Mineral Handbook

Mssbauer MineralHandbook

Edited by

John G. StevensMssbauer Effect Data Center

Asheville, North Carolina

Airat M. KhasanovMssbauer Effect Data Center


J. W. (Bill) MillerUniversity of North Carolina


Herman PollakUniversity of WitwatersrandJohannesburg, South Africa

Zhe LiChinese Academy of Sciences

Beijing, China

Mssbauer Effect Data Center

2002

Mssbauer Effect Data CenterThe University of North Carolina at Asheville

206 Rhoades Hall, CPO 2311One University Heights

Asheville, North Carolina 28804-8511phone: (828) 251-6617

fax: (828) 232-5179email: [email protected]

web: www.unca.edu/medc

John G. Stevens, Director

Nina Flagler Hall, Assistant Editor and Publication Coordinator

Irina A. Khasanova, Assistant Editor and Publication Assistant

Airat M. Khasanov, Senior Scientist and Systems Analyst

ISSN: 0272-2755

1998, 2002

All rights reserved. The Mssbauer Mineral Handbook may not be reproduced or utilizedin any form or by any means, electronic or mechanical, including photocopying,recording, or by any information storage and retrieval system, without permission inwriting from the Mssbauer Effect Data Center.

The Mssbauer Effect Data Center disclaims any responsibility for omissions not receivedas it has used its best efforts to include all known publications, but inadvertent omissionsor errors may occur. Corrections submitted in writing will be made in the next edition.

In Memory

HERMAN POLLAK (1933-1998)

During the period of final edits of this Handbook, the Mssbauer scientificcommunity was saddened by the news of the decease of Professor HermanPollak. Herman was a good friend and colleague to all of us; in particular, to oneof us (JGS) for two decades. On behalf of all those who were his friend andcolleague we dedicate this Handbook to his memory.

Table of Contents

Preface .........................................................................................................vii

Arrangement of the Handbook ...............................................................ix

Review Reference Listing ...........................................................................1

Reference Listing .........................................................................................7

Special Reference Listing........................................................................131

Mineral Index ...........................................................................................181

Data Index .................................................................................................188

57Fe ....................................................................................................188

197Au .................................................................................................666

151Eu ..................................................................................................669

121Sb ..................................................................................................670

119Sn ..................................................................................................672

Author Index ...............................................................................................677

v

Preface

This handbook contains all the bibliographic information and data collected bythe Mssbauer Effect Data Center (MEDC) on minerals. This edition representsan update of the Center's previously published handbook in 1983. Published setsof Mssbauer data have more than doubled from approximately 4,000 in the1983 edition to almost 9,000 in the current edition. The number ofbibliographical references increased from 1,200 to more than 2,600, and thenumber of different minerals investigated by Mssbauer spectroscopy hasincreased from 250 to more than 400.

The compilation of Mssbauer data on minerals, began in 1981 through acollaboration with John Stevens, from the Mssbauer Effect Data Center,Herman Pollak, who was at that time from Zaire, and Zhe Li from the ChineseAcademy of Sciences. This collaboration resulted in the 1983 publication of thefirst edition of the Handbook. Almost ten years later in 1990, work was initiatedto update this information, mostly through extensive efforts of Zhe Li. In 1995Airat Khasanov joined the Mssbauer Effect Data Center as a visiting scientistfrom Kazan State University, Kazan, Russia, and J. William Miller, a geologist atthe University of North Carolina at Asheville, joined the update effort. Theconcentrated work of these past two years has resulted finally in the completionof this handbook.

Following the publication of the Handbook, our next objective will be toundertake a comprehensive evaluation of the Mssbauer spectroscopic mineraldata. The goal is to construct a database reference set that can be used formineral identification similar to the way powder x-ray diffraction is currentlyused. The plans are to consider the evaluation for one subgroup of minerals at atime. The division of the minerals into subgroups is anticipated as follows:

vii

Phyllosilicates Inosilicates Nesosilicates, Sorosilicates, and Cyclosilicates Oxides and Hydroxides Sulfides and Sulfosalts Sulfates, Phosphates, Arsenates, Vanadates, Carbonates and

Borates

Using Mssbauer spectroscopy to investigate minerals will continue to be anactive research area for the foreseeable future. The number of publications peryear over the last twenty years has ranged from 70 to 100. Mssbauerspectroscopy will continue to develop as an analytical tool in the field ofmineralogy. We hope this handbook will assist researchers that are interested inthe Mssbauer studies of minerals.

_________________________

For this 2002 electronic version of the Handbook, many items have beenupdated. Specifically, the Reference Listing and the Author Index have beenupdated to include references and authors that appeared in the MEDC databasethrough August 2002. Additionally, the Special Reference Listing and the DataIndices have been updated to include articles published prior to 1998 that wereadded to our database after the publication of the First Edition of the Handbook;however, these sections do not include articles published after 1998.

viii

Arrangement of the Handbook

Review Reference ListingFor convenience we begin the Mssbauer Mineral Handbook with a listing of

more than 120 review articles on a variety of different subjects related tominerals. Each reference listing consists of the Mssbauer Effect Data Center'scode for a particular article, and the corresponding citation includes the title,authors, journal, volume, pages, and year. The Mssbauer Effect Data Center(MEDC) maintains files of all these publications.

Reference ListingIn this section are listed all the papers that the Mssbauer Effect Data

Center has on file related to the Mssbauer investigation of minerals. This listingincludes articles for which Mssbauer data is listed in the Data Index section ofthis Handbook and also includes those mineral papers which were notappropriate for entering into the Data Index section. There were some veryrecent references listed in this section for which the data was not abstracted.

The first two digits of the code listed for each article indicates the year ofthe publication, the third digit being the first letter of the first author's last name,and then the last three digits are a unique sequence number. Each reference hasits own unique code. These codes are useful for cross-references in thisHandbook. The Center maintains files of all these papers and copies areavailable through the Mssbauer Effect Data Center. There are more than 2,500Mssbauer publications which involve the investigations of minerals.

Special ListingsIn this section are a series of specialized bibliographical listings on several

topics of interest. These topical listings include clays, coals, lavas, moon samples,meteorites, nodules and soils.

Mineral IndexThe Mineral Index is an alphabetical listing of the various minerals that are

named in the Data Index. A series of up to four columns of codes thatcorrespond to the references in the Reference Listing follows the listing of thename of each mineral. There are more than 400 mineral species that are listed inthis Index.

ix

Data IndexThe Data Index includes Mssbauer spectroscopic data on minerals that

have been investigated by five different Mssbauer isotopes (197Au, 151Eu, 57Fe,121Sb, and 119Sn). Well over 90% of the investigations utilize 57Fe. This Data Indexis arranged as follows:

Mineral - Listed under Mineral are the mineral names. As a standardsource in naming we have used The Glossary of Mineral Species, SeventhEdition (Fleischer and Mandarino, 1995).

Code - The code contains bibliographic information that can be identifiedby finding the publication in the Reference Listing section.

Chemical Formula - In most cases the chemical formula that was enteredinto our database before 1990 came from the abstracted article. If noformula was given, one from Mineralogische Tabellen by Strunz or fromthe American Society for Testing and Materials Powder Diffraction file isused in this Handbook. A collection of powder diffraction data ismaintained by the International Centre for Diffraction Data, 1601 ParkLane, Swarthmorth, Pennsylvania. In the period since 1990 (in the mostpart) entries have only been made when the chemical formula has beengiven in the publication. In many cases, the publication did not give theformula but provided analytical data on the mineral from which achemical formula was calculated.

Standard - This column contains the material relative to the isomer shiftreported. An "xx" in the table indicates that the isomer shift reference wasnot identified in the publication. Abbreviations used in this columninclude PFC (potassium ferrocyanide), SFC (sodium ferrocyanide), SNP(sodium nitropruside), and SS (stainless steel).

T (Temperature) - T indicates the temperature at which the mineral wasinvestigated. Symbols used in this column are R (room temperature), N(liquid nitrogen temperature), and H (liquid helium temperature).

Isomer Shift - The isomer shift is described in two columns. The first isthe value of the isomer shift reported in mm/s relative to the referencematerial and the second column is the uncertainty in the number as givenby the publication from which the data was obtained.

x

Quadrupole - Listed here are the quadrupole splitting values in units ofmm/s. In the case for both 151Eu and 121Sb the values reported underQuadrupole are the quadrupole coupling constant in units of mm/s. As inthe case of the isomer shift column, the second column under Quadrupolecontains the uncertainty values reported by the authors.

Magnetic Field - Magnetic field values are expressed in units of kOe. Thesecond column under Magnetic Field indicates the uncertainty as reportedby the authors.

Author IndexAll authors, not only the first authors, are listed in this Index. Each of their

publications are listed by the MEDC code. The codes are further subdivided intogroups by particular Mssbauer isotopes or by other topics, such as ANL(analysis), GEN (general), IST (instrumentation), PSL (proposals), REV (reviews),and THY (theory).

xi

Mineral Handbook REVIEW REFERENCE LISTING August 2002

Code Reference

1

64S012 E.L.Sprenkel-Segel, and S.S.Hanna, Geochim. Cosmochim. Acta 28, 1913-31(1964) Mossbauer Analysis of Iron inStone Meteorites

65M021 A.S.Marfunin, Izv. Akad. Nauk, Ser. Geol. 30, 3(1965) The Problem of the Physics of Minerals (In Russian)66G029 R.H.Goodman, Chem. Can. 18(4),31(1966) The Mossbauer Effect--A High Resolution Probe of the Interior of Metals66H003 A.Z.Hrynkiewicz, J.Kubisz, and D.S.Kulgawczuk, Pr. Mineral. (Pol. Akad. Nauk Oddzial Krakowie, Kom. Nauk Mi 6,

7(1966) Application of the Mossbauer Effect in Mineralogy (In Polish)67M040 J.G.Marzolf, J.T.Dehn, and J.F.Salmon, Adv. Chem. Ser. (68),61-85(1967) Mossbauer Studies of Tekites, Pyroxenes,

and Olivines (See 67G040)68B076 R.G.Burns, in "Origin and Distribution of the Elements" edited by L. H. Ahrens (Pergamon Press, Oxford, England,

1968)1968 pp1151-63, Enrichments of Transition-Metal Ions in Silicate Crystal Structures69J007 C.E.Johnson, in "The Application of Modern Physics to the Earth and Planetary Interiors" edited by S. K. Runcorn

(Interscience Publishers, New York, 1969, 1969)1969 pp485-96, Mossbauer Effect Studies of Magnetic Minerals69O007 W.O'Reilly, in "The Application of Modern Physics to the Earth and Planetary Interiors" edited by S. K. Runcorn

(Interscience Publishers, New York, 1969, 1969)1969 pp479-84, Application of Neutron Diffraction and MossbauerEffect to Rock Magnetism,

70N011 Mapper, and A.A.Smales, Int. Ser. Monogr. Anal. Chem. 35, 209-11, 60(1970) Recovered extraterrestrial material.71B124 L.H.Bowen, in "Analytical Methods for Material Investigation" edited by G. A. Kirkendale (Gordon and Breach

Science Publishers, New York, 1971)1971 pp163-80, Mossbauer Spectroscopy71F015 P.A.Flinn, in "Applications of Low Energy X- and Gamma Rays" edited by C. A. Ziegler (Gordon and Breach Science

Publishers, Inc., New York, 1971)1971 pp123, Metallurgical Applications of the Mossbauer Effect71H057 C.L.Herzenberg, D.L.Riley, and R.B.Moler, in "Applications of Low Energy X- and Gamma Rays" edited by C. A.

Ziegler (Gordon and Breach Science Publishers, Inc., New York, 1971)1971 pp187-204, The application ofMssbauer spectrometry to lunar and terrestrial rock samples.

71J001 C.E.Johnson, in "Proceedings of the Conference on the Application of the Mossbauer Effect" edited by I. Dezsi, L.Cser, D. L. Nagy and I. Vincze, pp663-79, Structural Problems in Solid State Chemistry (See 71D001)

71M001 A.H.Muir, Jr., and M.Blander, in "Proceedings of the Conference on the Application of the Mossbauer Effect" editedby I. Dezsi, L. Cser, D. L. Nagy and I. Vincze, pp61-72, Application of the Mossbauer Effect to the Study ofExtraterrestrial Materials (See 71D001)

71M091 K.Morstin, Zesz. Nauk Akad. Gorn.-Hutn. (Krakow), Zesz. Spec. 20, 59-71(1971) Use of the Mossbauer Effect forDetection and Mineralogical Analysis of Tin and Iron Ores (In Polish)

72M064 A.G.Maddock, in "Mssbauer Spectroscopy and Its Applications - Proceedings of a Panel" pp329-47, MossbauerSpectroscopy in Mineralogy (See 72I006)

72S064 L.Simon, Rudy 20(2),46-52(1972) Mossbauer Effect in Ore Mining, II. Instrumental Technique (In Czechoslovakian)73D016 J.F.Duncan, A.G.Freeman, and J.H.Johnston, Chem. N.Z. 37, 45-9(1973) Specific Radiation Crystallography (SRC)73S029 L.Simon, Rudy 21, 20-5(1973) Mossbauer Effect in Ore Mining, III. Present State of Application (In

Czechoslovakian)74J018 C.Janot, and P.Delcroix, Ethnol. Fr. 3, 179-88(1974) Characterisation de Materiaux Archeologiques par

Spectrometrie Mossbauer (In French)74K053 V.Kacena, Acta Mont. 26, 37-82(1974) Application Possibilities of the Mossbauer Effect in Mining (In

Czechoslovakian)74P025 G.C.Pellacani, Systematic Materials Analysis III, 241-67(1974) Mossbauer Spectrometry74S119 C.M.Scala, Aust. Gemmol. 12, 119-24(1974) A Survey of Some Research Work on Impurities in Gems74W013 J.M.Williams, New Sci. (1),119(1974) Mossbauer Effect to Probe Old Pots and Lunar Rocks75C056 J.M.D.Coey, in "International Conference on Mssbauer Spectroscopy - Proceedings" edited by A. Z. Hrynkiewicz

and J. A. Sawicki, vol.2, pp333-54, The Clay Minerals: Use of the Mossbauer Effect to Characterize Them and StudyTheir Transformations (See 75H038)

75H006 S.S.Hafner, in "Mssbauer Spectroscopy" edited by U. Gonser, vol.5, pp167-99, Mssbauer spectroscopy in lunargeology and mineralogy. (See 75G006)

75H036 S.S.Hafner, in "International Conference on Mssbauer Spectroscopy - Proceedings" edited by A. Z. Hrynkiewiczand J. A. Sawicki, vol.1, pp471-2, Mssbauer results from the lunar samples returned by the Apollo missions. Asummary. (See 75H027)

75R013 K.Raclavsky, in "Fifth International Conference on Mssbauer Spectroscopy - Proceedings (3 Vol.)" edited by M.Hucl and T. Zemcik, vol.2, pp347-55, Mossbauer Effect Technique in Mineral Science (See 75H017)

77B125 D.Barb, I.Bibicu, and T.Burtic, Mine, Pet. Gaze 28, 543-52(1977) Applications of the Mossbauer Effect inMineralogy and Geology (In Romanian)

77F033 G.C.Ferreira, and F.Braganca Gil, Comun. Serv. Geol. Port. 62, 201-16(1977) Utilization of Mossbauer Spectra forGeochemical Problems (In Portuguese)

77G015 T.C.Gibb, R.Greatrex, and N.N.Greenwood, Philos. Trans. R. Soc. London, A 285, 235-40(1977) An assessment ofresults obtained from Mssbauer spectra of lunar samples.


Code Reference

2

78D018 J.Danon, R.B.Scorzelli, and H.Pollak, in "International Conference on Mssbauer Spectroscopy, Volume 2 -Proceedings" edited by D. Barb and D. Tarina, vol.2, pp217-28, Mossbauer Spectroscopy of Thermal and RadiationEffects in Iron Minerals and Its Applications to Geochronology (See 78B017)

78E022 S.P.Ekimov, in "Raspred Kationov i Termodin Zhelezo-Magn Tverd" edited by V. A. Glebovitskii (Nauka, Leningrad,Otd., 1978)1978 pp10-9, Methods for Studying Interphase Distribution of Cations (In Russian)

78J005 W.M.Jones, J.M.Thomas, R.K.Thorpe, and M.J.Tricker, Appl. Surf. Sci. 1, 388-407(1978) Conversion ElectronMssbauer Spectroscopy and the Study of Surface Properties and Reactions.

78M070 A.V.Maslenikov, in "Raspred Kationov i Termodin Zhelezo-Magn Tverd" edited by V. A. Glebovitskii (Nauka,Leningrad, Otd., 1978)1978 pp163-70, Thermal and Volume Effects and the Kinetics of Reactions of IntraphaseDistribution of Cations. Monoclinic Pyroxenes (In Russian)

79B021 G.M.Bancroft, J. Phys., Colloq. 40(Suppl),C2-464-71(1979) Mossbauer Spectroscopic Studies of the Chemical State ofIron in Silicate Minerals (See 79U002)

80B083 D.K.Bird, and H.C.Helgeson, Am. J. Sci. 280, 907-41(1980) Chemical Interaction of Aqueous Solutions with Epidote-Feldspar Mineral Assemblages in Geologic Systems. 1. Thermodynamic Analysis of Phase Relations in the SystemCaO-FeO-Fe2O3-Al2O3-SiO2-H2O-CO2

80B107 R.G.Burns, D.A.Nolet, K.M.Parkin, C.A.McCammon, and K.B.Schwartz, NATO Adv. Study Inst. Ser., Ser. C. 58, 295-336(1980) Mixed-valence Minerals of Iron and Titanium: Correlations of Structural,Mossbauer and ElectronicSpectral Data

80C013 J.M.D.Coey, At. Energy Rev. 18, 73-124(1980) Clay Minerals and Their Transformations Studied with NuclearTechniques

80F033 K.Fujino, Kobutsugaku Zasshi 14(3),135-43(1980) Crystal Chemistry of Mn-Mg-Fe Olivine Solid Solution Series (InJapanese)

80G068 B.A.Goodman, NATO Adv. Study Inst. Ser., Ser. C. 63, 1-92(1980) Mossbauer Spectroscopy80T032 T.Tominaga, Kagaku no Ryoiki 34, 697-704(1980) Applications of Mossbauer Technique in Geochemistry and

Environmental Chemistry (In Japanese)80U009 Y.Ujihira, and A.Handa, Bunseki 26, 866-71(1980) Mossbauer Spectrometry (In Japanese)81B048 R.G.Burns, Annu. Rev. Earth Planet. Sci. 9, 345-83(1981) Intervalence Transitions in Mixed-valence Minerals of

Iron and Titanium81D043 J.Dolnicar, At. Energy Rev. 2, 257-68(1981) Application of Mossbauer Spectroscopy in Mineralogy, Soil Science

and Ceramics: Co-ordinated Research Programme, 1977-198081G050 B.A.Goodman, Dev. Sedimentol. 34, 113-37(1981) Mossbauer Spectroscopy81H012 G.P.Huffman, and F.E.Huggins, Adv. Chem. Ser. (194),265-301(1981) Application of Mossbauer Spectroscopy in the

Steel Industry (See 81S027)81H033 L.Heller-Kallai, and I.Rozenson, Phys. Chem. Miner. 7, 223-38(1981) The Use of Mossbauer Spectroscopy of Iron in

Clay Mineralogy81H042 G.P.Huffman, F.E.Huggins, and R.J.Lee, in "Proceedings of the International Conference on Coal Science"(Verlag

Gluckauf GMDH, Essen, 1981)1981 pp835-41, Investigation of Coal Mineralogy and of Mineral Derivatives inCoke and Ash by Mossbauer Spectroscopy and Scanning Electron Microscopy-Automatic Image Analysis

81J002 C.Janot, Bull. Mineral. 104, 135-42(1981) New Investigation Techniques for Minerals?81M022 P.A.Montano, Adv. Chem. Ser. (194),135-75(1981) Application of Mossbauer Spectroscopy to Coal

Characterization and Utilization (See 81S027)81T034 T.Tominaga, Adv. Chem. Ser. , 495-509(1981) Environmental and Geochemical Applications of Mossbauer

Spectroscopy,82A033 G.A.Amthauer, in "High-Pressure Researches in Geoscience" edited by W. Schreyer (E. Schweizerbart'sche Ver

lagsbuchhandlung, Stuttgart, 1982)1982 pp269-92, High Pressure 57Fe Mossbauer Studies on Minerals82C070 P.S.Cook, P.E.Clark, and J.D.Cashion, Physics for Austrailia's Development 1, 375-9(1982) Applications of

Mossbauer Spectroscopy to Coal Utilization82K063 J.Komusinski, Cem.-Wapno-Gips. (4-6),42-7(1982) Possibilities of Application of the Mossbauer Effect in Cement

and Cement Mineral Investigations (In Polish)82L027 G.Lehmann, Ber. Bunsenges. Phys. Chem. 86, 985-94(1982) Spectroscopy of Minerals82T021 T.Tominaga, Radioisotopes 31, 603-12(1982) Characterization of Environmental Samples by Mossbauer

Spectrometry (In Japanese)83B116 V.F.Babanin, Pochvovedenie (10),107-19(1983) Possibilities of Mossbauer Spectroscopy in Soil Studies (In Russian)

(Chem.Abstr.100():16775A)83C028 G.Calas, and S.Petit, Bull. Mineral. 106, 33-5(1983) Structure of Oxide Glasses: Spectroscopic Studies of Local

Order and Crystallochemistry. Geochemical Implications83H012 F.C.Hawthorne, Can. Mineral. 21(May),173-480(1983) The Crystal Chemistry of the Amphiboles83Y013 Y.Yamashita, and H.Murata, Nippon Shika Daigaku Kiyo, Ippan Kyoiku-kei 12, 109-16(1983) Application of the

Mossbauer Spectroscopy to Natural Magnetite. (II). (In Japanese) (Chem.Abstr.102():102938D)


Code Reference

3

84B042 L.H.Bowen, and S.B.Weed, in "Chemical Mossbauer Spectroscopy" edited by R. H. Herber, pp217-42, MossbauerSpectroscopy of Soils and Sediments (See 84H034) (Chem.Abstr.105(13):114165Z)

84C043 J.M.D.Coey, in "Mossbauer Spectroscopy Applied to Inorganic Chemistry" edited by G. J. Long, vol.1, pp443-509,Mossbauer Spectroscopy of Silicate Minerals (See 84L028)

84F016 J.M.Friedt, Techniques de L'Ingenieur 10(P2),608-1-11(1984) Applications Recentes de la SpectroscopieMossbauer.Cas de La Geometriede diffusion.Analyse de Surfaces et d'Echantillons Massifs (In French)

84L036 G.Lehmann, NATO ASI Ser., Ser. C 137, 121-62(1984) Spectroscopy of Feldspars (Chem.Abstr.103(18):144893M)84T011 T.Tominaga, and Y.Minai, Nucl. Sci. Appl. 1, 749-91(1984) Applications of Mossbauer Spectroscopy to

Environmental and Geochemical Studies84V006 A.M.van der Kraan, J.W.Niemantsverdriet, and E.Gerkema, Energiespectrum 84, 104-11(1984) Mossbauer

Spectrometry Used in Energy Studies (In Dutch)85B157 F.J.Berry, and D.J.Vaughan, in "Chemical Bonding and Spectroscopy in Mineral Chemistry" edited by Frank J. Berry

and David J. Vaughan (Chapman and Hall, New York, NY10017, 1985)1985 pp293-315, Mineral Surfaces and theChemical Bond

85D014 M.Darby Dyar, Am. Mineral. 70(3-4),304-16(1985) A review of Mssbauer data on inorganic glasses: the effects ofcomposition on iron valency and coordination. (Chem.Abstr.102():169873X)

85D059 J.Danon, in "Applications of the Mssbauer Effect (Five Volumes)" edited by Yu. M. Kagan and I. S. Lyubutin, vol.1,pp347-67, Applications of Mossbauer Spectroscopy in the Study of Minerals:Some Recent Trends (See 85K069)

85E004 J.P.Eymery, Bull. Mineral. 108(1),125-31(1985) Quelques Applications de l'Effet Mossbauer en Reflexion a laMineralogie (In French) (Chem.Abstr.102():152284H)

85M077 A.G.Maddock, in "Chemical Bonding and Spectroscopy in Mineral Chemistry" edited by F. J. Berry and D. J. Vaughan(Chapman and Hall, London, 1985)1985 pp141-208, Mossbauer Spectroscopy in Mineral Chemistry(Chem.Abstr.103(26):218378W)

86C012 J.D.Cashion, P.S.Cook, and L.J.Brown, Hyperfine Interact. 27(1-4),23-34(1986) Minerals, Sediments and Coals (See86C003)

86H051 F.E.Huggins, G.P.Huffman, and G.R.Dunmyre, in "Industrial Applications of the Mssbauer Effect" edited by Gary J.Long and John G. Stevens, pp137-52, Rapid Mossbauer-Based Methods for Applications in the Coal and SteelIndustries (See 86L043)

86M069 C.K.Majumdar, J. Indian Chem. Soc. 63(1),108-12(1986) Some applications of Mossbauer spectroscopy(Chem.Abstr.105(12):105131H)

86P017 H.Pollak, and J.G.Stevens, Hyperfine Interact. 29(1-4),1153-6(1986) Phyllosilicates:A Mossbauer Evaluation (See86C003)

86P058 H.Pollak, and J.G.Stevens, in "Industrial Applications of the Mssbauer Effect" edited by Gary J. Long and John G.Stevens, pp491-511, Coal Treatment and Desulfurization (See 86L043)

86R035 J.R.Regnard, in "Methodes Spectroscopiques Appliques aux Mineraux" edited by G. Calas (Societe Francaise deMineralogie et de Cristallogr, Paris, France, 1986) issue C.2,1986 pp22-72, L'Effet Mossbauer (In French)

86R054 K.R.P.M.Rao, in "Industrial Applications of the Mssbauer Effect" edited by Gary J. Long and John G. Stevens,pp153-70, Mossbauer Spectroscopy in Steel Industry (See 86L043)

86X008 G.X.Xing, Turangxue Jinzhan 14(6),49-54(1986) Application of ESR and Mossbauer Spectroscopy to Study theReaction between Metal Ions and Organic Materials in Soil and Nature of their Bonding (In Chinese)(Chem.Abstr.107(13):114755H)

87D011 M.Darby Dyar, Am. Mineral. 72(1-2),102-12(1987) A review of Mossbauer data on trioctahedral micas:Evidencefor tetrahedral Fe3+ and cation ordering (Chem.Abstr.106(14):105617S)

87K042 B.Kolk, S. Afr. J. Sci. 83(8),480-6(1987) The Mystery of Matter:The Case of the Missing Recoil(Chem.Abstr.107(22):207521u)

88E031 N.A.Eissa, in "Proceedings of the Sch. on Applications of Nuclear Gamma Resonance Spectroscopy" edited by N. S.Eissa and G. Denardo, pp279-302, Application of Mossbauer Spectroscopy to Study Archaeological EgyptianPottery (See 88E030)

88H016 F.C.Hawthorne, Rev. Mineral. 18, 255-340(1988) Mossbauer Spectroscopy. (Chem.Abstr.109(24):213642s)88L080 Z.Li, and L.F.Cha, Turang (Nanjing) 20(4),218-21(1988) Moessbauer Spectroscopy and Its Applications in Soil

Science (In Chinese) (Chem.Abstr.110(1):6915p)88M008 E.Murad, in "Iron in Soils and Clay Minerals" edited by J. W. Stucki et al (D. Reidel Publishing Company, Dordvecht,

NED and Boston, MA, 1988) issue C12,1988 pp309-50, Properties and Behavior of Iron Oxides as Determined byMossbauer Spectroscopy

88P027 R.L.Parfitt, and C.W.Childs, Aust. J. Soil Res. 26(1),121-44(1988) Estimation of Forms of Fe and Al: A Review, andAnalysis of Contrasting Soils by Dissolution and Mossbauer Methods (Chem.Abstr.109(17):148429m)

88S042 F.Seifert, in "The Time Domain in Surface and Structural Dynamics" edited by Gary J. Long, Fernande Grandjean(Kluwer Academic Publishers (NATO Sc. Affairs Div.), Dordrech/Boston/London, 1988) issue 225,1988 pp687-703, Recent Advances in the Mineralogical Applications of the 57Fe Mossbauer Effect(Chem.Abstr.109(14):113549y)

89B083 R.G.Burns, and T.C.Solberg, ACS Symp. Ser. (415),262-83(1989) 57Fe-Bearing Oxide, Silicate, and AluminosilicateMinerals - Crystal Structure Trends in Mossbauer Spectra (Chem.Abstr.114(12):105798s)


Code Reference

4

89B116 R.G.Burns, Geophy Monog Am Geoph Union 45, 81-90(1989) Mossbauer Spectra of 57Fe in Rare Earth Perovskites:Applications to the Electronic States of Iron in the Mantle

89K009 J.Martin Knudsen, Hyperfine Interact. 47-48(1-4),3-31(1989) Mossbauer Spectroscopy of 57Fe and the Evolution ofthe Solar System (See 89G014) (Chem.Abstr.111(8):61085p)

89M011 E.Murad, Hyperfine Interact. 47-48(1-4),33-53(1989) Poorly-Crystalline Minerals and Complex MineralAssemblages (See 89G014) (Chem.Abstr.111(8):61086q)

89M019 E.Murad, and U.Wagner, Hyperfine Interact. 45(1-4),161-77(1989) Pure and Impure Clays and Their Firing Products(See 89C020) (Chem.Abstr.110(24):217827z)

89W031 J.Webb, and , in "Mossbauer Spectroscopy Applied to Inorganic Chemistry, Vol. 3" edited by Gary J. Long andFernande Grandjean, vol.3, pp417-44, The Use and Potential of Mossbauer Spectroscopy in Studies of BiologicalMineralization (See 89L024) (Chem.Abstr.113(9):73925s)

90B156 G.M.Bancroft, and M.M.Hyland, in "Reviews in Mineralogy, Vol. 23: Mineral-Water Interface Geochemistry"edited by M.F. Hochella, Jr. and A.F. White (Mineralogical Society of America, Washington, DC, USA, 1990) vol.23,issue Chap 13,1990 pp511-58, Spectroscopic studies of adsorption/reduction reactions of aqueous metal complexeson sulphide surfaces. (Chem.Abstr.114:167954)

90D049 E.De Grave, R.E.Vandenberghe, and L.H.Bowen, in "Condensed Matter Studies by Nuclear Methods" edited by JanStanek and Antoni T. Pedziwiatr (World Scientific Publishing Co., Ltd., Teaneck, New Jersey, USA, 1990)vol.2,1990 pp186-239, Magnetic Properties of Some Selected, Soil-Related Iron Oxides and Oxyhydroxides asProbed by 57Fe Mossbauer Spectroscopy

90G089 B.A.Goodman, NATO ASI Ser., Ser. B, 215, 119-40(1990) The use of Mssbauer spectroscopy in the study of soilcolloidal materials. (Chem.Abstr.115(2):12429c)

90K085 J.Martin Knudsen, B.Lundgren, N.O.Roy-Poulsen, and L.Vistisen, in "Applications of the Mssbauer Effect" editedby E. Baggio-Saitovitch, E. Galvao da Silva, H. R. Rechenberg, pp195-204, Mossbauer Spectroscopy and the Iron onMars (See 90B117)

90L015 Z.Li, and Y.T.Xu, Yuanz. Kex. Jis. 24(2),91-6(1990) Headway of the Mossbauer Study and Application in China (InChinese)

90M001 E.Murad, in "Advances in Soil Science" edited by B. A. Stewart (Springer-Verlage, New York, New York, 1990)vol.12,1990 pp125-57, Application of 57Fe Mossbauer Spectroscopy to Problems in Clay Mineralogy and SoilScience:Possibilities and Limitations

90S120 U.Schwertmann, and E.Murad, in "Proceedings of the Fifth International Soil Correlation Meeting (ISCOM IV)Chara" edited by J. M. Kimble and R. D. Yeck (USDA, Soil Conservation Service, Lincoln, NE, 1990)1990 pp319-41,Forms and Translocation of Iron in Podzolized Soils

90S133 R.B.Scorzelli, in "Applications of the Mssbauer Effect" edited by E. Baggio-Saitovitch, E. Galvao da Silva, H. R.Rechenberg, pp65-85, Phase Stability of Fe-Ni Alloys from Meteorites in the Invar Region (See 90B117)

90V010 R.E.Vandenberghe, E.De Grave, C.Landyat, and L.H.Bowen, Hyperfine Interact. 53(1-4),175-95(1990) Some AspectsConcerning the Characterization of Iron Oxides and Hydroxides in Soils and Clays (See 90N011)(Chem.Abstr.113(22):194924z)

90W053 J.Webb, , and D.J.Macey, in "Iron Biominerals" edited by R.B. Frankel and R. P. Blakemore (Plenum Press, New York,1990)1990 pp193-220, Iron Biomineralization in Invertebrates

90W070 A.F.White, in "Reviews in Mineralogy, Vol. 23: Mineral-Water Interface Geochemistry" edited by M.F. Hochella, Jr.and A.F. White (Mineralogical Society of America, Washington, DC, USA, 1990) vol.23, issue Chap 12,1990 pp467-509, Heterogeneous electrochemical reactions associated with oxidation of ferrous oxide and silicate surfaces.(Chem.Abstr.114:167953)

91A013 S.Aburto, M.Jimnez, E.Flores, R.W.Gomez Gonzalez, M.L.Marquina, and V.Marquina Fabrega, Hyperfine Interact.66(1-4),3-10(1991) Archaeological Ceramics:Analysis of Technologies by Mossbauer Spectroscopy (See 91D025)(Chem.Abstr.116(7):58265v)

91B076 R.G.Burns, NATO ASI Ser., Ser. C 343, 175-99(1991) Mixed Valency Minerals:Influences of Crystal Structures onOptical and Mossbauer Spectra (Chem.Abstr.117(4):30582t)

91C026 J.M.D.Coey, J.D.Fabris, and M.Resende, Hyperfine Interact. 66(1-4),51-62(1991) 57Fe Mossbauer Studies of Oxisols(See 91D025) (Chem.Abstr.116(8):63814c)

91L069 G.J.Long, and F.Grandjean, in "Applications of Analytical Techniques to the Characterization of Materials" editedby Dale L. Perry (Plenum, New York, USA, 1991)1991 pp119-51, Applications of the Mossbauer Effect to theCharacterization of Materials. (Chem.Abstr.117(20):200565j)

91M003 S.Mitra, T.N.Pal, and T.Pal, Indian J. Pure Appl. Phys. 29(5),313-25(1991) Variation in Mossbauer HyperfineParameters with Al-Substitution in Iron Oxide and hydroxide Phases (Chem.Abstr.115(2):17623w)

91M033 M.B.Madsen, J.Martin Knudsen, L.Vistisen, and H.G.Jensen, in "The Environmental Model of Mars,Proceedings"(2nd COSPAR Colloquium, Sopron, Hungary, January 22-26, 1990), edited by K. Szeg (Pergamon Press,Oxford, UK, 1991) vol.2, pp59-62, Are phobos and deimos carbonaceous chondrites? Mssbauer spectroscopy oncarbonaceous chondrites and their relation to the Martian moons.

91S066 R.B.Scorzelli, Hyperfine Interact. 66(1-4),249-57(1991) Application of the Mossbauer Effect to the Study ofMeteorites - A Review (See 91D025) (Chem.Abstr.116(8):63563V)


Code Reference

5

91S093 , K.C.Tran, J.Webb, D.J.Macey, and P.Pootrakul, in "Mechanisms and Phylogeny of Mineralization in BiologicalSystems" edited by S. Suga, H. Nakahara (Springer-Verlag Tokyo, Tokyo, Japan, 1991) vol.Ch. 3.2,1991 pp291-5,Mineralization of Iron in Ferritin and Haemosiderin:The Effect of Tissue Environment on Mineral Structure

91W030 J.Webb, L.A.Evans, K.S.Kim, , and D.J.Macey, in "Mechanisms and Phylogeny of Mineralization in BiologicalSystems" edited by S. Suga, H. Nakahara (Springer-Verlag Tokyo, Tokyo, Japan, 1991) vol.Ch. 3.1,1991 pp283-90,Controlled Deposition and Transformation of Iron Biominerals in Chiton Radula Teeth

91Y002 J.Yvon, P.Marion, L.Michot, F.Villieras, F.E.Wagner, and J.Friedl, Eur. J. Mineral. 3(4),667-76(1991) Development ofMineralogy Applications in Mineral Processing

92A017 D.G.Agresti, R.V.Morris, E.L.Wills, T.D.Shelfer, M.M.Pimperl, M.H.Shen, B.C.Clark, and B.D.Ramsey, HyperfineInteract. 72(1-4),285-98(1992) Extraterrestrial Mssbauer spectrometry. (See 92B043) (Chem.Abstr.117(6):58357x)

93B018 R.G.Burns, in "Remote Geochemical Analysis: Elemental and Mineralogical Composition" edited by Carle M. Pieters& Peter A.J. Englert (Cambridge University Press, 1993)1993 pp539-56, Mossbauer Spectral Characterization ofIron in Planetary Surface Materials

93B054 K.D.Becker, Philos. Mag. A 68(4),767-86(1993) Spectroscopic in Situ Studies of Defect-Dependent Properties ofTransition Metal Oxides: Defects, Diffusion, and Reaction Kinetics (Chem.Abstr.120(4):42195u)

93R012 D.G.Rancourt, Am. Mineral. 78(5-6),669-71(1993) Mossbauer Spectroscopy of Tetrahedral Fe(3+) in TrioctahedralMicas - Reply (Chem.Abstr.119(4):31620g)

93S004 E.O.T.Salles, P.A.de Souza, Jr., and V.K.Garg, in "Proceedings: First Brazilian Symposium of Intelligent Automation,Rio Claro,S.P." edited by Gilberto s. Nakamiti, Helio Aparecido Navarro, Ivan Rizzo Geilherne, Jose Pachec 1993pp27-37, Neural Network in Mossbauer Spectroscopy (In Portuguese)

94B055 R.G.Burns, Hyperfine Interact. 91(1-4),739-45(1994) Mineral Mossbauer Spectroscopy: Correlations betweenChemical Shift and Quadrupole Splitting Parameters (See 94L031) (Chem.Abstr.122:60316)

94F018 E.A.Ferrow, Hyperfine Interact. 90(1-4),121-34(1994) Mossbauer Effect and TEM in Mineralogy (See 94L031)(Chem.Abstr.122:165642)

94G092 B.A.Goodman, in "Clay Mineralogy: Spectroscopic and Chemical Determinative Methods" edited by M. J. Wilson(Chapman & Hall, London, England, 1994) issue Chap 3,1994 pp68-119, Mssbauer spectroscopy.

94H080 Z.Homonnay, I.Czak-Nagy, E.Kuzmann, S.I.Nagy, and A.Vrtes, Magy. Kem. Lapja 49(9),371-3(1994) Practicalapplication of Mssbauer spectroscopy. IV. Recent progress in mineralogy. (In Hungarian)(Chem.Abstr.122:329206)

94M054 E.Murad, Int. Soc. Soil Sci. 1, 85-93(1994) Some Recent Developments in the Study of Soils By MossbauerSpectroscopy (Chem.Abstr.124:230961)

94S104 E.O.T.Salles, P.A.de Souza, Jr., and V.K.Garg*, Nucl. Instr. Meth. Phys. Res. B B94(4),499-502(1994) ArtificialNeural Network for Identification of a Substance from a Mossbauer Data Bank (Chem.Abstr.122:45139)

95B124 F.J.Berry, Adv. Anal. Geochem. 2, 305-29(1995) Mssbauer spectroscopy in analytical geochemistry.(Chem.Abstr.124:151038)

95K008 G.Klingelhfer, P.Held, R.Teucher, F.Schlichting, J.Foh, and E.Kankeleit, Hyperfine Interact. 95(1-4),305-39(1995)Mssbauer Spectroscopy in Space. (See 95G027) (Chem.Abstr.122:225852)

95M014 M.B.Madsen, D.P.Agerkvist, H.P.Gunnlaugsson, S.Faurschou Hviid, J.M.Knudsen, and L.Vistisen, HyperfineInteract. 95(1-4),291-304(1995) Titanium and the Magnetic Phase on Mars (See 95G027)

95M054 C.A.McCammon, Min Phys Crys , 332-47(1995) Mssbauer Spectroscopy of Minerals95M069 A.G.Maddock, Radiochimica Acta 70-1, 323-31(1995) Radioactivity and the nuclear environment.

(Chem.Abstr.124:243847)95S049 E.O.T.Salles, P.A.de Souza, Jr., and V.K.Garg, J. Radioanal. Nucl. Chem. 190(2),439-47(1995) Identification of

Crystalline Structures Using Mssbauer Parameters and Artificial Neural Network. (Chem.Abstr.123:61475)96J018 C.E.Johnson, J. Phys. D: Appl. Phys. 29(9),2266-73(1996) Characterization of magnetic materials by Mssbauer

spectroscopy. (Chem.Abstr.125:236433)96M055 C.A.McCammon, Phase Transitions 58, 1-26(1996) Crystal chemistry of iron-containing perovskites.

(Chem.Abstr.126:257138)96S107 J.Stanek, in "Proceedings of the All-Polish Seminar of Mssbauer Spectroscopy" edited by Jan Sarzynski (Maria

Curie - Sklodowska Univ & Tech Univ - Lublin, 1996)1996 pp79-93, 197Au Mssbauer spectroscopy in search forrelativistic effects in gold chemistry.

96S131 J.W.Stucki, G.W.Bailey, and H.Gan, Appl. Clay Sci. 10(6),417-30(1996) Oxidation-reduction mechanisms in iron-bearing phyllosilicates.

97L047 G.Leofanti, G.Tozzola, M.Padovan, G.Petrini, S.Bordiga, and A.Zecchina, Catal. Today 34(Chap. 4),307-27(1997)Catalyst characterization: characterization techniques. (Chem.Abstr.126:162733)

97M103 J.M.McIntosh, and L.A.Groat*, Short Course Ser. - Mineral. Assoc. Can 25(Chap.3),25-62(1997) Techniques used tostudy bacterial - mineralogical interactions. (*Biological-Mineralogical Inte) (Chem.Abstr.128:225177)

98B037 C.B.Koch, Hyperfine Interact. 117(1-4),131-57(1998) Structures and properties of anionic clay minerals.(Chem.Abstr.130:225511)

98K086 E.Kuzmann, S.I.Nagy, A.Vrtes*, T.G.Weiszburg, and V.K.Garg, in "Nucl. Methods Mineral. Geol." edited by Vertes,Attila; Nagy, Sandor; Suvegh, Karoly, pp285-376, Geological and mineralogical applications of Mssbauerspectroscopy. (Chem.Abstr.129:177981)


Code Reference

6

98M057 E.Murad, and U.Wagner, Hyperfine Interact. 117(1-4),337-56(1998) Clays and clay minerals: The firing process.(Chem.Abstr.130:256041)

98M058 E.Murad, Hyperfine Interact. 117(1-4),39-70(1998) Clays and clay minerals: What can Mssbauer spectroscopy doto help understand them? (Chem.Abstr.130:225463)

98R047 D.G.Rancourt, Hyperfine Interact. 117(1-4),3-38(1998) Mssbauer spectroscopy in clay science.(Chem.Abstr.130:243649)

98S049 J.G.Stevens, A.M.Khasanov, J.W.Miller, H.Pollak, and Z.Li, Hyperfine Interact. 117(1-4),71-81(1998) Documentationand evaluation of Mssbauer data for minerals. (Chem.Abstr.130:225508)

99C058 S.Constantinescu, G.Udubasa, and S.Calogero*, Rom. J. Miner. 79, 49-70(1999) Mssbauer spectroscopy inmineralogy and geochemistry. Part 2: Applications in mineralogy and geochemistry.

99D037 E.De Grave, S.G.Eeckhout, and C.A.McCammon, Hyperfine Interact. 122(1-2),21-38(1999) Selected applications of57Fe Mssbauer spectroscopy to mineral studies. (LACAME'98) (Chem.Abstr.132:168851)

99L031 J.Lipka, in "Mssbauer Spectroscopy in Materials Science" edited by M. Miglierini and D. Petredis, vol.66, pp97-106, Mssbauer spectroscopy in mineralogy and geology. (Chem.Abstr.131:132370)

99M089 E.Murad, in "Clays for Our Future: Proceedings of the 11th International Clay Conference"(11th International ClayConference, Ottawa, Canada, June 15-21, 1997), edited by Hideomi Kodama, Ahmet R. Mermut, J. Kenneth Torrance(ICC-97 Organizing Committee, Ottawa, Ontario, Canada, 1999) pp207-13, Clays and clay minerals: What canMssbauer spectroscopy do to help understand them? (Chem.Abstr.132:336967)

00B013 P.A.Bland, A.W.R.Bevan, and A.J.T.Jull, Quat. Res. 53(2),131-42(2000) Ancient meteorite finds and the Earth'ssurface environment. (Chem.Abstr.132:296168)

00P062 V.B.Polyakov, and S.D.Mineev, Geochim. Cosmochim. Acta 64(5),849-65(2000) The use of Mssbauer spectroscopyin stable isotope geochemistry. (Chem.Abstr.132:253660)

00V030 R.E.Vandenberghe, C.A.Barrero Meneses, G.M.da Costa, E.Van San, and E.De Grave, Hyperfine Interact. 126(1-4),247-59(2000) Mssbauer characterization of iron oxides and (oxy)hydroxides: the present state of the art.(Chem.Abstr.134:304658)

01R031 D.G.Rancourt, Rev. Mineral. Geochem. 44, 217-92(2001) Magnetism of earth, planetary, and environmentalnanomaterials.

Mineral Handbook REFERENCE LISTING August 2002

Code Reference

7

60S006 A.O.Solonenco, C. R. Hebd. Seances Acad. Sci. 250, 3828-30(1960) Effet Mossbauer dans la Pyrite et la Marcasite (InFrench)

60S007 A.O.Solonenco, C. R. Hebd. Seances Acad. Sci. 251, 2675-7(1960) Mesure, par Effet Mossbauer, de Champs locauxdans divers Composes du Fer (In French)

62P004 H.Pollak, M.De Coster, and S.Amelinckx, Phys. Status Solidi 2, 1653-9(1962) Mossbauer Effect in Biotite63D001 M.De Coster, H.Pollak, and S.Amelinckx, Phys. Status Solidi 3, 283-8(1963) A Study of Mossbauer Absorption in

Iron Silicates63H002 A.Z.Hrynkiewicz, and D.S.Kulgawczuk, Acta Phys. Pol. 24, 689-92(1963) Hyperfine Structure of the 14.4 keV

Gamma Line of 57Fe in Some Iron Oxy-hydroxides Investigated with the Mossbauer Effect63H006 A.Z.Hrynkiewicz, and D.S.Kulgawczuk, in "Proceedings of the Dubna Conference on the Mssbauer Effect" edited

by Frances Coleman, pp18-1, The Fine Structure of Mossbauer Spectra in Mineral Compounds of Iron (See 63A008)63I001 P.Imbert, A.Gerard, and M.Wintenberger, C. R. Hebd. Seances Acad. Sci. 256, 4391-3(1963) Etude des Sulfure,

Arseniosulfure et Arseniure de Fer naturels par Effet Mossbauer (In French)63T003 P.K.Tseng, and K.K.Wang, Jinshu Xuebao 1, 81-2(1963) Mossbauer Absorption Line Spectrum of Ferrous Gluconate

and Anhydrated Ferrous Sulfate64G006 A.Gerard, and M.Delmelle, C. R. Hebd. Seances Acad. Sci. 259, 1756-9(1964) Effet Mossbauer et Caractere ionique

des Atomes de Fer dans les Meteorites Orgueil et Cold Bokkeveld (In French)64S012 E.L.Sprenkel-Segel, and S.S.Hanna, Geochim. Cosmochim. Acta 28, 1913-31(1964) Mossbauer Analysis of Iron in

Stone Meteorites65B015 A.A.Belyustin, Yu.M.Ostanevich, A.M.Pisarevskii, S.B.Tomilov, U.Bai-shi, and L.Cher, Fiz. Tverd. Tela (S-

Peterburg) 7, 1447-54(1965)/Sov. Phys-Solid State (Engl. Transl.) 7, 1163-9(1965), The Mossbauer Effect in Alkali-Iron-Silicate Glasses

65G008 T.C.Gibb, and N.N.Greenwood, Trans. Faraday Soc. 61, 1317-23(1965) Chemical Applications of the MossbauerEffect. Part 2. Oxidation States of Iron in Crocidolite and Amosite

65G018 V.I.Goldanskii, B.G.Egizarov, V.M.Zaporozhets, Yu.M.Ostanevich, and L.P.Chupyatova, Prikl. Geofiz. (44),202-10(1965) Study of the Mossbauer Spectra of Ferruginous Minerals (In Russian)

65M021 A.S.Marfunin, Izv. Akad. Nauk, Ser. Geol. 30, 3(1965) The Problem of the Physics of Minerals (In Russian)66B042 G.M.Bancroft, A.G.Maddock, R.G.Burns, and R.G.J.Strens, Nature (London) 212, 913(1966) Cation Distribution in

Anthophyllite from Mossbauer and Infra-red Spectroscopy66D006 I.Dzsi, and M.Fodor, Phys. Status Solidi 15, 247(1966) On the Antiferromagnetism of Alpha-FeOOH66G017 R.G.Grant, H.Wiedersich, A.H.Muir, Jr., U.Gonser, and W.N.Delgass, J. Chem. Phys. 45, 1015(1966) Sign of the

Nuclear Quadrupole Coupling Constants in Some Ionic Ferrous Compounds (Erratum, op cit 46,2864(1967))66G027 T.C.Gibb, and N.N.Greenwood, Tech. Rep. Ser. - I. A. E. A. 50, 143(1966) Mossbauer Spectra of Some Iron

Compounds (See:64C009,65G008,65G012) (See 66U003)66G029 R.H.Goodman, Chem. Can. 18(4),31(1966) The Mossbauer Effect--A High Resolution Probe of the Interior of Metals66H003 A.Z.Hrynkiewicz, J.Kubisz, and D.S.Kulgawczuk, Pr. Mineral. (Pol. Akad. Nauk Oddzial Krakowie, Kom. Nauk Mi 6,

7(1966) Application of the Mossbauer Effect in Mineralogy (In Polish)66H010 C.L.Herzenberg, and D.Toms, J. Geophys. Res. 71, 2661(1966) Mossbauer Absorption Measurements in Iron-

containing Minerals66H019 S.S.Hafner, and G.M.Kalvius, Z. Kristallogr., Kristallgeom., Kristallphys., Kristallchem. 123, 443(1966) The

Mossbauer Resonance of Fe57 in Troilite (FeS) and Pyrrhotite (Fe(0.88)S) (See also 67H001)66S029 E.L.Sprenkel-Segel, and S.S.Hanna, in "Mssbauer Effect Methodology, Volume 2" edited by Irwin J. Gruverman,

vol.2, pp113-26, Mossbauer Analysis of Meteoritic Iron Minerals (See also 64S012) (See 66G024)66T001 A.A.Temperley, and H.W.Lefevre, J. Phys. Chem. Solids 27, 85(1966) The Mossbauer Effect in Marcasite Structure

Iron Compounds66V001 F.van der Woude, and A.J.Dekker, Phys. Status Solidi 13, 181(1966) Mossbauer Effect in alpha-FeOOH66V007 F.van der Woude, Phys. Status Solidi 17, 417(1966) Mossbauer Effect in alpha-Fe2O367A008 S.M.Aleksandrov, T.V.Malysheva, and S.S.Rodin, Geokhimiya , 1104-10(1967) Investigation of the Mode of

Occurence of Tin in Magnesium-Iron Borates by Mossbauer Spectroscopy (In Russian)67B005 G.M.Bancroft, and R.G.Burns, Am. Mineral. 52, 1278-87(1967) Interpretation of the Electronic Spectra of Iron in

Pyroxenes67B006 G.M.Bancroft, R.G.Burns, and A.G.Maddock, Am. Mineral. 52, 1009-26(1967) Determination of Cation Distribution

in the Cummingtonite-Grunerite Series by Mossbauer Spectra67B007 G.M.Bancroft, Phys. Lett. A 26A, 17-8(1967) Quantitative Estimates of Site Populations in an Amphibole by the

Mossbauer Effect67B009 G.M.Bancroft, and R.G.Burns, Earth Planet. Sci. Lett. 3, 125-7(1967) Distribution of Iron Cations in a Volcanic

Pigeonite by Mossbauer Spectroscopy67B010 G.M.Bancroft, R.G.Burns, and R.A.Howie, Nature (London) 213, 1221-3(1967) Determination of the Cation

Distribution in the Orthopyroxene Series by the Mossbauer Effect


Code Reference

8

67B011 G.M.Bancroft, A.G.Maddock, and R.G.Burns, Geochim. Cosmochim. Acta 31, 2219-46(1967) Applications of theMossbauer Effect to Silicate Mineralogy, I. Iron Silicates of Known Crystal Structure

67B012 G.M.Bancroft, R.G.Burns, and A.G.Maddock, Acta Crystallogr., Sect. A 22, 934-5(1967) Oxidation State of Iron inNeptunite from Mossbauer Spectroscopy

67B018 Sh.Sh.Bashkirov, G.D.Kurbatov, R.A.Manapov, I.N.Pen'kov, E.K.Sadykov, and V.A.Chistyakov, Dokl. Akad. Nauk173, 407-9(1967)/Dokl. Acad. Sci. USSR, Earth Sci. Sect. (Engl. Transl.) 173, 89-91(1967), Ilmentite Studied byMossbauer Spectroscopy

67B049 L.Brossard, and G.A.Fatseas, Mater. Res. Bull. 2, 967(1967) Une Mise en Garde Concernant l'Utilisation de Fenetresou de Support d'Echantillon en Mica dans l'Effet Mossbauer (In French)

67C018 M.G.Clark, G.M.Bancroft, and A.J.Stone, J. Chem. Phys. 47, 4250-61(1967) Mossbauer Spectrum of Fe2+ in aSquareplanar Environment

67D020 R.Dundon, and W.P.Walters, Earth Planet. Sci. Lett. 2, 372-6(1967) Ferrous Ion Order-disorder in MeteoriticPyroxenes and the Metamorphic History of Chondrites

67E008 M.Eibschutz, E.Hermon, and S.Shtrikman, J. Phys. Chem. Solids 28, 1633-6(1967) Determination of Cation Valenciesin Cu2FeSnS4 by Mossbauer Effect and Magnetic Susceptibility Measurements

67E013 B.J.Evans, S.Ghose, and S.S.Hafner, J. Geol. 75, 306-22(1967) Hyperfine Splitting of Fe57 and Mg-Fe Order-disorderin Orthopyroxenes (MgSiO3-FeSiO3 Solid Solution)

67G009 S.Ghose, and S.S.Hafner, Z. Kristallogr., Kristallgeom., Kristallphys., Kristallchem. 125, 1-6(1967) Mg2+-Fe2+Distribution in Metamorphic and Volcanic Orthopyroxenes

67G020 U.Gonser, and R.G.Grant, Phys. Status Solidi 21, 331-42(1967) Determination of Spin Directions and Electric FieldGradient Axes in Vivianite by Polarized Recoil-free Gamma-rays

67G039 O.N.Generalov, Izv. Vyssh. Uchebn. Zaved., Gorn. Zh. 10(6),166-70(1967) Mossbauer Apparatus for Studying Iron-containing Ores (In Russian)

67H001 S.S.Hafner, B.J.Evans, and G.M.Kalvius, Solid State Commun. 5, 17-9(1967) Second Order Effects in the HyperfineField of Fe57 in Troilite (Anti-ferromagnetic FeS)

67H016 S.Hofmann, E.Fluck, and P.Kuhn, Angew. Chem. Int. Ed. Engl. 6, 561-2(1967) Mossbauer Spectrum of the Iron inGlauconite

67I001 P.Imbert, and M.Wintenberger, Bull. Soc. Fr. Mineral. Cristallogr. 90, 299-303(1967) Etude des ProprietesMagnetiques et des Spectres d'Absorption par Effet Mossbauer de la Cubanite et de la Sternbergite (In French)

67L003 J.F.Lefelhocz, R.A.Friedel, and T.P.Kohman, Geochim. Cosmochim. Acta 31, 2261-73(1967) Mossbauer Spectroscopyof Iron in Coal

67L004 A.Lerman, M.Stiller, and E.Hermon, Earth Planet. Sci. Lett. 3, 409-16(1967) Mossbauer Quantitative Analysis ofFe+3/Fe+2 Ratios in Some Phosphate and Oxide Mixtures: Possibilities and Limitations

67M011 A.S.Marfunin, R.M.Mineeva, A.R.Mkrtchyan, Ya.M.Nyussik, and V.E.Fedoro, Izv. Akad. Nauk, Ser. Geol. (10),86-102(1967) Optical and Mossbauer Spectroscopy of Iron in Rock-forming Silicates (In Russian)

67M012 A.S.Marfunin, and A.R.Mkrtchyan, Geokhimiya , 1094-1103(1967)/Geochem. Int. , 980-9(1967), Mossbauer Spectraof Fe57 in Sulfides

67M021 P.J.Malden, and R.E.Meads, Nature (London) 215, 844-6(1967) Substitution by Iron in Kaolinite67M031 A.H.Muir, Jr., and H.Wiedersich, J. Phys. Chem. Solids 28, 65-71(1967) An Investigation of CuFeO2 by the

Mossbauer Effect67M040 J.G.Marzolf, J.T.Dehn, and J.F.Salmon, Advances in Chemistry Series (68),61-85(1967) Mossbauer Studies of Tekites,

Pyroxenes, and Olivines (See 67G040)67R016 D.Raj, K.Chandra, and S.P.Puri, Proc. Nucl. Phys. Solid State Phys. Symp. 11, 91-4(1967) Mossbauer Studies of

Chalcopyrite67S026 D.L.Smith, and J.J.Zuckerman, J. Inorg. Nucl. Chem. 29, 1203-10(1967) 119mSn Mossbauer Spectra of Tin-containing

Minerals67V008 E.Ye.Vainshtein, J.Valo, G.P.Barsanov, and M.Ye.Yakovleva, Geokhimiya , 876-9(1967)/Geochem. Int. , 717-

20(1967), Mossbauer Spectra of Iron in Pyrites and Marcasites of Different Origin67W005 C.E.Weaver, J.M.Wampler, and T.E.Pecuil, Science (Washington, D.C.) 156, 504-8(1967) Mossbauer Analysis of Iron

in Clay Minerals67W014 H.J.Whitfield, and A.G.Freeman, J. Inorg. Nucl. Chem. 29, 903-14(1967) Mossbauer Study of Amphiboles67W022 F.Wittmann, and L.Zitzlsperger, Optik (Stuttgart) 25, 211-6(1967) Mossbauer-Effekt und Farbmessungen an

naturlichen Mineralien (In German)67Z004 I.S.Zheludev, and V.F.Belov, Izv. Akad. Nauk, Ser. Fiz. 31, 1117-20(1967)/Bull. Acad. Sci., Phys. Ser. (Engl. Transl.)

31, 1134-6(1967), The Mossbauer Effect in Tourmaline and BaTi(0.75)Sn(0.25)O3 Solid Solution68B006 G.M.Bancroft, R.G.Burns, and A.J.Stone, Geochim. Cosmochim. Acta 32, 547-59(1968) Applications of the

Mossbauer Effect to Silicate Mineralogy.II. Iron Silicates of Unknown and Complex Crystal Structures68B008 G.M.Bancroft, and R.G.Burns, in "Papers from the Proceedings of the Geneneral Meeting of the International

Minera"(Mineralogical Society, London, 1968)1968 pp36-42, Applications of the Mossbauer Effect to Mineralogy


Code Reference

9

68B039 B.V.Borshagovskii, A.S.Marfunin, A.R.Mkrtchyan, R.A.Stukan, and G.N.Nadzharyan, Izv. Akad. Nauk, Ser. Khim. ,1267-71(1968)/Bull. Acad. Sci., Div. Chem. Sci. (Engl. Transl.) 17, 1197-9(1968), Investigation of Iron Sulfides byGamma-resonance Mossbauer Spectroscopy (In Russian)

68B075 R.G.Burns, in "Papers from the Proceedings of the Geneneral Meeting of the International Minera"(MineralogicalSociety, London, 1968)1968 pp170-83, Crystal-field Phenomena and Iron Enrichments in Pyroxenes and Amphiboles

68B076 R.G.Burns, in "Origin and Distribution of the Elements" edited by L. H. Ahrens (Pergamon Press, Oxford, England,1968)1968 pp1151-63, Enrichments of Transition-Metal Ions in Silicate Crystal Structures

68C016 M.G.Clark, J. Chem. Phys. 48, 3246-52(1968) Electronic Factors in the Paramagnetic Relaxation of High-spin Fe2+68D025 R.Dundon, and D.H.Lindley, Year Book - Carnegie Inst. Washington 66, 366-9(1968) Mossbauer Study of Synthetic

Ca-Fe Clinopyroxenes68D032 J.F.Duncan, K.J.D.MacKenzie, and D.J.Stewart, Symp. Faraday Soc. 1, 103-18(1968) Migration of Cations in Two

Solid-state Reactions (See 68U007)68F009 J.B.Forsyth, I.G.Hedley, and C.E.Johnson, J. Phys. C: Solid State Phys. 1, 179-88(1968) The Magnetic Structure and

Hyperfine Field of Goethite (alpha-FeOOH)68F010 E.Frank, Nuovo Cimento B 58, 407-12(1968) Comments on the Interpretation of Mossbauer Effect Data in

Chalcopyrite68G003 H.M.Gager, Nature (London) 220, 1021-3(1968) Mossbauer Spectra of Deep-sea Iron-Manganese Nodules68G021 V.I.Goldanskii, A.V.Dolenko, B.G.Egiazarov, V.M.Zaporozhets, L.M.Isakov, E.F.Makarov, V.A.Trukhtanov, and

L.P.Chupyatova, Tr. Vses. Nauch.-Issled. Inst. Yad. Geofiz. Geokhim. (3),220-5(1968) Apparatus and Methods forAnalyzing Ores and Minerals for Tin and Iron Based on the Mossbauer Effect and Their Practical Use (In Russian)

68G031 N.N.Greenwood, and H.J.Whitfield, J. Chem. Soc. A , 1697-9(1968) Mossbauer Effect Studies on Cubanite (CuFe2S3)and Related Iron Sulphides

68H028 C.L.Herzenberg, D.L.Riley, and R.Lamoreaux, Nature (London) 219, 364-5(1968) Mossbauer Absorption inZinnwaldite Mica

68H029 C.L.Herzenberg, Nuovo Cimento B 53, 516-7(1968) A Note on the Mossbauer Effect in Chalcopyrite68H032 R.M.Housley, U.Gonser, and R.G.Grant, Phys. Rev. Lett. 20, 1279-82(1968) Mossbauer Determination of the Debye-

Waller Factor in Single-crystal Absorbers68J001 C.Janot, M.Chabanel, and Ch.Herzig, C. R. Seances Acad. Sci., Ser. C 266, 103-6(1968) Etude par Effet Mossbauer des

Constituants d'une Limonite Phosphoreuse Provenant d'une Minette Lorraine (In French)68J012 C.Janot, M.Chabanel, and Ch.Herzig, Bull. Soc. Fr. Mineral. Cristallogr. 91, 166-71(1968) Etude d'une Limonite par

Effet Mossbauer (In French)68L010 L.K.Levskii, Yu.N.Ostanevich, and S.B.Tomilov, Geokhimiya , 1061-5(1968)/Geochem. Int. 5, 867-71(1968),

Mossbauer Analysis of the State of Iron in Stony Meteorites68L021 L.D.Lafleur, C.D.Goodman, and E.A.King, Science (Washington, D.C.) 162, 1268-70(1968) Mossbauer Investigation

of Shocked and Unshocked Iron Meteorites and Fayalite68M010 E.F.Makarov, A.S.Marfunin, A.R.Mkrtchyan, V.A.Povitskii, and R.A.Stukan, Fiz. Tverd. Tela (S-Peterburg) 10, 913-

5(1968)/Sov. Phys-Solid State (Engl. Transl.) 10, 717-8(1968), Investigation of the Magnetic Ordering of CuFe2S3 byGamma Resonance (Mossbauer) Spectroscopy

68M014 A.S.Marfunin, and A.R.Mkrtchyan, Geokhimiya , 498-500(1968)/Geochem. Int. 5, 424-6(1968), Mossbauer Effect inSn119 Nuclei in Stannite

68M040 A.H.Muir, Jr., in "Mssbauer Effect Methodology, Volume 4" edited by Irwin J. Gruverman, vol.4, pp75-101,Analysis of Complex Mossbauer Spectra by Stripping Techniques (See 68G044)

68P018 J.Piekoszewski, J.Suwalski, and S.Ligenza, Phys. Status Solidi 29, K99-101(1968) Mossbauer Effect Study inChalcopyrite

68R003 D.Raj, K.Chandra, and S.P.Puri, J. Phys. Soc. Jpn. 24, 39-41(1968) Mossbauer Studies of Chalcopyrite68S027 E.L.Sprenkel-Segel, and G.J.Perlow, Icarus 8, 66-74(1968) Ferromagnesian Silicate Abundances in Bronzite

Chondrites as Determined by the Mossbauer Effect68S046 J.A.Sawicki, Rap. - Inst. Fiz. Jad. (Krakow) , 64-70(1968) Possible Application of the Mossbauer Effect in Mining and

Metallurgy (In Polish) (See 68U008)68S050 N.Salakhutdinov, in "Teor Sredstva Avtomat" edited by Ya Z. Tsypkin (Izd "Nauka", Moscow, 1968, 1968)1968

pp396-400, Mossbauer Effect Method for Determining the Tin Content in Ores and Beneficiation Products (InRussian)

68S053 J.M.A.Smith, Am. Mineral. 53, 1139-55(1968) The Crystal Structure of Staurolite68T003 Y.Takashima, and S.Ohashi, Bull. Chem. Soc. Jpn. 41, 88-93(1968) The Mossbauer Spectra of Various Natural

Minerals68T006 G.L.Taylor, A.P.Ruotsala, and R.O.Keeling, Jr., Clays and Clay Miner. 16, 381-91(1968) Analysis of Iron in Layer

Silicates by Mossbauer Spectroscopy68V012 D.Virgo, and S.S.Hafner, Earth Planet. Sci. Lett. 4, 265-9(1968) Re-evaluation of the Cation Distribution in

Orthopyroxenes by the Mossbauer Effect


Code Reference

1 0

68W015 H.Wiedersich, J.W.Savage, A.H.Muir, Jr., and D.G.Swarthout, Mineral. Mag. 36, 643-50(1968) On the Compositionof Delafossite

68Z010 A.K.Zhetbaev, and D.K.Kaipov, Tr. Inst. Yad. Fiz., Akad. Nauk Kaz. SSR 7, 8-11(1968) Polycrystalline Samples ofNatural Hematite, Alpha-ferric Oxide, Studied with the Aid of the Mossbauer Effect (In Russian)

68Z011 A.K.Zhetbaev, and D.K.Kaipov, Izv. Akad. Nauk Kaz. SSR, Ser. Fiz.-Mat. 6(6),78-84(1968) Parameters of MossbauerSpectra of Iron Sulfides (In Russian)

69A018 M.Avrahami, and H.Goldenstein, N.Z. J. Sci. 12, 594-605(1969) Mossbauer Spectroscopy as a Tool in AnalyticalChemistry

69A025 A.I.Artem'ev, O.N.Generalov, N.A.Rozanov, E.P.Stepanov, and M.L.Kharakhan, in "Issled Fiz Svoistv Gorn Porod"edited by A. D. Sukhanov (Mosk Gorn Inst., Moscow, 1969, 1969)1969 pp13-7, Use of Multiline Mossbauer Sourcesfor the Phase Analysis of Iron-containing Ores (In Russian)

69B025 L.H.Bowen, S.B.Weed, and J.G.Stevens, Am. Mineral. 54, 72-84(1969) Mossbauer Study of Micas and TheirPotassium-depleted Products

69B075 G.M.Bancroft, and R.G.Burns, Mineral. Soc. Am., Spec. Pap. , 137-48(1969) Mossbauer and Absorption SpectralStudy of Alkali Amphiboles

69B076 G.M.Bancroft, P.G.L.Williams, and E.J.Essene, Mineral. Soc. Am., Spec. Pap. 2, 59-65(1969) Mossbauer Spectra ofOmphacites

69B078 G.M.Bancroft, Chem. Geol. 5, 255-8(1969) Quantitative Site Population in Silicate Minerals by the MossbauerEffect

69B080 F.F.Brown, and A.M.Pritchard, Earth Planet. Sci. Lett. 5, 259-60(1969) The Mossbauer Spectrum of Iron Orthoclase69B083 L.Broussard, J. Phys. Chem. 73, 1848-54(1969) The Disproportionality of Wustite69E003 N.V.Ershov, A.M.Babeshkin, and Yu.D.Perfiliev, Geokhimiya , 453-7(1969) The Study of Oxidation Process of Iron

by the Method of Gamma-resonance (Mossbauer) Spectroscopy (In Russian)69G027 T.C.Gibb, N.N.Greenwood, and W.Twist, J. Inorg. Nucl. Chem. 31, 947-54(1969) The Mossbauer Spectra of Natural

Ilmenites69G041 U.Ganiel, and M.Malamud, Am. Mineral. 54, 299-301(1969) On the Valence of Iron in Tripuhyite:A Mossbauer

Study69H003 L.Hggstrm, R.Wppling, and H.Annersten, Phys. Status Solidi 33, 741-8(1969) Mossbauer Study of Oxidized Iron

Silicate Minerals69H006 C.L.Herzenberg, and D.L.Riley, J. Phys. Chem. Solids 30, 2018-11(1969) Mossbauer Resonant Absorption in the

Garnet-type Compound Ferric Molybdate type Compound Ferric Molybdate69H008 C.L.Herzenberg, R.D.Lamoreaux, and D.L.Riley, Z. Kristallogr., Kristallgeom., Kristallphys., Kristallchem. 128, 414-

7(1969) Mossbauer Resonant Absorption in Ferberite and Wolframite69H009 C.L.Herzenberg, and D.L.Riley, Acta Crystallogr., Sect. A: Cryst. Phys., Diffr., Theor. Gen. Crystallogr. 25, 389-

91(1969) Oxidation States and Site Symmetries of Iron in Ilvaite Using Mossbauer Spectrometry69H010 W.Herrebout, and B.Skerra, Astrophys. Space Sci. Libr. 12, 106-22(1969) Mossbauer Spectroscopy Applied to the

Classification of Stone Meteorites69H011 C.L.Herzenberg, and D.L.Riley, Nature (London) 224, 259-60(1969) Interpretation of the Mossbauer Spectra of

Marine Iron-Manganese Nodules69H023 L.Hggstrm, R.Wppling, and H.Annersten, Chem. Phys. Lett. 4, 107-8(1969) Mossbauer Study of Iron-rich Biotites69H032 S.S.Hafner, and D.Virgo, Science (Washington, D.C.) 165, 285-7(1969) Cooling History of Orthopyroxenes69J006 C.E.Johnson, and G.P.Glasby, Nature (London) 222, 376-7(1969) Mossbauer Effect Determination of Particle Size in

Microcrystalline Iron-Manganese Nodules69J007 C.E.Johnson, in "The Application of Modern Physics to the Earth and Planetary Interiors" edited by S. K. Runcorn

(Interscience Publishers, New York, 1969, 1969)1969 pp485-96, Mossbauer Effect Studies of Magnetic Minerals69M006 E.F.Makarov, A.S.Marfunin, A.R.Mkrtchyan, G.N.Nadzharyan, V.A.Povitskii, and R.A.Stukan, Fiz. Tverd. Tela (S-

Peterburg) 11, 495-7(1969)/Sov. Phys-Solid State (Engl. Transl.) 11, 391-2(1969), Mossbauer Study of the MagneticProperties of Fe3S4

69M017 A.Malathi, S.P.Puri, and I.P.Saraswat, J. Phys. Soc. Jpn. 26, 680-3(1969) Mossbauer Studies of Iron in Illite andMontmorillonite

69M023 T.V.Malysheva, V.V.Kurash, and O.V.Ermakov, Geokhimiya , 1405-8(1969)/Geochem. Int. 6, 1101-4(1969),Mossbauer Analysis of Substitution of Fe2+ for Mg in Olivines

69M026 Y.Morii, L.V.C.Rees, and D.T.Rickard, J. Inorg. Nucl. Chem. 31, 3797-802(1969) Mossbauer Studies of IronSulphides

69M033 K.J.D.MacKenzie, Clay Miner. 8, 151-60(1969) A Mossbauer Study of the Role of Iron Impurities in the HighTemperature Reactions of Kaolinite Minerals

69O007 W.O'Reilly, in "The Application of Modern Physics to the Earth and Planetary Interiors" edited by S. K. Runcorn(Interscience Publishers, New York, 1969, 1969)1969 pp479-84, Application of Neutron Diffraction and MossbauerEffect to Rock Magnetism,

69R013 D.Raj, and S.P.Puri, Nuovo Cimento B 60B, 261-4(1969) On the Mossbauer Effect of Chalcopyrite


Code Reference

1 1

69R027 D.A.Rice, and J.M.Williams, Mineral. Mag. 37, 210-5(1969) A Mossbauer Study of Biotite Weathering69S003 R.A.Stuart, G.P.Donoho, and P.D.Boyle, Proc. Australas. Inst. Min. Metall. (230),69-72(1969) Determination of Tin in

Cassiterite Ores by an Application of the Mossbauer Effect69S030 E.L.Sprenkl-Segel, Astrophys. Space Sci. Libr. , 93-105(1969) Mossbauer Investigation of the Unequilibrated

Ordinary Chondrites69S039 L.Simon, Rudy 17, 374-8(1969) Mossbauer Effect in Ore Mining.I. Theory of Recoilless Gamma-resonance (In

Czechoslovakian)69V007 Yu.B.Voitkovskii, O.N.Generalov, N.A.Rozanov, A.D.Sukhanov, and M.L.Kharakhan, in "Issled Fiz Svoistv Gorn

Porod" edited by A. D. Sukhanov (Mosk Gorn Inst., Moscow, 1969, 1969)1969 pp3-12, Use of the Mossbauer Effectto Study the Phase Composition of Fe3O4 (In Russian)

69V016 D.Virgo, and S.S.Hafner, Mineral. Soc. Am., Spec. Pap. 2, 67-81(1969) Fe(+2),Mg Order-disorder in HeatedOrthopyroxenes

69Y006 N.J.Yassoglou, and J.B.Peterson, Soil Sci. Soc. Am. Proc. 33, 967-70(1969) Mossbauer Effect in Clay-iron OxideComplexes

69Y011 A.N.Yermakov, S.M.Aleksandrov, V.V.Kurash, and T.V.Malysheva, Geokhimiya 10, 1217(1969)/Geochem. Int. 6,956(1969), Examination of Isomorphism of Magnesium and Iron in the Ludwigite-Vonsenite Borate Series byMossbauer Spectrometry

69Z002 V.M.Zaporozhets, V.M.Ratnikov, V.K.Ryabkin, D.Timotijevic, Yu.V.Fedyunin, and G.N.Tsigel'nitskii, Razved. Okhr.Nedr. (5),47-9(1969) Testing for Tin Ores in Natural Occurences by a Mossbauer Effect Method (In Russian)

69Z003 V.M.Zaporozhets, L.P.Chupyatova, V.M.Ratnikov, and A.V.Dolenko, Tr. Vses. Nauch.-Issled. Inst. Yad. Geofiz.Geokhim. 5, 261(1969) Use of Mossbauer Spectroscopy for Studying Rocks and Ores (In Russian)

70B003 D.Banerjee, C.E.Johnson, and M.Krs, Nature (London) 225, 173(1970) Mossbauer Study to Find the Origin of WeakFerromagnetism in Cassiterite

70B027 V.L.Barsukov, N.A.Durasova, T.V.Malysheva, and A.A.Bobr-Sergeev, Geokhimiya 1970, 758(1970) Forms of TinOccurrence in Biotite and Aluminosilicate Glass Studied by Mossbauer Spectroscopy (In Russian)

70B047 W.R.Bush, S.S.Hafner, and D.Virgo, Nature (London) 227, 1339(1970) Some Ordering of Iron and Magnesium at theOctahedrally Coordinated Sitesin a Magnesium-rich Olivine

70C024 L.J.Cabri, and R.H.Goodman, Geokhimiya 1970, 636(1970) Mossbauer Spectra of Some Copper-Iron Sulfides (InRussian) (Author has translation avail.)

70D034 J.Duchesne, J.Depireux, A.Gerard, F.Grandjean, and N.M.K.Read, Bull. Cl. Sci., Acad. R. Belg. 56, 768(1970) A Studyby Electronic Paramagnetic Resonance and Mossbauer Spectroscopy of Some Lunar Samples Collected by Apollo 12(In French)

70E002 N.V.Ershov, A.M.Babeshkin, and Yu.D.Perfiliev, Geokhimiya 1970, 252(1970) Study of Iron Oxidation inCummingtonite by the Gamma-Resonance (Mossbauer) Spectroscopic Method (In Russian)

70E014 W.G.Ernst, and C.M.Wai, Am. Mineral. 55, 1226(1970) Mossbauer, Infrared, X-ray and Optical Study of CationOrdering and Dehydrogenation in Natural and Heat-treated Sodic Amphiboles

70F001 H.Fernandez-Moran, S.S.Hafner, M.Ohtsuki, and D.Virgo, Science (Washington, D.C.) 167, 686-8(1970) Mssbauereffect and high-voltage electron microscopy of pyroxenes in Type B samples.

70F023 H.Fernandez-Moran, M.Ohtsuki, S.S.Hafner, and D.Virgo, Geochim. Cosmochim. Acta, Suppl. 1, 409-17(1970) Highvoltage electron microscopy and electron diffraction of lunar pyroxenes.

70F030 H.Fernandez-Moran, S.S.Hafner, M.Ohtsuki, and D.Virgo, Bol. Acad. Cienc. Fis., Mat. Nat. (Caracas) 30(87),13-20(1970) Mssbauer effect and high voltage electron microscopy of type B lunar pyroxenes. (In Spanish)

70G003 P.Gay, G.M.Bancroft, and M.G.Brown, Science (Washington, D.C.) 167, 626-8(1970) Diffraction and Mssbauerstudies of minerals from lunar soils and rocks.

70G022 G.N.Goncharov, Yu.M.Ostanevich, and S.B.Tomilov, Izv. Akad. Nauk, Ser. Geol. 8, 79-88(1970) Study of Iron SulfidesUsing the Mossbauer Effect (In Russian)

70G026 N.N.Greenwood, and A.T.Howe, Geochim. Cosmochim. Acta, Suppl. 3, 2163-9(1970) Mssbauer studies of Apollo 11lunar samples.

70G028 P.Gay, G.M.Bancroft, and M.G.Brown, Geochim. Cosmochim. Acta, Suppl. 1, 481-97(1970) Diffraction andMssbauer studies of minerals from lunar soils and rocks.

70G040 J.Georgescu, and C.I.Nistor, Rev. Roum. Phys. 15, 819-23(1970) Study of the Iron Chemical Bond by the MossbauerEffect in the Ferromanganese Concretions of the Black Sea

70G046 V.K.Garg, and S.P.Puri, Proc. Nucl. Phys. Solid State Phys. Symp. 3, 101(1970) Quadrupolar Hyperfine Anisotropyin Ilmenite

70H002 C.L.Herzenberg, and D.L.Riley, Science (Washington, D.C.) 167, 683-6(1970) Mssbauer spectrometry of lunarsamples.

70H010 C.L.Herzenberg, in "Mssbauer Effect Methodology, Volume 5" edited by Irwin J. Gruverman, vol.5, pp209-30,Mossbauer Spectrometry as an Instrumental Technique for Determinative Mineralogy (See 70G012)

70H013 C.S.Hogg, and R.E.Meads, Mineral. Mag. 37, 606-14(1970) The Mossbauer Spectra of Several Micas and RelatedMinerals


Code Reference

1 2

70H023 C.L.Herzenberg, and D.L.Riley, Develop Appl Spectrosc 8, 277(1970) Current Applications of MossbauerSpectrometry in Geochemistry

70H024 R.M.Housley, M.Blander, M.Abdel-Gawad, R.W.Grant, and A.H.Muir, Jr., Geochim. Cosmochim. Acta, Suppl. 3,2251-68(1970) Mssbauer spectroscopy of Apollo 11 samples.

70H030 C.L.Herzenberg, and D.L.Riley, Geochim. Cosmochim. Acta, Suppl. 3, 2221-41(1970) Analysis of first returned lunarsamples by Mssbauer spectroscopy.

70H031 S.S.Hafner, Develop Appl Spectrosc 8, 292(1970) Order-Disorder Studies in Silicates by Means of Gamma-RayResonant Absorption of Fe57

70H035 D.D.Hogarth, F.F.Brown, and A.M.Pritchard, Can. Mineral. 10, 710-22(1970) Biabsorption, Mossbauer Spectra, andChemical Investigation of Five Phlogopite Samples from Quebec

70H036 S.S.Hafner, and D.Virgo, Geochim. Cosmochim. Acta, Suppl. 3, 2183-98(1970) Temperature-dependent cationdistributions in lunar and terrestrial pyroxenes.

70H039 A.Z.Hrynkiewicz, B.D.Sawicka, and J.A.Sawicki, Phys. Stat. Sol. (A) 3, 1039-45(1970) The Mossbauer Effect in thePacific Ocean Fe-Mn Nodules

70H040 B.Hentschel, Z. Naturforsch., A: Astrophys., Phys. Phys. Chem. 25, 1996-7(1970) Stoichiometric FeO as MetastableIntermediate of the Decomposition of Wustite at 225 C

70H041 M.F.Hansen, and H.Mosbaek, Acta Chem. Scand. (1947-1973) 24, 3083-4(1970) Mossbauer Studies of an Iron(III)-Fulvic Acid Complex

70J004 C.Janot, and H.Gibert, Bull. Soc. Fr. Mineral. Cristallogr. 93, 213-22(1970) Les Constituants du Fer dans CertainesBauxites Naturelles Etudiees par Effet Mossbauer (In French)

70K016 O.Knop, C.M.Huang, and F.W.D.Woodhams, Am. Mineral. 55, 1115-30(1970) Chalcogenides of the TransitionElements. VII. A Mossbauer Study of Pentlandite

70K041 R.N.Kuz'min, and T.S.Gendler, Kristallografiya 15, 736-41(1970)/Sov. Phys.-Crystallogr. 15, 634(1971), A Study ofthe Structural and Magnetic Phase Transitions in Siderite (In Russian)

70L010 I.S.Lyubutin, and A.P.Dodokin, Kristallografiya 15, 1249-50(1970)/Sov. Phys.-Crystallogr. 15, 1091(1971),Temperature Dependence of the Mossbauer Effect for Fe2+ in Dodecahedral Coordination in Garnet (In Russian)

70M002 A.H.Muir, Jr., R.M.Housley, R.W.Grant, M.Abdel-Gawad, and M.Blander, Science (Washington, D.C.) 167, 688-90(1970) Mssbauer spectroscopy of moon samples.

70M013 A.S.Marfunin, A.R.Mkrtchyan, G.N.Nadzharyan, Ya.M.Nyussik, and A.N.Platonov, Izv. Akad. Nauk, Ser. Geol. 2,146(1970) Optical and Mossbauer Spectra of Iron in Tourmalines (In Russian)

70M028 A.H.Muir, Jr., R.M.Housley, R.G.Grant, M.Abdel-Gawad, and M.Blander, Am. Lab. (Fairfield, Conn.) Nov, 8(1970)Mossbauer Investigation of Apollo 11 Lunar Samples

70M031 E.F.Makarov, V.A.Povitskii, and R.A.Stukan, Izv. Akad. Nauk, Ser. Fiz. 34, 970(1970)/Bull. Acad. Sci., Phys. Ser.(Engl. Transl.) 34, 864(1970), Mossbauer-Effect Studies of Magnetic Ordering in Iron-Sulfide Minerals (In Russian)

70M034 Y.Matsui, Y.Maeda, and Y.Syono, Geochem. J. 4, 15(1970) Mossbauer Study of Synthetic Calcium-rich Pyroxenes70N011 Mapper, and A.A.Smales, Int. Ser. Monogr. Anal. Chem. 35, 209-11, 60(1970) Recovered extraterrestrial material.70O001 R.Ostermayer, Nucl. Instrum. Methods 77, 328(1970) A Counter for Resonant Scattering on Fe5770O005 D.O'Hare, and Y.Hariya, Proc. Jpn. Acad. 46, 684(1970) Order Disorder of Ferric Iron and Aluminum in Ca-rich

Clinopyroxene70P030 L.L.Perchuk, and V.V.Surikov, Izv. Akad. Nauk, Ser. Geol. 10, 3(1970) Thermodynamic Factors in Cation Distribution

in Superstructures of Minerals (In Russian)70R022 P.H.Remy, M.Dambly, H.Pollak, F.Ledda, and W.Bruyneel, in "Peaceful Uses of Atomic Energy"(IAEA, Vienna,

1970)1970 pp405, Etude par Spectrometrie Mossbauer des Changements de Phase dans l'Allanite, (In French)70S024 N.Salakhutdinov, and A.A.Kalmakov, Izv. Vyssh. Uchebn. Zaved., Tsvetn. Met. 13, 17(1970) Mossbauer

Determination of Tin in Ores and Benefication Products (In Russian)70S029 E.L.Sprenkel-Segel, J. Geophys. Res. 75, 6618(1970) Recoilless Resonance Spectroscopy of Meteoritic Iron Oxides70S043 P.M.Solozhenkin, and Yu.B.Voitkovskii, Dokl. Akad. Nauk Tadzh. SSR 13(12),32(1970) Mossbauer Effect in Iron

Nuclei in Compounds with Dithiocarbamate Desorbed from the Surface of Sulfide Minerals70V013 A.A.Val'ter, L.I.Gorogotskaya, N.D.Zverev, and V.P.Romanov, Dokl. Akad. Nauk 192, 629(1970)/Dokl. Acad. Sci.

USSR, Earth Sci. Sect. (Engl. Transl.) 192, 104-7(1970), Two Types of Iron Atom Distributions in the Structure ofPyroxenes, Similar to Hedenbergite (Based on Mossbauer Spectroscopic Data)

70V019 A.S.Vieux, and C.Kabwe, Chim. Anal. (Paris) 52, 866(1970) Determination des Ions Ferreux et Ferriques dans lesMineraux Silicates (In French)

70V020 D.J.Vaughan, Am. Mineral. 55, 1807(1970) Nickelian Mackinawite from Vlakfontein, Transvaal:A Reply70V028 D.Virgo, and S.S.Hafner, Am. Mineral. 55, 201(1970) Fe2+,Mg Order-Disorder in Natural Orthopyroxenes70V030 D.J.Vaughan, and M.S.Ridout, Solid State Commun. 8, 2165(1970) Mossbauer Study of Pyrrhotite71A023 H.Annersten, S.Devanarayanan, L.Hggstrm, and R.Wppling, Phys. Stat. Sol. (B) 48, K137(1971) Mossbauer Study

of Synthetic Ferriphlogopite KMg3FeSi3O10(OH)2


Code Reference

1 3

71A038 D.E.Appleman, H.U.Nissen, D.B.Stewart, J.R.Clark, E.Dowty, and J.S.Huebner, Geochim. Cosmochim. Acta, Suppl. 1,117-33(1971) Studies of lunar plagioclases, tridymite, and cristobalite.

71B012 A.M.Babeshkin, M.Pochron, Z.P.Yershova, Yu.D.Perfiliev, B.I.Pokrovskii, and M.Komiyama, in "Proceedings of theConference on the Application of the Mossbauer Effect" edited by I. Dezsi, L. Cser, D. L. Nagy and I. Vincze, pp541-7, Study of the Distribution of Fe-Ions in the Sublattices of Some Amphiboles and Ferrites of Spinel Structure by theMethod of Nuclear Gamma-resonance Spectroscopy (See 71D001)

71B020 A.N.Buckley, and R.W.T.Wilkins, Am. Mineral. 56, 90(1971) Mossbauer and Infrared Study of a VolcanicAmphibole

71B025 B.V.Borshagovskii, A.S.Marfunin, A.R.Mkrtchyan, G.N.Nagyaryan, and R.A.Stukan, Phys. Stat. Sol. (B) 43,479(1971) Mossbauer Study of Isomorphous Substitution in Ilvaite

71B073 G.M.Bancroft, P.G.L.Williams, and R.G.Burns, Am. Mineral. 56, 1617(1971) Mossbauer Spectra of Minerals alongthe Diopside Hedenbergite Tie Line

71B088 R.G.Burns, and C.Greaves, Am. Mineral. 56, 2010(1971) Correlations of Infrared and Mossbauer Site PopulationMeasurements of Actinolites

71B102 V.I.Bagin, T.S.Gendler, R.N.Kuz'min, and J.Ryba, Izv. Akad. Nauk, Fiz. Zemli 11, 71(1971) Magnetic Properties andMossbauer Effect at the Transformation Temperatures of Siderite (In Russian)

71B124 L.H.Bowen, in "Analytical Methods for Material Investigation" edited by G. A. Kirkendale (Gordon and BreachScience Publishers, New York, 1971)1971 pp163-80, Mossbauer Spectroscopy

71D003 I.Dzsi, K.Kulcsar, D.L.Nagy, and L.Pocs, in "Proceedings of the Conference on the Application of the MossbauerEffect" edited by I. Dezsi, L. Cser, D. L. Nagy and I. Vincze, pp247-51, On the Mossbauer Spectra of FeCO3 (Siderite)(See 71D001)

71D035 E.Dowty, Am. Mineral. 56, 1983(1971) Crystal Chemistry of Titanian and Zirconian Garnet: I. Review and SpectralSites

71D051 J.Duchesne, J.Depireux, A.Gerard, F.Grandjean, N.M.K.Read, and J.C.Duchesne, Bull. Cl. Sci., Acad. R. Belg. 57, 1204-11(1971) tude par spectromtrie Mssbauer de la distribution du fer dans les fractions minralogiques spares deroches lunaires rapportes par Apollo 12. (In French)

71D053 A.V.Dolenko, M.G.Zemlyanov, E.M.Raikhman, and I.N.Tochkin, in "Yadernofiz Metody Anal Veshchestva" editedby I. P. Alimarin (Atomizdat, Moscow, 1971)1971 pp467-76, Automated Mossbauer Effect Apparatus for theDetermination of Tin (In Russian)

71F015 P.A.Flinn, in "Applications of Low Energy X- and Gamma Rays" edited by C. A. Ziegler (Gordon and Breach SciencePublishers, Inc., New York, 1971)1971 pp123, Metallurgical Applications of the Mossbauer Effect

71G002 V.I.Goldanskii, E.F.Makarov, I.P.Suzdalev, and I.A.Vinogradov, in "Proceedings of the Conference on theApplication of the Mossbauer Effect" edited by I. Dezsi, L. Cser, D. L. Nagy and I. Vincze, pp239-45, On thePolarization Phenomena, Absolute Siderite (See 71D001)

71G024 C.Greaves, R.G.Burns, and G.M.Bancroft, Nature (London), Phys. Sci. 229, 60(1971) Resolution of ActinoliteMossbauer Spectra into Three Ferrous Doublets

71G040 A.Gerard, and F.Grandjean, Solid State Commun. 9, 1845(1971) Observation by Mossbauer Effect of an ElectronHopping Process in Ilvaite

71G071 G.N.Goncharov, L.N.Moskvin, and S.B.Tomilov, Prikl. Yad. Spektrosk. 2, 62-7(1971) Use of Nuclear PhysicalMethods for Studying the Principles of the Metasomatic Substitution of Siderophyllite (In Russian)

71G073 P.Gay, M.G.Brown, I.D.Muir, G.M.Bancroft, and P.G.L.Williams, Geochim. Cosmochim. Acta, Suppl. 1, 377-92(1971)Mineralogical and petrographic investigation of some Apollo 12 samples.

71G075 V.I.Goldanskii, A.V.Dolenko, B.G.Egiazarov, V.M.Zaporozhets, L.M.Isakov, and V.M.Ratnikov, in "YadernofizMetody Anal Veshchestva" edited by I. P. Alimarin (Atomizdat, Moscow, 1971)1971 pp476-82, Testing the PracticalUse of the MAK-1 Apparatus (In Russian)

71G077 S.Ghose, and J.R.Weidner, Contrib. Mineral. Petrol. 30, 64-71(1971) Oriented Transformation of Grunerite toClinoferrosilite at 775C and 500Bars Argon Pressure

71H011 G.P.Huffman, G.R.Dunmyre, R.M.Fisher, W.Wasilewski, and T.Nagata, in "Mssbauer Effect Methodology, Volume6" edited by Irwin J. Gruverman, vol.6, pp209-24, Mssbauer and supplementary studies of Apollo 11 lunar samples.(See 71G008)

71H012 S.S.Hafner, B.Janik, and D.Virgo, in "Mssbauer Effect Methodology, Volume 6" edited by Irwin J. Gruverman, vol.6,pp193-207, State and location of iron in Apollo 11 samples. (See 71G008)

71H013 C.L.Herzenberg, and D.L.Riley, in "Mssbauer Effect Methodology, Volume 6" edited by Irwin J. Gruverman, vol.6,pp177-91, Mssbauer spectrometry of lunar samples from the Apollo 11 mission. (See 71G008)

71H044 C.L.Herzenberg, and D.L.Riley, Phys. Earth Planet. Inter. 4, 204-14(1971) Analysis of returned lunar samples bytechniques based on Mssbauer spectrometry.

71H045 S.S.Hafner, and H.G.Huckenholz, Nature (London), Phys. Sci. 233, 9(1971) Mossbauer Spectrum of Ferri-diopside71H047 S.S.Hafner, and S.Ghose, Z. Kristallogr., Kristallgeom., Kristallphys., Kristallchem. 133, 301(1971) Iron and

Magnesium Distribution in Cummingtonites (Fe,Mg)7Si8O22(OH)271H048 S.S.Hafner, D.Virgo, and D.Warburton, Earth Planet. Sci. Lett. 12, 159-66(1971) Oxidation state of iron in

plagioclase from lunar basalts.


Code Reference

1 4

71H057 C.L.Herzenberg, D.L.Riley, and R.B.Moler, in "Applications of Low Energy X- and Gamma Rays" edited by C. A.Ziegler (Gordon and Breach Science Publishers, Inc., New York, 1971)1971 pp187-204, The application ofMssbauer spectrometry to lunar and terrestrial rock samples.

71H062 A.Z.Hrynkiewicz, A.J.Pustowka, B.D.Sawicka, and J.A.Sawicki, in "Proceedings of the Conference on MssbauerSpectrometry (Two Volumes)" edited by H. Schnorr and M. Kautz, vol.2, pp381-4, The Study of FeMn Nodules atHigh Temperatures (See 71S052)

71H069 R.M.Housley, R.W.Grant, A.H.Muir, Jr., M.Blander, and M.Abdel-Gawad, Geochim. Cosmochim. Acta, Suppl. 3,2125-36(1971) Mssbauer studies of Apollo 12 samples.

71H070 C.L.Herzenberg, R.B.Moler, and D.L.Riley, Geochim. Cosmochim. Acta, Suppl. 3, 2103-23(1971) Mssbauerinstrumental analysis of Apollo 12 lunar rock and soil samples.

71H071 J.A.Helsen, J.P.Lafaut, and K.Schmidt, Reunion Hispano-Belga Miner Arcilla, An , 173-8(1971) Application ofMossbauer Spectroscopy to Fe(II)- and Fe(III)-Montmorillonite

71H074 S.S.Hafner, D.Virgo, and D.Warburton, Geochim. Cosmochim. Acta, Suppl. 1, 91-108(1971) Cation distributions andcooling history of clinopyroxenes from Oceanus Procellarum.

71I013 J.Ionescu, G.Filoti, and V.Gomolea, Rev. Roum. Geol., Geophys. Geogr.: Geol. 15, 67-75(1971) Mossbauer Spectra forSome Pyroxenes of the Diopside-hedenbergite-johansenite Series

71J001 C.E.Johnson, in "Proceedings of the Conference on the Application of the Mossbauer Effect" edited by I. Dezsi, L.Cser, D. L. Nagy and I. Vincze, pp663-79, Structural Problems in Solid State Chemistry (See 71D001)

71K055 K.Kulcsar, D.L.Nagy, and L.Pocs, in "Proceedings of the Conference on Mssbauer Spectrometry (Two Volumes)"edited by H. Schnorr and M. Kautz, vol.2, pp594-601, A Complete Package of Programs for the Evaluation ofMossbauer and Gamma Spectra (See 71S052)

71M001 A.H.Muir, Jr., and M.Blander, in "Proceedings of the Conference on the Application of the Mossbauer Effect" editedby I. Dezsi, L. Cser, D. L. Nagy and I. Vincze, pp61-72, Application of the Mossbauer Effect to the Study ofExtraterrestrial Materials (See 71D001)

71M004 T.V.Malysheva, A.N.Yermakov, S.M.Aleksandrov, and V.V.Kurash, in "Proceedings of the Conference on theApplication of the Mossbauer Effect" edited by I. Dezsi, L. Cser, D. L. Nagy and I. Vincze, pp745-50, MossbauerStudy of Isomorphism in Borates of the Ludvigite and Vonsenite Series (See 71D001)

71M008 A.H.Muir, Jr., R.M.Housley, R.W.Grant, M.Abdel-Gawad, and M.Blander, in "Mssbauer Effect Methodology,Volume 6" edited by Irwin J. Gruverman, vol.6, pp163-76, Mossbauer investigation of Apollo 11 lunar samples. (See71G008)

71M011 T.V.Malysheva, V.V.Kurash, A.N.Yermakov, and A.K.Lavrukhina, Geokhimiya , 355(1971)/Geochem. Int. ,226(1971), Determination of Ordering of (Fe2+, Mg) in Olivines from Pallasites by Mossbauer Spectroscopy (InRussian)

71M034 N.Malathi, S.P.Puri, and I.P.Saraswat, J. Phys. Soc. Jpn. 31, 117(1971) Mossbauer Studies of Iron in Illite andMontmorillonite. II. Thermal Treatment

71M057 N.Malathi, and S.P.Puri, J. Phys. Soc. Jpn. 31, 1418(1971) Mossbauer Studies of Adsorption and Thermal Treatmentof Fe3+ Ions on Silica-gel Al2O3 and Natrolite

71M068 A.S.Marfunin, A.R.Mkrtchyan, G.N.Nadzharyan, Ya.M.Nyussik, and A.N.Platonov, Izv. Akad. Nauk, Ser. Geol. 7,87(1971) Optical and Mossbauer Spectra of Iron in Some Layered Silicates (In Russian)

71M071 T.V.Malysheva, V.V.Kurash, and O.V.Ermakov, in "Proceedings of the Conference on Mssbauer Spectrometry(Two Volumes)" edited by H. Schnorr and M. Kautz, vol.1, pp267-74, Untersuchung der Struktur naturlicher Olivinenach dem Verfahren der Mossbauer Spektroskopie (In German) (See 71S052)

71M075 T.V.Malysheva, in "Proceedings of the Conference on Mssbauer Spectrometry (Two Volumes)" edited by H. Schnorrand M. Kautz, vol.2, pp696-703, Investigation of some lunar ground samples by means of Mssbauer spectroscopy.(In Russian) (See 71S052)

71M091 K.Morstin, Zesz. Nauk Akad. Gorn.-Hutn. (Krakow), Zesz. Spec. 20, 59-71(1971) Use of the Mossbauer Effect forDetection and Mineralogical Analysis of Tin and Iron Ores (In Polish)

71M094 E.Mattievich, and J.Danon, Notas Fis. 17(5),237-53(1971) Use of Mossbauer Spectroscopy in the Study of Fossils71N022 D.L.Nagy, K.Kulcsar, I.Dzsi, and B.Molnr, in "Proceedings of the Conference on Mssbauer Spectrometry (Two

Volumes)" edited by H. Schnorr and M. Kautz, vol.2, pp431-8, Origin of the Asymmetries in the Quadrupole SplitMossbauer Spectra of FeCO3 (Siderite) (See 71S052)

71N024 D.L.Nagy, K.Kulcsar, I.Dzsi, and B.Molnr, Hung. Acad. Sci. Cent. Res. Inst. Phys. KFKI 71-65, 1-10(1971) Origin ofthe Asymmetries in the Quadrupole-split Mossbauer Spectra of FeCO3 (Siderite)

71O007 N.S.Ovanesyan, V.A.Trukhtanov, V.T.Odintsov, G.V.Novikov, and L.Cser, Pis'ma Zh. Eksp. Teor. Fiz. 13,488(1971)/JETP Lett. (Engl. Transl.) 13, 347(1971), Temperature Reorientation of the Spins in Natural PyrrhotineFe(0.88)S (In Russian)

71O013 A.Okada, H.Yabuki, and M.Shima, Ganseki Kobutsu Kosho Gakkaishi 66(2),76(1971) X-ray and Mossbauer Studies ofTroilite in Iron Meteorite

71P042 W.Prandl, and F.E.Wagner, Z. Kristallogr., Kristallgeom., Kristallphys., Kristallchem. 134, 344(1971) DieOrientierung des elektrischen Feldgradienten und das innere Magnetfeld beim Almandin (In German)

71S027 S.D.Scott, Can. Mineral. 1, 882(1971) Mossbauer Spectra of Synthetic Iron-bearing Sphalerite


Code Reference

1 5

71S028 T.Shinjo, and T.Takada, Bull. Inst. Chem. Res., Kyoto Univ. 49, 314(1971) Mossbauer Experiments in ExternalMagnetic Fields

71T019 M.Takano, T.Takada, W.Wada, and K.Okada, J. Phys. Soc. Jpn. 31, 298(1971) Magnetic Properties of FeAsO4-2H2Oand KFe4(OH)4(AsO4)-8H2O

71V012 D.J.Vaughn, and M.S.Ridout, J. Inorg. Nucl. Chem. 33, 741(1971) Mossbauer Studies of Some Sulphide Minerals71V033 G.R.Vagner, I.V.Matyash, E.V.Pol'shin, and Yu.I.Tarasevich, Kolloidn. Zh. 33, 195-200(1971)/ 33, 159-63(1971),

Effect of Hydrothermal Treatment on the Crystal Structure and Physicochemical Characteristics of Cation-substituted Hydromica

71V035 D.J.Vaughan, R.G.Burns, and VirginiaMBurns, Geochim. Cosmochim. Acta 35, 365-81(1971) Geochemistry andBonding of Thiospinel Minerals

71W007 P.G.L.Williams, G.M.Bancroft, M.G.Brown, and A.C.Turnock, Nature (London), Phys. Sci. 230, 149(1971)Anomalous Mossbauer Spectra of C2/c Clinopyroxenes

71W031 H.P.Weber, and S.S.Hafner, Z. Kristallogr., Kristallgeom., Kristallphys., Kristallchem. 133, 327(1971) VacancyDistribution in Nonstoichiometric Magnetites

71Z002 N.D.Zverev, A.A.Val'ter, V.P.Romanov, and L.I.Gorogotskaya, Lithos 4, 17(1971) Character of Fe2+ Ion Distributionin Pyroxenes from Eulysite

71Z010 M.G.Zemlyanov, and V.K.Seliverstov, Yad. Priborostr. (16),96-102(1971) Automated Apparatus for TinDetermination in Powder Samples (In Russian)

72B017 P.K.Baker, Water Res. 6, 9-17(1972) Evaluation of Pyritic Oxidation by Mossbauer Spectrometry72B042 F.Brisard, D.J.Stewart, V.Seidl, and O.Knop, Can. J. Chem. 60, 3648-66(1972) Pyrochlores.VIII. Studies of Some 2-5

Pyrochlores and Related Compounds and Minerals72B048 G.Bayer, J.Felsche, H.D.Schulz, and P.Ruegsegger, Earth Planet. Sci. Lett. 16, 273-4(1972) X-ray study and Mssbauer

spectroscopy on lunar ilmenites (Apollo 11).72B056 R.G.Burns, Can. J. Spectrosc. 17, 51-9(1972) Mixed Valencies and Site Occupancies of Iron in Silicate Minerals from

Mossbauer Spectroscopy72B095 R.G.Burns, Nature (London) 240, 33-5(1972) Pressure-induced Reduction of a Ferric Amphibole72D016 E.Dowty, Earth Planet. Sci. Lett. 15, 72-4(1972) Site Distribution of Iron in Staurolite72D030 E.Dowty, M.Ross, and F.Cuttitta, Geochim. Cosmochim. Acta, Suppl. 1, 481-92(1972) Fe2+-Mg site distribution in

Apollo 12021 clinopyroxenes: Evidence for bias in Mssbauer measurements, and relation of ordering to exsolution.72D037 J.D.Donaldson, A.Kjekshus, A.D.Mukherjee, D.G.Nicholson, and J.T.Southern, Acta Chem. Scand. (1947-1973) 26,

4063-6(1972) On the Bonding in Berthierite (FeSb2S4)72G044 T.C.Gibb, R.Greatrex, N.N.Greenwood, and M.H.Battey, Geochim. Cosmochim. Acta, Suppl. 3, 2479-93(1972)

Mssbauer studies of Apollo 14 lunar samples.72G057 S.Ghose, G.Ng, and W.P.Walters, Geochim. Cosmochim. Acta, Suppl. 1, 507-31(1972) Clinopyroxenes from Apollo 12

and 14: Exsolution, Domain Structure, and Cation Order72G065 S.Ghose, and J.R.Weidner, Earth Planet. Sci. Lett. 16, 346-54(1972) Mg2+-Fe2+ Order-disorder in Cummingtonite,

(Mg,Fe)7Si8O22(OH)2:A New Geothermometer72H007 A.Z.Hrynkiewicz, A.J.Pustowka, B.D.Sawicka, and J.A.Sawicki, Phys. Stat. Sol. (A) 10, 281-7(1972) Mossbauer

Effect Analysis of Fe-Mn Nodules from Various Pacific Ocean Locations72H033 J.A.Helsen, K.Schmidt, A.Chakrabarti, R.Coussement, and G.Langouche, Bull. Groupe Fr. Argiles 24, 165-70(1972)

Determination par Effet Mossbauer du Coefficient de "Self-Diffusion" dansune Vermiculite.Premiers Resultats (InFrench)

72H035 G.P.Huffman, F.C.Schwerer, and R.M.Fisher, Geochim. Cosmochim. Acta, Suppl. , 440-1(1972) Mssbauer analyses ofApollo 15 samples.

72H039 R.M.Housley, R.W.Grant, and M.Abdel-Gawad, Geochim. Cosmochim. Acta, Suppl. 1, 1065-76(1972) Study of excessFe metal in the lunar fines by magnetic separation, Mssbauer spectroscopy, and microscopic examination.

72H042 H.Hayashi, H.Sano, and S.B.Shirey, Kobutsugaku Zasshi 10, 507-16(1972) Mossbauer Spectra of Chlorites inNatural and Heated State (In Japanese)

72H043 D.C.Harris, and D.J.Vaughan, Am. Mineral. 57, 1037-52(1972) Two Fibrous Iron Sulfides and Valleriite fromCyprus with New Data on Valleriite

72K013 E.Kostiner, Am. Mineral. 57, 1109-14(1972) A Mossbauer Effect Study of Triplite and Related Minerals72K024 R.O.Keeling, Jr., J. Appl. Phys. 43, 4736-40(1972) A Mossbauer Investigation of Mechanically Induced Magnetic

Anisotropy in Natural Hematite72K029 V.V.Kurash, V.I.Goldanskii, T.V.Malysheva, and V.S.Urusov, Izv. Akad. Nauk, Neorg. Mater. 8, 1336-

7(1972)/Inorg. Mater. 8, 1183-4(1972), Mossbauer Spectrum of Wustite at Low Temperatures (In Russian)72K033 W.Kundig, A.B.Denison, and P.Ruegsegger, Phys. Lett. A 42A, 199-201(1972) Anisotropy of the Recoilfree Factor in

Magnetic Layer Structures72K042 G.N.Kirov, T.T.To

Mineral Handbook

Documents

Transcript of Mineral Handbook