., 338, 2157, 2158, 2202Uno, S., 856, 2680, 2681, 2683, 2684Unrein, P. J., 772, 1352, 1426, 1477, 1550,
2561, 2574, 2579UNSCEAR, 1805, 3491, 3492f, 3493, 3496,
3497f, 3498tUnterwurzacher, M., 3164Uozumi, K., 2134, 2135, 2700, 2719, 2721Upali, A., 545Urbain, G., 115Urban, F. J., 789, 1296, 1403, 1875, 1877Urban, G., 132Urban, V., 2652Urbaniak, W., 2966Uribe, F. S., 971, 972Urusov, V. S., 3855, 3870U.S. Department of Energy, 3814Usami, T., 864, 2147, 2723, 3895Ushakov, S. V., 113, 2157, 2159Usov, O. A., 546Ustinov, O. A., 2702Ustinov, V. A., 2140Usuda, S., 784, 1049, 1625, 2637, 3066Utamura, M., 760Utkin, A. N., 1680, 1681Utkina, O. N., 984Utsunomiya, S., 3515, 3841, 3842, 3869Utton, C. A., 3758Utyonkov, V. K., 14, 1398, 1400, 1504, 1653,
1654, 1707, 1719, 1736, 1738Uusitalo, J., 14, 1653, 1713, 1717Uvarova, Y. A., 261Uylings, P. H. M., 1843
Vaden, D., 2717Vaezi- Nasr, F., 183Vagunda, V., 1507Vahle, A., 1447, 1451, 1662, 1664, 1684, 1685,
1708, 1709, 1711–1714, 1716Vaidya, V. N., 1033, 1271Vaidyanathan, S., 1127, 1175, 3052, 3053Vaillant, L., 2674Vais, V., 4141Vakarin, S. V., 2703, 2704Vakatov, D. V., 1719Vakhrushin, YuA., 113Valdez, Y., 2749Valdivieso, F., 861Valenzuela, R. W., 1369Valeriani, G., 1282, 2743Valigi, M., 2431Valin, S., 3711–3712Valkiers, S., 405Valkonen, J., 580, 581, 2434Vallet, V., 577, 578, 580, 581, 589–591, 595,
596, 606, 607, 610, 612, 613, 616, 617,
619, 625, 1156, 1909, 1918, 1919,1921–1926, 1931, 1932, 1969, 1988,2532, 2576, 2578, 2579, 3102, 3120,3126–3128, 3144
Valli, K., 25, 164Valocchi, A. J., 3106Valone, S. M., 928Valot, C., 930, 932, 933, 954van Alphen, P. V., 62van Arkel, A. E., 61, 62Van Axeel Castelli, V., 597van Belle, P., 3968Van Britsom, G., 3024, 3059, 3060Van Brutzel, L., 3860Van Craeynest, J. C., 3699Van den Bossche, G., 470, 552, 553, 2472,
2476, 2489, 2815Van der Berg, M., 3892Van Der Hout, R., 28van der Kooij, D., 3616Van Der Laan, G., 2236Van der Linde, A., 3790, 3792f, 3793van der Loeff, M. M. R., 231van der Meer, J. P. M., 3795f, 3796fVan Der Sluys, W. G., 739, 1185, 1186, 1965,
2490, 2867, 2868VanDeurzen, C. H. H., 1845, 2038, 2065, 2074van Egmond, A. B., 372, 374, 375, 378, 383van Geel, J., 44, 3265, 3814, 3829, 3861van Genderen, A., 2146, 2185–2187Van Ghemen, M., 199, 201, 2417van Gisbergen, S. J. A., 1910Van Houten, R., 65Van Impe, J., 484, 485Van Iseghem, P. M., 3816Van Konynenburg, R. A., 3258, 3259van Lenthe, E., 1907van Lierde, W., 343, 353, 354Van Lierde, W., 4008Van Mal, H. H., 66Van Meersche, M., 2489, 2490, 2492,
2802, 2844Van Middlesworth, L., 3356van Miltenburg, J. C., 2146Van Nagel, J. R., 1507Van Pelt, C., 1155, 1327, 1368, 1369van Pieterson, L., 2020van Rensen, E., 80, 81Van Rossum, J. P., 3385van Springel, K., 541Van Stipdonk, M. J., 4139Van Tets, A., 2439, 4008Van Tuyle, G. J., 1811Van Vlaanderen, P., 514, 525, 2153, 2185,
2186Van Vleck, J. H., 2225van Voorst, G., 374, 375, 378, 383van Vucht, J. H. N., 66
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-297
Van Wagenen, G., 3344Van Wezenbeek, E. M., 1666–1668, 1972Van Winkle, Q., 152, 166, 172, 174, 182van Wullen, C., 1671, 1682, 1683, 1727, 1907van Woesik, R., 3047VanBriesen, J. M., 3614, 3632–3633, 3638,
3642, 3643–3644Vance, D. E., 3291, 3299, 3303, 3327Vance, E. R., 279, 280, 291, 2067, 2157,
2159, 3855, 3856, 3862, 3864, 3865,3866, 3870
Vance, J. E., 255, 303Vandegrift, G. F., 1281, 1282, 1295, 2655,
2738–2740, 2750, 2751Vander Sluis, K. L., 33, 1363, 1423, 1452,
1533, 1534, 1543, 1643, 1872Vandergriff, R. D., 1508, 1511, 1585,
1623, 1624Vanderhooft, J. C., 2865Vaniman, D. T., 861, 3095, 3175–3177Vannagell, J. R., 1507Varelogiannis, G., 2347Varga, L. P., 763, 765, 1356, 1365, 1475, 1513,
1515, 1604, 2076, 2082Varga, S., 1671, 1676, 1680–1684, 1712, 1716Varga, T., 2633Variali, G., 2431Varlashkin, P. G., 757, 1133, 1547, 1559,
2129, 2131Varnell, L., 164Vasaikar, A. P., 110Vasilega, N. D., 112Vasil’ev, V. P., 2114, 2148, 2149, 2185Vasil’ev, V. Y., 108, 763, 765, 1144–1146,
1317, 1337, 1338, 1412, 1413, 1416,1422, 1430, 1448, 1449, 1466, 1479,1484, 2531, 3101, 3106, 3111, 3113
Vasilkova, I. V., 516Vasko, V. M., 1720Vasseur, C., 1304Vasudev, D., 2668Vasudeva Rao, P. R., 355, 1283, 1422, 2205,
2206, 2684Vaufrey, F., 2657Vaughan, D. A., 2407Vaughan, D. J., 3165, 3167, 3169Vaughan, J., 3352, 3403, 3404, 3407,
3410, 3424
Vaughan, R. W., 64Vaughen, V. C. A., 256Vaughn, G. A., 718, 719, 891Vaughn, J., 1823Vaughn, R. B., 849, 1139, 1161, 1167Vaughn, R. L., 2686Vaugoyeau, H., 351–353, 405
Vavilov, S. K., 2693, 2699, 2704–2708,2715
Vazquez, J., 1927, 3143, 3145
Vdovenko, V. M., 86, 93, 436, 437, 454, 470,471, 473, 475, 476, 495, 548, 549, 571,575, 1116, 2579, 3922
Vdovichev, V. S., 30Vedrine, A., 86, 87, 92, 457–459Veal, B. W., 763, 766, 1466, 1517Vecernik, J., 755Vedrine, J. C., 76Veeck, A. C., 3419Veeraraghavan, R., 182, 184Vegas, A., 2407, 2408Veirs, D. K., 704, 849, 851, 861, 932, 1041,
1043, 1112, 1139, 1154, 1155, 1161,1166, 1167, 1926, 3109, 3210
Veirs, K., 1035, 3220Vejvoda, E., 3933Veleckis, E., 272Veleshko, I. E., 28, 38, 1606–1608Venanzi, L. M., 496, 574Vendl, A., 70Vendryes, G., 824Venkataraman, C., 2288Venkateswarlu, K. S., 215, 218Vennart, J., 3353Ventelon, L., 2480, 2837Venugopal, B., 3359, 3362Venugopal, V., 69, 105, 2157, 2158, 2202,
2209, 2434Ver Sluis, K. L., 33Vera Tome, F., 133Verbist, J. J., 420, 423, 425, 435, 437, 457, 470,
473, 474, 478, 502, 509, 514–516, 538,544, 551
Vereshchaguin, Yu. I., 1479Verges, J., 1453, 1516, 1544, 1840, 1845–1849,
1871Verheugen, J. H. N., 3790, 3792fVerma, R. D., 105Vermeulen, D., 6, 1705, 1738Vernaz, E., 3816, 3829, 3852, 3853, 3856Verneuil, A., 76, 77, 104Vernois, J., 188, 207, 209, 215, 219Vernooijs, P., 1972Verry, M., 1819, 3398, 3399Vertse, T., 1736Veselsky, J. C., 3037, 3308Veselsky, M., 1654, 1719Veslovsky, F., 262, 263Vesnovskii, S. P., 822, 1398Vestal, M. L., 4123Vettier, C., 2234, 2285–2287, 2352Vezzu, G., 3029, 3030, 3283, 3293, 3296Viala, F., 1873Viani, B. E., 3101, 3152, 3156Vicens, J., 2456–2461Vidali, M., 115, 1926, 2437, 2438Vidanskii, L. M., 346Vieira, M.C., 4138
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-298
Vienna, J. D., 3843, 3844tViers, D. K., 2864Vigato, A., 1926Vigato, P. A., 115, 2437, 2438Vigil, F., 967Vigil, F. A., 882, 967, 2289, 2290Vigner, D., 102, 106, 380, 1928, 2820Vigner, J., 1960, 1962, 2246, 2801, 2805–2808,
2818, 2819, 2847, 2856–2859, 2861,2862, 2866, 2869–2872, 2889,2922, 2938
Vigner, J.-D., 2439, 2449–2452, 2458, 2462,2464–2466, 2472, 2473, 2479, 2480,2484, 2488, 2490, 2491
Viklund, C., 851Vilaithong, T., 1507Vilcsek, E., 3306Vilcu, R., 367Villa, A. C., 2472Villa, I. M., 3047Villain, F., 2449, 2453Villani, S., 3488Villella, P. M., 704, 932, 1041, 1043, 1154,
1155, 3109, 3210Villiers, C., 2472, 2801, 2805, 2806, 2808,
2820, 2824Vinas, C., 2655Vincent, H., 113Vincent, M. A., 1926, 1928, 1929, 1931Vincent, T., 3152, 3154Vincent-Aublante, E., 3860Vinokurov, S. E., 2684Vinto, L. L., 3017, 3023Vintro, L., 3551–3553Vira, J., 3568Virelizier, H., 2657, 2658, 3054Virk, H. S., 3031Virlet, J., 2603Visscher, L., 34, 578, 1728, 1905, 1939,
1980Vissen, J., 3029Vissequx, M., 2890Visser, A. E., 2686, 2691Visser, O., 1905Viste, A., 343, 357, 358Viswanathan, H. S., 3106Viswanathan, K. S., 261, 1988Viswanathan, R., 96, 1074Visyashcheva, G. I., 749, 1164, 2129, 2131,
2427, 2442Visyasheva, G. I., 1312, 1319Vita, O. A., 357Vitanza, C., 3734Vitart, X., 1285, 2657, 2756Vitorge, P., 3516, 3522f, 3527Vitorge, P., 718, 719, 722, 726–728, 739, 744,
745, 753, 756, 767, 769, 771, 775, 881,888, 891, 989, 1008, 1019, 1021, 1045,
1047, 1048, 1085–1087, 1098, 1100,1101, 1110, 1111, 1117, 1118, 1131,1147–1150, 1155, 1157–1162,1164–1167, 1169–1171, 1180, 1181,1314, 1341, 1354, 2114, 2115, 2117,2120, 2126–2128, 2133, 2136, 2137,2140, 2142, 2144, 2145, 2151, 2152,2154, 2155, 2159–2161, 2163–2165,2168, 2170, 2171, 2173–2175, 2182,2186, 2187, 2193–2195, 2197, 2199,2200, 2201, 2204, 2206, 2538, 2576,2578, 2582, 2583, 2673, 3099, 3136,3206, 3213, 3347
Vitos, L., 1044Vitti, C., 262Vityutnev, V. M., 1448, 1449, 1479, 1484,
1512, 1549Vivian, A. E., 605, 2401, 2464–2466Vjachin, V. N., 1398Vladimirova, M. V., 1035, 1144, 1145,
1337Vlasov, M. M., 3024Vlasov, Yu. G., 3029Vo, D.T., 3964Vobecky, M., 1512, 1624, 1632Vochten, R., 262, 267, 268, 294, 541Vockenhuber, C., 3955Vodovatov, V. A., 539, 1116, 2594Voegli, R., 2828Voegtlin, C., 3340, 3354, 3413, 3421, 3423Voelz, G. L., 1818–1820, 1821, 3199, 3252Vogel, Ch., 1643Vogel, G. J., 1081Vogel, J. S., 3316Vogel, M., 1735Vogel, R. C., 950, 1080, 1086, 2632, 2710Vogel, S. C., 965–967Vogel, W., 3843Vogl, K., 3017, 3027Vogler, S., 3046Vogt, E., 1653Vogt, O., 100, 409, 412, 718, 739, 744, 1023,
1052, 1055, 1056, 1318, 2234, 2236,2362, 4008
Vogt, S., 3173Vogt, T., 942Vohra, Y. K., 61, 2370Voight, A. F., 29Voinov, A. A., 14, 1654, 1719, 1736, 1738Voinova, L. M., 2432Voitekhova, E. A., 373, 375Vokhmin, V., 118, 119, 1991, 2126, 2531,
3101, 3104, 3110, 3111, 3113–3118Vokhmyakov, A. N., 93Volchok, H. L., 3282, 3295Volck, C., 95, 110Volden, H. V., 1958, 2169Volesky, B., 2669, 3629
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-299
Volf, V., 1179, 3361, 3404, 3413, 3415, 3416,3419–3421, 3422
Voliotis, S., 102, 109, 131, 587, 588, 2427Volk, T., 2728Volkov, V. A., 424, 430, 431, 437, 450, 454,
470, 471, 473Volkov, V. V., 1402, 1422, 1423Volkov, Y. F., 108, 109, 735, 739, 744, 747, 749,
1164, 1312, 1315, 1319, 1422, 2129,2131, 2427, 2431, 2442, 2527, 2595
Volkova, E. A., 20, 24Volkovich, V. A., 372, 373, 374Volkoy, Y. F., 1931Vollath, D., 2392Volleque, P. G., 1821Vollmer, S. H., 2479, 2482, 2809, 2811, 2832,
2841, 2916, 2919, 2924, 2997Volmer, D. A., 4123Voloshin, A. V., 102, 109Vol’skii, A. N., 3895, 3896Volz, W. B., 1475, 1513, 1515Von Ammon, R., 2817von Bolton, W., 61, 63, 80, 115Von Bornstedt, A., 4084tvon Erichsen, L., 332von Goldbeck, O., 53, 67von Gunten, H. R., 1449–1451Von Gunten, H. R., 3616von Hippel, F. N., 3173von Schnering, H. G., 98, 100von Wartenberg, H., 61, 63, 80von Wedelstaedt, E., 3413von Welsbach, C. A., 52Vorobei, M. P., 545, 546Vorob’ev, A. F., 2114, 2148, 2149, 2185Vorob’eva, V. V., 1352, 1553Vorobiova, M. I., 3554Voronov, N. M., 364, 365, 373, 375, 393Voshage, H., 3306Vosko, S. H., 1643, 1904Vostokin, G. K., 1654, 1719, 1720, 1738Vostrotin, V. V., 1821Vovan, T., 4043–4044Vozhdaeva, E. E., 525Vreeland, R. H., 3598, 3602Vrtis, R. N., 2802, 2876Vu, D., 98Vukcevic, L., 3051Vyalikh, D. V., 2237Vyas, B. N., 1819Vyatkin, V. E., 1127Vyatkina, I. I., 1330Vysokoostrovskaya, N. B., 1145
Waber, J. T., 3898Waber, J. T., 398, 408, 409, 973, 976, 977,
1626, 1627, 1669, 1670, 1682, 1689,1728, 1731–1733, 3200, 3213, 3259
Waber, N., 3559Wacher, W. A., 117Wachter, P., 420, 1055, 1056Wachter, W. A., 116, 117, 2240, 2464, 2467,
2471, 2472, 2801, 2815Wachter, Z., 3045Wachtmann, K. H., 69, 72Wacker, L., 1806Wada, H., 2652Wada, N., 407Wada, Y., 712, 762Waddill, G. D., 277Wade, K. L., 2676Wade, U., 1178, 1180Wade, W. Z., 958–960, 2118, 2121Wadier, J. F., 391, 396, 1044Wadsley, A. D., 113Wadt, W. R., 576, 578, 1194–1196, 1908, 1916,
1917, 2084, 2165, 2400Waerenborgh, J. C., 719, 720Wagener, W., 2284Waggener, W. C., 763Wagman, D. D., 34, 62, 322, 2114, 2115, 2117,
2120, 2135–2137, 2165Wagner, F. Jr., 1453, 1454, 1455, 1513, 1515,
1533, 1543, 1544Wagner, F. W., 1455, 1515, 1582Wagner, J. J., 1845, 1846Wagner, M. J., 1294, 2748Wagner, R. P., 1090Wagner, W., 466, 472, 476, 479, 482, 496,
499, 2236Wahl, A. C., 4, 5, 8, 814, 815, 834, 902–904,
907, 912, 913, 3890, 3903Wahlberg, J., 3061Wahlgren, U., 565, 577, 578, 580, 581,
589–591, 595, 596, 606, 608–610, 612,613, 616, 617, 619, 620, 622, 623, 1113,1156, 1907, 1909, 1918, 1919,1921–1926, 1931–1933, 2185, 2187,2195, 2532, 2576, 2578, 2579,3101–3105, 3112, 3120, 3125–3127,3128, 3144
Wai, C. M., 2677–2684, 2689Wailes, P. C., 116Wain, A. G., 178, 181, 772–774, 1290Wait, E., 342, 346, 357, 358, 390, 2394Wait, Z., 3171Waite, T. D., 273, 3165–3167, 3176Waite, T. D., 3542, 3544Wakamatsu, S., 1049Wakeford, R., 3494Wakerley, M. W., 494Wakita, H., 3106Walch, P. F., 1916, 2561Wald, J. W., 3862, 3863, 3865, 3869Waldek, A., 33, 859, 1452, 1513, 1588, 1590,
1840, 1875, 1876, 1877, 3047, 3321, 3893
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-300
Waldek, W., 1687, 1710, 1718Walden, J. C., 958, 959Walder, A. J., 638, 639, 3310–3313Waldhart, J., 70Waldron, M. B., 892, 904, 905, 913Waldron, W. B., 900–902, 988Walen, R. J., 164Walenta, K., 261–263, 265, 267, 288,
293, 294Walewski, M., 2441Walker, A. J., 350, 356, 373, 380, 382, 729,
2077Walker, C. R., 357Walker, C. T., 69, 73, 719, 720, 725, 2274,
2275, 3729, 3736f, 3737f, 3738,3740, 3751, 3752, 3756, 3846
Walker, D. I., 2434Walker, F. W., 164Walker, I. R., 407, 2239, 2359Walker, L. A., 521Walker, R. L., 2253, 2488, 2852, 2853,
3312, 3953Walker, S. M., 593, 2256Walker, W., 1756, 1758, 1805Wall, D. E., 2552, 2584Wall, I., 377Wall, M., 964, 965, 967, 2342Wall, M. A., 863, 964, 965, 967, 980, 981, 983,
984, 986, 987, 2342Wall, N., 1352Wallace, M. W., 3159Wallace, P. L., 910, 912Wallace, T. C., 67, 71, 2407, 2408Wallace, W. E., 66, 67Wallenius, J., 3768Wallenius, M., 3062, 3940, 3982, 3982f, 3984,
3985Waller, B. E., 2681–2684Walling, M. T. Jr., 2732Wallmann, J. C., 5, 1085, 1295, 1297, 1409,
1410, 1412–1414, 1417, 1419, 1420,2386, 2387, 2395–2397
Wallmeroth, K., 3320, 3321Wallner, C., 3016, 3063, 3955Wallroth, K. A., 110Wallwork, A. L., 711, 760, 761, 1926, 1928,
1929, 1931, 2757Walsh, K. A., 1077, 1093, 1095, 1104Walsh, P. J., 2847, 2933, 2986Walstedt, R. E., 2280Walter, A. J., 178, 179, 195, 196, 226, 340, 353,
354, 360, 362, 726, 2391Walter, D., 116, 2865Walter, H. J., 231Walter, K. H., 195, 378, 729, 730, 1060, 1061,
1064–1067, 1312, 1313, 1422,2431–2433, 3866, 3870
Walter, M., 3165, 3167
Walters, L. C., 3780, 3781Walters, R. L., 1803Walters, R. T., 1088, 4108Walther, C., 223, 1147, 1150, 1152–1154,
1735, 3020, 3036, 3045, 3066Walther, H., 787, 1114Walton, A., 170Walton, H. F., 3923Walton, J. R., 5, 1637Walton, J. T., 1653Walton, R. A., 94Walton, R. I., 593, 2256, 4184Wampler, F. B., 4106, 4107Wan, A., 265Wan, H. L., 76Waner, M. J., 97Wang, A., 108Wang, F., 1905, 1907Wang, H. K., 2852Wang, H.-Y., 108Wang, J., 133, 727, 2830, 2866, 2918,
2923, 2935, 2944, 2950, 2965, 2969,2971
Wang, J. Q., 2913, 2918, 2927, 2930, 2935,2938, 2940, 2943, 2953, 2955, 2958,2961, 2965, 2969, 2971
Wang, J. X., 2866, 2922, 2940, 2943, 2975,2976, 2979
Wang, K., 4184Wang, L. M., 2157, 2159, 3830, 3869Wang, M., 3055Wang, Q., 577, 627, 1192, 1199, 1897, 1909,
1928, 1930, 1939, 1940, 2037Wang, R., 1023Wang, R. T., 2602Wang, R.-J., 472Wang, S. X., 2752, 3639, 3817, 3863, 3865,
3969Wang, U.-S., 1285Wang, W. D., 108, 630, 2979Wang, X. Z., 70, 73, 1975, 2676, 2762, 4100–
4114, 4117, 4122Wang, Y., 1285, 1903, 3052Wang, Z., 2587Wangersky, P. J., 170Wani, B. N., 110Wanklyn, B. M., 113Wanner, H., 121, 125, 128, 421, 423, 425, 435,
440, 441, 457, 458, 469, 473, 474, 477,478, 480, 481, 497, 502, 503, 509,513–517, 536, 538, 543–545, 551, 552,556, 593–603, 718, 719, 722, 726–728,739, 744, 745, 767, 769, 771, 1155,1159, 1166, 1171, 1314, 1328, 1329,1330, 1338, 1339, 1341, 1354, 1355,2114, 2115, 2117, 2120, 2126–2129,2132, 2133, 2136, 2137, 2140,2142–2145, 2150–2152, 2154–2157,
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-301
2159–2161, 2163–2165, 2168–2171,2173–2175, 2181, 2182, 2186, 2187,2193–2195, 2197, 2199–2201,2204–2206, 2538, 2546, 2576, 2578,2579, 2582, 2583, 3152, 3206,3213–3215, 3347, 3380, 3382
Wantong, M., 1267Wanty, R. B., 3506–3507Wanwilairat, S., 1507Wapstra, A. H., 13, 164, 815, 817, 1267,
1446, 1660Waqar, F., 3060Ward, B. J., 918, 919Ward, J. W., 34, 192, 195, 328, 333–335,
722–724, 795, 989, 990, 994, 995, 1298,1330, 1403, 1411, 1459, 1523, 1527,1555, 1562, 1592, 1593, 2115–2117,2120, 2122, 2123, 2148, 2188, 2189,2208–2210, 2403, 2404, 3204, 3205,3213, 3214, 3239–3242, 3900
Ward, R., 376Ward, W. C., 3031Warden, J., 1516Wardman, P., 371Ware, M. J., 93Warf, J. C., 80, 107, 329, 332, 336, 423, 444,
632, 841, 3246Warnecke, E., 3569Warneke, T., 3328Warner, A. J., 3346, 3372, 3373Warner, B. P., 1185, 1186, 1958, 2491, 2850,
2922, 2995, 2996Warner, H., 881, 888, 891, 989, 1008, 1019,
1021, 1045, 1047, 1048, 1085–1087,1098, 1100, 1101, 1110, 1111, 1117,1118, 1131, 1147–1150, 1155, 1157,1158, 1162, 1167, 1169–1171, 1180,1181
Warner, J. C., 255, 303, 318, 319Warner, J. K., 269, 278Warren, B. E., 2385Warren, I. H., 100Warren, K. D., 2253, 2261Warren, R. F., 2880Warwick, P. E., 3279, 3285, 3328, 3555Was, G. S., 3677Wasserburg, G. J., 638, 3288, 3311–3313Wasserburg, G. T., 3014Wasserman, H. J., 2472, 2480, 2801, 2807,
2832, 2891Wasserman, N., 33, 1296Wasserman, S. R., 754, 3087, 3095, 3099,
3100, 3107, 3108, 3119, 3152,3157, 3158
Wastin, F. J., 69, 73, 97, 719, 720, 861, 863,967, 968, 1009, 1012, 1015, 1016, 1023,1033, 1034, 1050, 1052, 1056, 1112,1166, 1304, 1784, 1790, 2237, 2239,
2286, 2289, 2290, 2347, 2352, 2353,2372, 2407, 3109, 3210, 4006t, 4008
Watanabe, H., 390, 391, 1019Watanabe, K., 392, 395Watanabe, M., 1272, 1273, 1286, 2675, 2761Watanabe, N., 412Watanabe, T., 407Watanabe, Y., 1695, 1699, 1905, 3062Waterburg, G. R., 3926Waterbury, G. R., 3931, 3937Waterman, M. J., 1174, 1175Waters, R. D., 3555Waters, T. N., 546, 2429Watkin, J. G., 439, 454, 455, 1182–1184, 1186,
2400, 2484, 2486, 2487, 2813, 2814,2844, 2845
Watling, R. J., 3327Watrous, R. M., 172, 175Watson, G. M., 2281, 2282Watson, J. N., 279, 280Watson, K. J., 2530Watson, P. L., 2289, 2290, 2924, 3002Watson, R. E., 1461Watson, S. B., 2735Watt, B. E., 3965Watt, G. W., 115, 493, 494Wattal, P. K., 712, 713, 1281, 1282, 2743,
2745, 2747, 2757Watts, J. D., 1902Watts, O., 2827Watts, R., 3353Waugh, A. B., 198, 478, 498, 502, 503, 511,
530, 2394, 2418Wauters-Stoop, D., 267Wawryk, R., 100, 4020, 4021t–4022tWaychunas, G. A., 3163, 3165–3167, 3173,
3176, 3177Wayland, B. B., 2576Wayman, R., xviWeakley, T. J. R., 2660Weaver, B. S., 1271, 1275, 1286, 1312, 1448,
1449, 1479, 1480, 1509, 1629, 2626,2651, 2758 3919
Weaver, C. F., 423, 444, 461Weaver, E. E., 732, 733, 1086, 2421Weaver, J. H., 64, 2864Webb, G. W., 34Webb, S. M., 3181Weber, A., 182, 185, 1447, 1704, 1705Weber, E. T., 997, 998Weber, J., 1477Weber, J. K. R., 963Weber, L. W., 2238, 2261, 2262, 2362Weber, M. J., 1545Weber, S., 2655, 2738, 2739Weber, W. J., 373f, 863, 3163, 3813–3815, 3817,
3819, 3824, 3826f, 3827, 3828, 3830–3832, 3832f, 3833, 3834, 3835f, 3843,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-302
3848–3849, 3849f, 3850, 3851f, 3853,3854f, 3856, 3858–3860, 3861t, 3862,3863, 3865, 3867–3869, 3871, 3871f
Weber, W. P., 2969Webster, R. K., 3975Wede, U., 777, 779, 780, 782Wedekind, E., 398Wedermeyer, H., 339, 340Wedgwood, F. A., 4008Wedler, M., 2875Weeks, A. D., 363, 367Weeks, M. E., 19, 20, 52Weeks, S., 3036Weger, H. T., 1172Weghorn, S. J., 605, 2463, 2464, 2466Wei, C.-T., 3405Wei, L., 3062Wei, S. H., 928Wei, Y. Z., 845, 1294, 1295, 2749Weifan, Y., 1267Weigel, F., 35, 36, 38, 162, 199, 200, 201, 383,
395, 559, 593, 745, 747, 749, 1034,1069, 1078, 1095, 1100, 1101, 1172,1312, 1319, 1321–1323, 1357, 1359,1361, 1418, 1421, 1422, 2163, 2164,2393, 2407, 2408, 2417, 2422, 2427,2430, 2431, 2434, 2436, 2439, 2441,2442, 3206–3208, 3212
Weigl, M., 2756Weiland, E., 3152Weilbacher, J. C., 3699Weill, F. L., 1824Weinbauer, M. G., 3544Weinheim, M. K., 1584, 1606Weinland, R. F., 105Weinstock, B., 732, 733, 1080, 1081, 1086,
1088, 1090, 1935, 1937, 2083, 2241,2243, 2421, 3933
Weisman, S. J., 194Weiss, A. J., 3601Weiss, A. R., 319Weiss, B., 1688, 1700, 1718Weiss, R. J., 942Weissbluth, M., 2020–2023, 2027, 2040Weisshaar, J. C., 4123Weitl, F. L., 3378, 3413–3416, 3418–3421Weitzel, H., 391Weitzenmiller, F., 900, 901Welch, G. A., 1004, 1007, 1008, 1018, 1031,
1032, 1034, 1151, 1174, 3212, 3217,3218, 3222, 3905, 3912
Welch, R. B., 1738Weldrick, G., 375Weller, M. T., 259, 287, 2390, 2394Wellington, G. M., 3162Wellmann, D. M., 3503fWells, A. F., 569, 579, 600, 1007, 1059, 1083,
3208, 3214, 3215
Wells, D. M., 4024Wells, H. L., 90Wells, J. M., 4123Welp, U., 2267Weltner, J. W., 1968, 1985Weltner, W. J., 2894Welton, T., 2686Wen, Z., 791Wenck, P., 3117Wenclawiak, B. W., 2679, 2681Wendeler, H., 789, 1875, 1877Wendlandt, W. W., 107Wendt, H., 616Wendt, K., 60, 1452, 1875, 1876, 1877, 3955Weng, W. Z., 76Wenji, W., 2452, 2456Wensch, G. W., 909Werkema, E. L., 2845, 2846Werner, A., 2563Werner, B., 2480, 2836Werner, E. J., 2655Werner, G.-D., 1108, 1109, 1111, 1172, 1312,
1319–1321, 2430, 2431Werner, G. K., 1363, 1423, 1454, 1533, 1534,
1543, 1592, 1604Werner, H., 2953Werner, L. B., 5, 815, 834, 934, 1366, 1397,
3890, 4164–4165Wernli, B., 3068Wersin, P., 3152Wes Efurd, D., 1155Weschke, E., 2237Wessels, G. F. S., 115West, M. H., 457, 486, 1093West, R., 2969Wester, D. W., 745, 1160, 1164, 1169, 1170,
1294, 1454, 2094–2096, 2748Westgaard, L., 170, 187Westlake, D. G., 64Westland, A. D., 93Westlen, D., 3566Weston, R., 1071Westphal, B. R., 2717Westrum, E. F., 2273, 2282Westrum, E. F. Jr., 106, 340, 345, 348, 350,
353–357, 359, 378, 478, 486, 497, 502,988, 1015, 1018, 1028, 1030, 1034,1052, 1079, 1085, 1098, 1100, 1101,2114, 2156, 2169, 2176, 2203, 2204,2208, 2211
Westsik, J. H., 3853Weulersse, J. M., 537, 566, 567Wharf, R. M., 2677Wharton, J. H., 526Wheeler, R. B., 1432Wheeler, R. G., 1913Wheeler, V. I., 342, 357Wheeler, V. J., 106, 1019
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-303
Wheelwright, E. J., 1268, 1290, 1291, 3903,3926
Whicker, F. W., 3296Whisenhunt, D. W., 2591, 3419Whisenhunt, D. W. Jr., 2669White, A. H., 1174, 2441, 2457, 2461, 2571White, D., 3416, 3419White, D. C., 3602White, D. J., 1168, 2591, 3419White, D. L., 3413, 3414, 3416–3419, 3421,
3546White, G. D., 87, 90White, G. M., 115White, H. E., 1872White, J., 415–417White, J. C., 313White, J. F., 368White, M. R., 3387, 3388White, R. W., 68, 191, 193, 1302, 2350White, T. J., 278White, W. B., 293Whitehead, N. E., 3026, 3029Whitehorn, J. P., 3244Whitehouse, C. A., 1821Whiteley, M. W., 1927, 1928, 2583, 3132Whiting, M. C., 1952Whitley, M. W., 588, 595Whitman, C. I., 61, 319Whitman, W. B., 3598Whittacker, B., 2123, 2160Whittaker, B., 94, 186, 191, 198–201, 203,
206–208, 466, 471, 472, 476, 479, 482,496, 498, 499, 501, 512, 515, 524, 527,731, 732, 745, 746, 2065, 2276, 2413,2419, 2420
Wohler, L., 104Wohler, P., 104Whyte, D. D., 909Wiblin, W. A., 225, 226Wichmann, U., 396Wick, G. C., 164Wick, O. J., 814, 891, 957, 958, 988, 991, 1007,
1032, 1070, 1073, 1138, 1173, 1175,2730, 3895, 3896–3897, 3932, 3933
Wicke, E., 329–332Wickleder, M. S., 52Wickman, H. H., 2265Wicks, G. W., 3265Widmark, P.-O., 1979Wiedenheft, C. J., 1045Wiehl, N., 1666, 1695, 1702, 1717, 1735Wielstra, Y., 2924Wiener, M., 3398, 3399Wier, T. P. J., 2685Wierczinski, B., 1663, 1666, 1695, 1699, 1702,
1717, 1735Wierzbicki, A., 2691Wierzbicki, J. G., 1507, 1518, 1829
Wiesenack, W., 3720, 3723Wiesinger, G., 2362Wietzke, R., 1963, 1965Wiewandt, T. A., 722, 723, 724, 2404Wigel, F., 1312, 1319, 1320, 1321Wiggens, J. T., 1584Wiggins, J. T., 1509Wiggins, P. E., 1507Wiggins, P. F., 1507Wigley, D. A., 981, 983Wigley, T. M. L., 2728Wigner, E. P., 1911, 2310, 2326Wijbenga, G., 2208, 2211Wijesundera, W. P., 1643Wijkstra, J., 1449Wilcox, P. E., 3362Wilcox, W. W., 942, 943, 944, 946Wild, J. F., 14, 1297, 1398, 1530, 1533, 1543,
1629, 1633, 1636, 1639, 1641, 1647,1653, 1654, 1692, 1695, 1696, 1707,1719, 1736, 1738, 2077, 2416, 2525,2526, 2670
Wildung, R. E., 3596, 3609, 3611Wilhelm, H. A., 61, 63, 67, 319, 399Wilhelm, R. G., 3538Wilhelm, W., 2236Wilhelmy, J. B., 1447, 1477Wilk, P. A., 815, 1447, 1582, 1662, 1666, 1684,
1693, 1695, 1701, 1702, 1711–1713,1716, 1717, 1735, 1737
Wilke, G., 116, 2865Wilkerson, M. P., 2400Wilkes, J. S., 2686Wilkins, R. G., 164, 184, 215, 220, 221, 222,
227, 606, 609, 613, 2564, 2603Wilkinso, D. H., 1660Wilkinson, D. H., 13, 1660Wilkinson, G., 162, 630, 1189, 1800, 1952,
2628, 2799, 2800, 2815, 2866, 3130,3131, 3132, 3346
Wilkinson, M. K., 334, 335, 2232Wilkinson,W. D., 255, 313, 317, 318, 321, 323,
325, 327, 403, 903, 3245Wilks, M. J., 3017, 3302Will, G., 719, 720Willecke, K., 3614Willets, A., 596, 1907, 1921–1923, 1938Willett, R. D., 102, 110Willetts, A., 2528, 3102, 3113, 3123Williams, A., 334, 335Williams, C., 754, 1088, 1194, 1473–1475,
2080, 2084, 2086, 2263, 3087, 3099,3100, 3107, 3108
Williams, C. T., 277, 278Williams, C. W., 380, 483, 486, 731, 732, 734,
764, 861, 1061, 1063, 1112, 1113,1312, 1313, 1356, 1370, 1419, 1420,1454, 1455, 1465, 1471, 1474, 1480,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-304
1481, 1544, 1605, 1778, 1933, 2014,2016, 2020, 2031, 2037, 2041, 2044,2047, 2054, 2056, 2064, 2068–2073,2075, 2082, 2085, 2096, 2099, 2127,2153, 2161, 2190, 2233, 2264, 2267,2268, 2293, 2397, 2419, 2420, 2526,2527, 2528, 2531, 2532, 2584, 3039,3087, 3106–3108, 3110–3112, 3114,3116, 3122, 3125, 3170, 3179, 3181
Williams, D. B., 3939Williams, D. R., 131, 132Williams, E. H., 620Williams, G. A., 2457, 3017, 3302Williams, J. H., 1070, 2250Williams, J. L., 1507, 2686, 3343, 3349, 3350,
3396, 3398, 3399, 3405Williams, J. M., 2283, 2479, 2481, 2839, 2841Williams, K. R., 1479, 1554, 2603–2605Williams, M. H., 3341, 3387, 3403, 3405Williams, P., 101, 104Williams, R. J. P., 1640Williams, R. L., 3929Williams, R. W., 231, 3312, 3314Williams, S. J., 786Williamson, G. K., 892, 913Williamson, M., 3403, 3404, 3407, 3410Williford, R. E., 3827, 3867Willis, B. T. M., 340, 344, 345, 347, 348, 354,
2273, 2392, 3163, 3687, 3687fWillis, D. L., 3355, 3366Willis, J. M., 90Willis, J. O., 995, 2333, 2351Willis, M., 2132Willit, J. L., 2692, 2695, 2696, 2698, 2723Wills, B. T. M., 2391Wills, J., 2248, 2289, 2291Wills, J. H., 3380Wills, J. M., 190, 924, 925, 928, 934, 935, 1300,
1301, 1894, 2313, 2318, 2330, 2347,2348, 2355, 2370, 2384
Wilmarth, P., 1653, 1738Wilmarth, W. R., 421, 1469, 1533, 1544,
2174, 2271Wilson, A. S., 63, 64, 65, 70, 339, 399, 407Wilson, D. W., 98, 99, 100, 2411Wilson, G. C., 3318Wilson, G. L., 2160Wilson, H. D., 1509Wilson, I., 2591, 3419, 3421Wilson, L. J., 2864Wilson, M. J., 190, 199, 1507, 1852Wilson, P. W., 425, 435, 439, 453, 455, 469,
473, 474, 495, 515, 530, 536, 543, 544,560, 562, 567, 568, 569, 573, 594, 2417,2418, 2420, 2421, 2424, 2426, 4109
Wilson, R. E., 1825, 3173, 3176, 3177, 3420Wilson, S. R., 1669, 2464Wilson, T. A., 2385
Wilson, W. B., 393Wilson, W. W., 561Wimmer, H., 1352, 1354, 1405, 1406, 1433,
2536, 2591, 3037, 3038, 3043Winand, J. M., 1304Winchester, R. S., 832, 837, 3922Windley, B. F., 270, 271Windus, T. L., 1908Winfield, J. M., 520Wing, R. O., 3258Wingchen, H., 80–82Wingefors, S., 1286, 2672Winick, H., 3088Winkelmann, I., 3017, 3027Winkler, B., 2265, 2293Winkler, C., 61, 63, 64Winkler, J. R., 577Winkler, R., 784Winninck, J., 2687, 2691Winocur, J., 190, 1847Winslow, G. H., 345, 351Winter, H., 63Winter, N. W., 1908–1910, 1930Winter, P. W., 369Winter, R., 3398Winterfeld, J., 2924Wipff, G., 596, 1927, 2560, 2590, 2685, 3101,
3102, 3119, 3121Wirth, B. D., 863, 980, 981, 983, 984, 986Wirth, F., 104Wirth, G., 204, 205, 1662, 1664, 1679, 1684,
1685, 1687, 1708–1710, 1713, 1714,1716, 1718, 1738
Wirth, P., 1179, 3415, 3416, 3420Wirth, R., 3364, 3365, 3377, 3379, 3398, 3399,
3404, 3422Wise, H. S., 190, 226Wiseman, P. J., 123, 126Wish, L., 3927Wishnevsky, V., 200, 1095, 1100, 1101, 1312,
1357, 1418, 2164, 2422Wisniewski, P., 412, 2411Wisnubroto, D. S., 713, 2738Wisnyi, L. G., 372, 373Wison, L. C., 1507Wiss, T. A. G., 3684, 3800–3801, 3833, 3940,
3941Wiswall, R. J. Jr., 854Withers, H. R., 1507Witherspoon, P. A., 3568Witte, A. M., 70Witteman, W. G., 2407, 2408Wittenberg, L. J., 487, 718, 719, 891, 904, 914,
962, 963Wittig, C., 4103Wittig, J., 1300Wittmann, F. D., 1312, 1321, 1359, 2407, 2408Wittmann, M., 98, 100
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-305
Wlodzimirska, B., 32Wlotzka, F., 3306WNA, 3561, 3561t, 3569Wanke, H., 1398, 1421, 1433, 3306Wocadlo, S., 2442, 2447, 2448Wogman, N. A., 3297Wohlleben, D., 62Woiterski, A., 1906Wojakowski, A., 195, 204, 414, 416, 739–743,
1020, 1022, 1304, 1312, 1316–1318,1412, 1415, 1421, 2411, 2413
Wojakowski, W., 740, 742, 1414Wolcott, N. M., 2350Wold, S., 3062Wolf, A. S., 518Wolf, G., 64Wolf, M. J., 107, 181, 182, 187, 1092, 1094,
1095, 1100, 1101, 1312, 1357, 2167,2422
Wolf, R., 636, 3306Wolf, S. F., 253, 273, 637, 638, 3017, 3273,
3294, 3296, 3299, 3301, 3302, 3308,3324, 3326, 3327, 3328
Wolf, T., 2118, 2121Wolf, W., 2229, 2241Wolf, W. P., 356, 2229, 2241Wolfberg, K., 3031Wolfe, B. E., 367Wolfer, W. G., 863, 980, 981, 983–987Wolfers, P., 4025–4026Wollan, E. O., 64, 2402Wolmershauser, G., 2480, 2836Wolson, R. D., 2714, 2715Wolzak, G., 164Wong, C.-H., 2471, 2472, 2816Wong, E. Y., 471, 476, 482, 496, 763, 764,
2066, 2067, 2089, 2226, 2243,Wong, J., 964, 965, 967, 2342Wong, K. M., 2351, 30301, 3282Wong, N. L., 3357, 3381, 3383Wong, P. J., 988, 1159, 2650, 3534Woo, S. I., 2669Wood, C. P., 1670Wood, D. H., 910, 914, 915, 3258, 3259Wood, J. H., 333–335, 1908, 1916, 1938, 4096,
4105Wood, P., 348Wood, R., 3413Woodall, M. J., 385, 388Woodhead, J. D., 3326Woodhead, J. L., 188, 225, 226, 1093Woodley, R. E., 396, 404, 3220Woodrow, A. B., 636, 3306Woodruff, L., 3356Woodruff, S. B., 1916Woods, A. B. D., 2274, 2277Woods, M. J., 1129, 1160, 1166, 1335, 3302Woods, R. J., 1144
Woods, R. J., 1144, 3514, 3605, 3608Woods, S. A., 3302Woodward, J. C., 3633Woodward, L. A., 93Woodward, R. B., 1952Woodwark, D. R., 546, 2087Woody, R. J., 305, 308Woolard, D. C., 108Woollatt, R., 35Wooten, J. K. Jr., 2027, 2040Worden, E. F. J., 859, 1452, 1453, 1513, 1516,
1544, 1586, 1836, 1839, 1840,1845–1850, 1864, 1865, 1871–1875,1877, 1878, 1882, 1885, 2018, 3893
Worl, L. A., 2752World Energy Council, 1755Wort, D. J. H., 1873Wortman, D. E., 2044Wouthuysen, S. A., 1906Wrenn, M. E., 133, 3069, 3340, 3345, 3349,
3355, 3366, 3371, 3374, 3396,3405, 3424
Wriedt, H. A., 1017, 1019, 1025, 1026, 1029,1045–1048, 3206, 3207, 3211, 3212,3763f
Wright, A. F., 994, 1082, 2283Wright, H. W., 164, 169Wright, J. C., 2047Wright, J. M., 841Wrighton, M. S., 2966Wrobel, G., 76Wrobleski, D. A., 1959, 2480–2482, 2832,
2837, 2891Wroblewska, J., 1066, 1068Wrona, B. J., 1021, 1022Wronkiewicz, D. J., 270, 272, 273, 3518, 3518f,
3519, x2013;3870Wronski, T. J., 3402, 3403, 3405Wruck, D. A., 1114, 1340Wu, C., 44Wu, E. J., 97, 4034Wu, H., 2682Wu, J., 3055Wu, K., 42, 43Wu, P., 791Wu, S.-C., 188Wu, Y-D., 76, 77, 715, 2980Wu, Z., 2980Wulff, M., 2262Wyart, J.-F., 857–860, 1513, 1514, 1516, 1588,
1589, 1604, 1836, 1840, 1841,1843–1850, 1863–1865, 1868, 1873,1876, 1882, 2038, 4129f, 4130, 4131,4132
Wyatt, E. I., 164, 169Wybourne, B. G., 1365, 1454, 1455, 1513,
1862, 1896, 2015, 2016, 2020, 2024,2025, 2027, 2029, 2030, 2036, 2039,
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-306
2040, 2042, 2049, 2055, 2056, 2074,2228, 2230
Wycech, S., 1661Wyckoff, R. W. G., 1084Wydler, A., 1653Wygmans, D. G., 1282, 2655, 2738, 2739, 2740Wylie, A. W., 83, 84, 2424Wymer, R. G., 842, 1033Wynne, K. J., 998Wyrick, S. B., 1433Wyrouboff, G., 76, 77, 104Wyse, E. J., 3278, 3327, 3328
Xeu, J., 2669Xi, R. H., 3052Xia Kailan, 186Xia, Y. X., 131, 132, 2587Xianye, Z., 1141Xiao, Z., 2864Xiaofa, G., 265Xie, Y. N., 1363, 2665Xie, Z., 2869Xin, R. X., 2753Xing-Fu, L., 2912Xiong, G., 2999Xi-Zhang, F., 2912Xu, D. Q., 108Xu, H. G., 1706, 3052Xu, J. D., 29, 1168, 1287, 1363, 1813, 1819,
1823–1825, 2591, 2665, 3343, 3366,3369, 3375, 3379, 3382, 3385,3388–3391, 3394, 3409, 3413, 3414,3416–3423
Xu, N., 3165, 3166, 3167, 3176Xu, R. Q., 964, 965, 2342Xu, S. C., 108, 791Xu, W., 1534Xue, H. B., 3615Xue, Z., 2980Xuexian, Y., 1278, 2653
Ya, N. Q., 1704Yaar, I., 719, 720Yabusaki, S. B., 3602, 3639, 3651Yabushita, S., 1909, 1910Yacoubi, N., 1303, 1535, 2389Yadav, R. B., 355, 396Yaeger, J. S., 3285, 3327Yaes, R. J., 1507Yaffe, L., 106, 3929, 3930Yagnik, S. K., 3055Yahata, T., 993, 994, 1018Yaita, T., 1363, 1370, 1554Yakovlev, G. N., 180, 1134, 1164, 1271, 1275,
1292, 1312, 1319, 1320, 1322, 1323,1326, 1330–1335, 1352, 1402, 1422,1423, 1427, 1428, 1448, 1449, 1553,2652, 3929
Yakovlev, N. G., 791, 1448, 1449, 3024Yakshin, V. V., 705Yakub, E., 2139, 2148, 3687Yakubu, N. A., 3627Yakuschev, A., 1468, 1679, 1684, 1708,
1709, 1716Yakushev, A. B., 1447, 1624, 1632, 1662, 1664,
1684, 1685, 1695, 1700, 1706–1709,1713, 1714, 1716, 1720, 1721
Yamada, C., 1981Yamada, K., 396, 397, 398, 2202Yamada, M., 397Yamagami, S., 473Yamagishi, I., 1276, 1292, 2753, 2755, 2760Yamagishi, S., 2723, 2724Yamaguchi, A., 394Yamaguchi, H., 822, 4104Yamaguchi, I., 2753, 2755, 2760Yamaguchi, K., 2153, 2157Yamaguchi, L., 1276Yamaguchi, T., 822, 1160, 3526Yamakuchi, Y., 189Yamamato, S., 294Yamamoto, E., 412Yamamoto, H., 1266, 1267Yamamoto, I., 2678, 2679, 2681, 2684Yamamoto, M., 709, 783, 784, 789, 790, 1354,
3059, 3062, 3068, 3072, 3295, 3296,3327, 3328, 3550
Yamamoto, T., 338, 339, 703Yamamoto, Y., 2953, 2969Yamamura, T., 626, 627, 2681Yamana, H., 30, 37, 120, 121, 703, 1153, 1270,
2135, 2575Yamanaka, S., 338, 2157, 2158, 2202Yamanouchi, S., 352Yamasaki, S., 709, 784, 789, 3327Yamashita, T., 375, 391, 392, 393, 727, 749,
750, 793, 1025, 1026, 1049, 1056, 1057,1812, 2140, 2693
Yamauchi, S., 64, 65, 328, 331–334, 723, 724,989–992, 994, 2114, 2188–2190,3204–3206, 3214, 3225, 3241
Yamaura, M., 2748Yamawaki, M., 338, 339, 769, 2153, 2157,
2553, 2738, 3022Yamazaki, T., 861Yamini, Y., 2681, 2684Yamnova, N. A., 102, 109Yan, C., 2869Yanai, T., 1906Yanase, A., 100Yanase, N., 3171, 3559Yanch, J. C., 1507Yan-De, H., 2453Yang, B. J., 1695Yang, C. Y., 1916Yang, D., 785, 2364
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-307
Yang, H. S., 231Yang, K. N., 2357Yang, Q., 2869Yang, T., 589, 595, 613, 1991, 1992, 3105Yang, W., 164, 191, 1903Yang, X., 76, 2479, 2938, 2997–2999Yanir, E., 115, 1325, 1328, 1329, 1331Yano, K., 2202Yanovskii, A. I., 746–749, 2434, 2439, 2442,
2595Yao, J., 2677, 4045, 4046t, 4047, 4050, 4053Yao, K., 2577Yaouanc, A., 2236Yaozhong, C., 2591Yap, G. P. A., 117, 1966, 2260, 2871–2874Yarbro, O. O., 2735Yarbro, S. L., 726, 1141Yarembash, E. L., 417Yarkevich, A. N., 2657Yartys, V. A., 66, 338, 339Yasaki, T., 167Yashita, S., 1653, 1738Yasuda, H., 2924Yasuda, K., 3066Yasuda, R., 294Yasue, H., 2966Yasumoto, M., 2153, 2157Yato, Y., 4104Yatzimirskij, K. B., 2114, 2148, 2149, 2185Ye, X., 76Yeager, J. P., 1294Yee, N., 3180, 3182, 3183Yeh, C.-C., 3285Yeh, S., 731, 732, 2420Yen, K.-F., 80, 81Yen, T.-M., 2471, 2472Yen, W. M., 763, 766, 2095, 2102, 2103Yeremin, A. V., 6, 14, 164, 1653, 1654, 1701,
1713, 1717, 1719, 1720, 1737, 1738Yeremin, A. Y., 1654, 1719Yeremin, V., 14Yerin, E. A., 2672Yerkess, J., 67, 71Yermakov, Y. I., 2999Yesn, T. M., 2816Yi, W., 639, 3327Yi, Z., 265Ying-Ting, X., 2912Yoder, G. L., 357, 1048, 1071, 1074, 1075,
1076, 1077Yokovlev, G. N., 1312, 1319Yokoyama, A., 1696, 1718, 1735Yokoyama, T., 3285Yokoyama, Y., 189, 627Yonco, R. M., 903, 2715Yoneda, J., 1507Yong, P., 297, 717, 3549, 3636Yong-Hui, Y., 2453
Yongru, Z., 3062Yonker, C. R., 2677, 2678Yorobyev, A. M., 3931Yoshida, H., 2723Yoshida, N., 68, 2851Yoshida, S., 93Yoshida, Y., 753, 790, 791Yoshida, Z., 699, 706, 708, 727, 753, 758, 762,
767, 770, 775, 790, 791, 856, 1049,1405, 1407, 1409, 1424, 1434, 2095,2096, 2098–2100, 2426, 2534,2678–2684, 3045, 3099
Yoshihara, K., 473Yoshihara, S., 395Yoshihiro, M., 856Yoshikawa, S., 1625Yoshiki, N., 2693, 2717Yosida, Z., 1430Yosikama, H., 2637Youmans, W. B., 3357Young, A. P., 377, 378Young, B. L., 1268, 1507Young, D. A., 3307Young, E. J., 363, 367Young, G. A., 303Young, J. P., 502, 503, 519, 528, 1315, 1446,
1453, 1455, 1456, 1458, 1462, 1465,1468–1471, 1474, 1485, 1529, 1530,1533, 1534, 1543, 1545, 1547, 1579,1596, 1598–1601, 1880, 1882, 2077,2417, 2420, 2422, 3321
Young, R. C., 62, 81, 82Youngdahl, K. A., 2979Youngs, T. G. A., 2674!yres, J. A., 336Ysauoka, H., 2280Ythier, C., 25Yu, M., 108Yu, X., 164Yu, Z., 77Yuan, S., 77, 164, 189, 191Yuan, V. W., 967Yuchs, S. E., 3152, 3157, 3158Yudin, G. L., 1516Yudintsev, S. V., 3817, 3855, 3870Yu-fu, Y., 3026, 3028, 3031, 3032, 3066Yu-Guo, F., 2453Yui, M., 1160, 1162, 3134, 3135, 3136, 3541Yuile, C. L., 3351, 3354, 3355, 3424Yuita, K., 709, 784, 789, 3327Yukawa, M., 3062Yun, S. W., 407Yungman, V. S., 2114, 2148, 2149, 2161, 2185Yunlu, K., 2472, 2817, 2818, 2824Yushkevich, Y. V., 822Yusov, A. B., 626, 988, 1327, 1336, 1355, 1368,
1405, 1425, 1429, 1430, 1433, 2096,2583, 3124, 3126
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-308
Yussonnua, M., 1664, 1703Yustein, J. T., 1988, 1989Yuxing, Y., 1278, 2653Yvon, J., 824Yvon, P., 3767
Zabinsky, S. I., 3089Zablocka-Malicka, M., 475, 495Zachara, J. M., 274, 1810, 3156, 3178, 3179,
3180, 3181, 3529, 3558, 3629, 3635,3651
Zachariasen, W. H., 34–36, 69, 71, 75, 79, 80,87, 90, 91, 95–98, 191–196, 198, 201,206, 207, 229, 329, 350, 372, 373, 379,380, 405, 413, 414, 423, 439, 447, 455,459–463, 488, 502, 503, 529, 539, 543,567, 718, 719, 740, 879, 882, 885–887,906, 907, 915, 936, 938, 988, 1006,1012, 1015, 1019, 1028, 1044,1082–1084, 1096, 1097, 1102, 1105,1109, 1112, 1164, 1295, 1297, 1303,1312, 1315, 1317, 1325, 1357–1360,1403, 1415, 1419, 1420, 1458, 1463,1519, 1754, 1786, 2315, 2386,2388–2391, 2394–2397, 2402, 2403,2407, 2411, 2413, 2417, 2418,2420–2422, 2426, 2427, 2431, 2439,4006t, 4007, 4009–4010, 4011,4021t–4022t, 4038
Zacharova, F. A., 2527Zachry, T. E., 3501, 3560Zachwieja, U., 410Zadeii, J. M., 133Zadneporovskii, G. M., 458, 487Zadov, A. E., 268, 298Zadvorkin, S. M., 334, 335Zagrai, V. D., 847Zagrebaev, V. I., 14, 1654, 1719, 1736, 1738Zahn, R., 1880–1883Zahradnik, P., 3173Zahrt, J. D., 1058–1060, 1062Zaiguo, G., 1267Zainel, H. A., 2156Zaitsev, A. A., 1330, 1331, 1335, 1352,
1405, 1428, 1433, 1553, 2652Zaitsev, B. N., 2739Zaitsev, L. M., 108, 771, 1123, 1163,
1172, 1352Zaitseva, L. L., 113, 1095, 1100–1102,
1106–1108, 2426Zaitseva, N. G., 28, 43, 822Zaitseva, V. P., 504, 1175Zajic, J. E., 3617, 3619Zak, O., 3375Zakharov, L. N., 1965, 2859Zakharov, V. A., 2999Zakharova, F. A., 749, 753, 1113, 1118,
1133, 1156, 3124
Zakhvataev, B. B., 1663, 1690Zalduegui, J. F. S., 3284Zalikin, G. A., 3352, 3424Zalkin, A., 67, 71, 78, 82, 83, 106, 116, 208,
423, 580, 1187, 1188, 1943, 1944, 1960,2251, 2256, 2404, 2405, 2418, 2429,2434, 2436, 2471–2473, 2476,2478–2483, 2486–2489, 2558, 2561,2802, 2805, 2806, 2808, 2812, 2833,2834, 2837, 2852, 2856, 2867, 2877,2879, 2923
Zaloudik, J., 1507Zalubas, R., 59, 60, 1843, 1844Zambonini, F., 111Zamir, D., 64, 994, 995, 3206Zamorani, E., 1033, 3698Zamzow, D., 3036Zanazzi, P. F., 3170Zanella, P., 116, 452, 2472, 2473, 2479, 2484,
2801, 2820, 2825, 2826, 2841, 2843Zanella, R., 2819, 2824Zaniel, H., 2208, 2211Zannoni, E., 2100Zanonato, P., 2568, 2584, 3102, 3142,
3143, 3145Zanotti, G., 2479Zantuti, F., 705Zaritskaya, T. S., 1398Zarki, R., 3024Zarli, B., 2439, 2440Zasorin, E. Z., 1681Zauner, S., 185, 186, 1447, 1662, 1687–1700,
1705, 1709, 1710, 1718, 1879, 1884Zavalsky, Yu. P., 184Zavilgelsky, G. B., 3602Zavizziano, H., 174Zawodzinski, T. A. J., 2687Zazzetta, A., 2490, 2491, 2493, 2859Zdanowicz, E., 100Zech, P., 1507Zeelie, B., 482, 492, 496, 498, 574Zeh, P., 3057, 3534, 3535f, 3558Zehnder, A., 1447Zekany, L., 1166Zeldes, H., 2266Zelenkov, A. G., 164, 166Zelentov, S. S., 726Zelinski, A., 191Zeller, R., 2236Zeltman, A. H., 529, 530Zemann, H., 3159, 3163Zemb, T., 2649, 2657Zemlyanukhin, V. I., 1271Zemskov, B. G., 793Zeng, H. Y., 4046t, 4053Zenkova, R. A., 1320Zeoeda, E., 3308Zerner, M., 1943, 1946, 1949
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-309
Zetterstrom, L., 3482Zeyen, C. M. E., 81Zhang, D., 2923Zhang, F., 927Zhang, H., 116, 2240, 2473, 2480, 2484, 2803,
2804, 2812, 2816, 2829, 2844,2845, 2912
Zhang, H. B., 76Zhang, H. T., 3984Zhang, J., 265, 2452, 2665, 4104Zhang, L., 3117Zhang, P., 2665, 2753Zhang, Q., 231Zhang, W., 3062Zhang, X. F., 164, 186, 791, 2831Zhang, Y., 266Zhang, Y. X., 861Zhang, Y.-J., 2442, 2447, 2448Zhang, Z., 254, 271, 280, 291, 577, 627, 1192,
1199, 1777, 1897, 1909, 1910, 1928,1930, 2037, 2400
Zhangji, L., 2591Zhangru, C., 265Zhao, D., 298, 3519Zhao, H. T., 3409Zhao, J. G., 786, 1908, 1909Zhao, K., 1943, 1946, 1949, 1951, 1952,
2864Zhao, P. H., 2591Zhao, X. L., 3014, 3063, 3317, 3318Zhao, Y., 795, 1933, 3057Zhao, Z., 76Zharova, T. P., 760Zharskii, I. M., 1681Zhdanov, Y. F., 3922Zheng, D., 2924Zheng, H. S. Z., 2752Zheng, P. J., 2831Zhernosekov, K., 1479, 3101, 3102,
3111–3114Zhong, C., 2453Zhong, J., 795Zhorin, V. V., 2042, 2047–2049, 2053, 2059,
2061Zhou, G.-F., 1285Zhou, J. S., 1059Zhou, M., 1918, 1919, 1969, 1972–1974,
1980–1983, 1985–1988, 4090, 4096,4098–4102, 4108, 4114t–4116t, 4120
Zhou, M. F., 1977–1980, 1982–1985, 1990Zhou, M. L., 108Zhou, P., 3651Zhou, S., 928Zhu, D.-H., 3420Zhu, J. L., 1285, 2966, 2974, 3568Zhu, S., 2681Zhu, W. J., 77Zhu, X.-H., 2965
Zhu, Y., 29, 713, 785, 1274, 1287, 1288, 1352,1363, 1407, 1412, 2562, 2665, 2676,2752–2754, 2762
Zhuchko, V. E., 1707Zhuikov, B. L., 1628, 1634, 1670, 1672,
1692, 1693Zhuk, M. I., 113Zhuravelova, A. K., 3352, 3424Zhuravleva, G. I., 711, 761, 1128–1130,
1140–142, 2757Ziegler, J. F., 3679t, 3827, 3830Ziegler, M., 3420Ziegler, S., 1881Ziegler, T., 1907Zielen, A. J., 606, 748, 781, 1181, 1356, 2527,
2583, 2594, 2599, 3125Zielinski, P. M., 1662, 1664, 1666, 1685, 1695,
1701, 1702, 1712–1714, 1716, 1717,1735, 1737, 1738
Zigmunt, A., 338, 339Zijp, W. L., 164, 187Zikovsky, L., 130, 131Zilberman, B., 1145Zilberman, B. Y., 2757Zilberman, B. Ya., 711, 761Ziller, J. W., 1956, 1967, 2473, 2476, 2477,
2804, 2805, 2816, 2857Ziman, J. M., 2308Zimmer, E., 120, 121, 2736Zimmer, K., 1735Zimmerman, J. B., 633, 3282Zimmermann, H. P., 116, 182, 185, 1447,
1704, 1705, 2865Zimmermann, J. I. C., 254Zimmermann, M. V., 2288Zinder, B., 3030, 3031Zingaro, R. A., 3024Zingeno, R. A., 313Zipkin, J., 817, 1626, 1633, 1639, 1644Zirkle, R. E., 3340Ziv, D. M., 20, 24, 38, 39, 40Ziv, V. S., 179Zivadinovich, M. S., 2430Ziyad, M., 102, 110, 1172, 2431Zlokazova, E. I., 1432, 1433Zmbov, K. F., 70Zocco, T. G., 882, 892, 916–920, 925, 930, 931,
933, 935, 960, 962, 964, 980, 984, 986,987, 2355, 3940
Zocher, R. W., 1046Zogal, O. J., 338, 4020Zolnierek, A., 2283Zolnierek, Z., 469, 491, 505, 2249, 2283, 2288Zolotulcha, S. I., 175Zongwei, L., 1699, 1700, 1710, 1718Zonnevijlle, F., 2584Zons, F. W., 111Zorz, N., 2657, 2658
Author Index
Vol. 1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-310
Zouboulis, A., 3629Zouiri, M., 2431Zozulin, A. J., 452, 2472, 2801, 2807, 2891Zschack, P., 965, 967Zubarev, V. G., 1322, 1323Zubavichus, Y. V., 3087Zuev, Y. N., 989, 996Zukas, E. G., 920, 921, 933, 936Zumbusch, M., 96, 98, 2411, 4006t, 4007Zumsteg, I., 3029, 3030, 3283Zumsteg, M., 3283, 3293, 3296Zunger, A., 928Zunic, T. B., 113Zur Nedden, P., 1352Zuraeva, I. T., 1683Zussman, J., 3169Zvara, I., 1451, 1468, 1524, 1593, 1625,
1628, 1633, 1634, 1640, 1645,
1660, 1663, 1664, 1684, 1690,1692, 1693, 1695, 1700, 1703,1705, 1706, 1720, 2123, 3933
Zvarova, T. S., 1663, 1664, 1690, 1703,3933
Zwanenburg, G. J., 203Zwick, B. D., 289, 439, 454, 455, 602, 752, 849,
1166, 1167, 1182, 1183–1186, 1190,2484, 2486, 2583, 2802, 2813, 2814,2867, 2876, 3109, 3130, 3131, 3160,3167
Zwicknagl, G., 2347Zwirner, S., 719, 720Zych, E., 422, 427–429, 435–438, 440, 444,
449, 451, 453, 454Zygmunt, A., 338, 4020, 4021t–4022tZygmunt, S. A., 1991, 3113, 3118Zyryanov, V. N., 3870
Author Index
Vol.1: 1–698,Vol. 2: 699–1395,Vol. 3: 1397–2111,Vol. 4: 2113–2798,Vol. 5: 2799–3440,Vol. 6: 3475–4191
I-311