Volume 98 Number 4 CSM Quarterly Review 1998 · Volume 98 Number 4 CSM Quarterly Review 1998 22...

Volume 98 Number 4 CSM Quarterly Review 1998

21

Author Index

AAbbott, D. G. and Coller, P. J.

Microtunneling used for record-breaking piperoofing project, V. 94, #3

Abel, J. F.Tunnel mechanics, V. 62, #2

Abshier, J. R.; Crawford, J. W.; and Arbiter, N.Attritioning and conditioning in flotation of spo-

dumene ore, V. 56, #3Acker, W. L.

Hollow stem augers, V. 58, #4Adams, J. W. and Waldschmidt, W. A.

The beryl-monazite pegmatite dike of CentennialCone, Colorado, V. 37, #3

Adey, W. H. and Johnson, J. H.Studies of Lithophyllum and related algal genera,

Vol. 60, #2Agapito, J. F. T.

Pillar stability in large underground openings:Applications from a case study in competent,jointed rock, V. 81, #3

Agterberg, F. P.Interpolation of areally distributed data, V. 64, #3Methods of trend surface analysis, V. 59, #4, Part A

Aguerrevere, P. I.A study of the development of a field magnetometer

based on the principle of the earth inductor,V. 27, #3

Ahlrichs, J. W.Quantitative mineralogy by the microscopic

technique and select uses of the electronmicroprobe by Newmont Exploration Limited,V. 68, #1.

Akright, R. L.; Radtke, A. S.; and Grimes, D. J.Minor elements as guides to gold in the Roberts

Mountains Formation, Carlin Gold Mine, EurekaCounty, Nevada, V. 64, #1

Alderson, V. C.A directory of oil-shale retorts, V. 15, #4, Supp.Colorado oil shale, V. 20, #2Commencement address, South Dakota School of

Mines: Artist or artisan—which?, V. 4, #1Commercial oil shale—what is it?, V. 17, #3

Cooperation between the State Mining Bureau andthe State School of Mines, V. 1, #1

Directory of Scottish and English oil shale retorts,V. 15, #4

The education of a mining engineer, V. 17, #2;V. 18, #2

Esthonian prizes for oil-shale furnaces, V. 17, #3The experimental ore dressing and metallurgical

plant of the Colorado School of Mines, V. 7, #2;V. 12, #3

Mining engineering in the United States, V. 2, #4Oil shale—a resumé for 1922, V. 18, #1, Supp. BOil shale, bibliography, V. 17, #3; V. 18, #1, Supp. BOil shale bibliography of recent articles, V. 16, #4Oil shale industry—selected bibliography, V. 16, #2Oil shale in Russia, V. 17, #4Oil shale of Kentucky, V. 17, #4Recent worldwide progress in oil-shale develop-

ment, V. 16, #4, Supp.The education of a mining engineer, V. 18, #2The oil shale industry: A resumé for 1923, V. 19, #1The oil shale industry: A resumé for 1924, V. 20, #1,

Supp. AThe oil shale industry in Scotland and England,

V. 15, #4The oil shale industry, V. 13, #2; V. 14, #4The present status of the oil shale industry, V. 16, #2Supplementary bibliography of publications on oil

shale, V. 15, #4, Supp.The Trumble oil-shale cycle distillation plant,

V. 19, #3Alderson, V. C. et al.

The Cripple Creek district of Colorado, a resurvey,Colorado School of Mines, V. 14, #3

Aldredge, R. F.; Heiland, C. A.; and Wantland, D.Geophysical studies, 1932-1936, V. 32, #1

Algermissen, S. T. and Bardsley, S. R.Evaluating oil shale by log analysis, V. 58, #4

Allen, C. A.An extension of the Dewey system of classification

as applied to mining, V. 7, #3


22

Allen, G. J. et al.Empirical models of a copper reverberatory

furnace—preliminary results, V. 59, #4, Part AAllen, J. C.

Evolution of underground mining equipment,V. 63, #4

Allred, V. D.Shale oil developments: Kinetics of oil shale

pyrolysis, V. 62, #3Some characteristic properties of Colorado oil shale

which may influence in situ processing,V. 59, #3

Allsman, P. T.Conservation in metal mining, V. 57, #4A simultaneous caving and surface restoration

system for oil shale mining, V. 63, #4Alpert, S. B.; Hellwig, K. C.; and Feigelman, S.

H-oil upgrading of shale oil feeds, V. 62, #3Altekar, V. A.

Formation of nodular graphite in cast irons,V. 48, #1

Amstutz, G. C.Microscopy applied to mineral dressing, V. 56, #3

Anderson, L. L.; Hill, G. R.; and Wood, R. E.Liquefaction of some western coals, V. 65, #4

Anna, L. O. et al.Tectonic influences on sedimentation, Early

Cretaceous, East Flank Powder River Basin,Wyoming and South Dakota, V. 77, #4

Araujo, L. A.Production of nodular iron with calcium, V. 48, #1

Arbiter, N.; Abshier, J. R.; and Crawford, J. W.Attritioning and conditioning in flotation of spo-

dumene ore, V. 56, #3Argall, G. O., Jr.

Industrial minerals of Colorado, V. 44, #2;V. 45, #4B

The occurrence and production of vanadium,V. 38, #4

Argyle, P.; Sun, S. C.; and Cohen, S. M.Amine flotation of Pennsylvania white residual clay,

V. 56, #3Ash, R. L.

Drill pattern and initiation-timing relationships formultiple-hole blasting, V. 56, #1

Aspinall, W. N.Oil shale development handicapped by government

indecision, V. 59, #3Atchison, T. C.

The effects of coupling on explosive performance,V. 56, #1

Atchison, T. C.; Duvall, W. I.; and Fogelson, D. E.Propagation of peak strain and strain energy from

explosion-generated strain pulses in rock,V. 54, #3

Athearn, F. J.Contributions of the oil and gas industry to cultural

heritage management, V. 95, #3Aughenbaugh, N. B.

Storage of hazardous wastes underground, V. 92, #3

Axelson, A. H.A practical approach to computer utilization in mine

planning, V. 59, #4, Part B

BBaars, D. L.

Pre-Pennsylvanian paleotectonic framework ofAncestral Rockies of Colorado (abstract),V. 67, #4

Bacca, J. P.; Franks, A. J.; and Hackett, C. P.A symposium of studies and research in the oil

shale industry, V. 16, #4Bailar, J. C.

The cyanide industry, its present status and futuredevelopment, V. 9, #4

Balcomb, K. C.Availability of water for oil shale development,

V. 63, #4Baldwin, R.

Directions for chemical engineering education,V. 96, #4

Ball, B. and Fuerstenau, D. W.On the determination of rate constants from

semibatch flotation tests, V. 69, #1Ball, J. O., and Barb, C. F.

Hydrocarbons of the Uinta Basin of Utah andColorado, V. 39, #1

Ball, M. W.Oil and human welfare, V. 45, # 1A

Banister, D.A report on the strata-control research program of

the School of Mines, Durham, England, V. 51, #3Barb, C. F.

The oil and gas industry of Colorado, V. 37, #2Selected well logs of Colorado, V. 41, #1

Barb, C. F. and Ball, J. O.Hydrocarbons of the Uinta Basin of Utah and

Colorado, V. 39, #1Barber, M.

Education, a partnering effort, V. 94, #3Barbosa, F. L. M.

The economic potential of tungsten in northeastBrazil, V. 68, #4

Bardsley, S. R. and Algermissen, S. T.Evaluating oil shale by log analysis, V. 58, #4

Barker, C. L.Short-interval-delay blasting in underground

operations, V. 45, #2BBarnes, A. L. and Ellington, R. T.

A look at in situ oil shale retorting methods basedon limited heat transfer contact surfaces,V. 63, #4

Barnett, J. H.An investigation of the effect of the heat treatment

upon the hardness, microstructure and combinedcarbon content of some nodular cast irons,V. 47, #1

Barnwell, S. E.Address: Oil shale, V. 16, #4, Supp.

Barrett, J. L.Drilling research develops low-cost diamond bit,

V. 58, #4


23

Barrie, R.Probable impact of the Trade Expansion Act upon

domestic mineral industries, V. 57, #4Barry, F. J.

A national policy for oil shale: Factors to beconsidered, V. 60, #3

Bartleson, B.Permo-Pennsylvanian stratigraphy and history of the

Crested Butte-Aspen region, V. 67, #4Bascom, W.

Drilling beneath the ocean, V. 56, #1Bass, D. M., ed.

State and federal regulations pertaining to thepetroleum industry, V. 65, #3

Batcha, J. P. and Reese, J. R.Surface determination and automatic contouring for

mineral exploration, extraction, and processing,V. 59, #4, Part A

Bathhurst, R. G. C. and Land, L. S.Carbonate depositional environments modern and

ancient, Part 5: Diagenesis 1, V. 81, #4Bauer, A.

Application of the Livingston theory, V. 56, #1Baughman, G.

Education and the mineral industry: A profitablepartnership, V. 92, #2

Beals, G. C. et al.Empirical models of a copper reverberatory

furnace—preliminary results, V. 59, #4, Part ABean, J. J.

The leach-precipitation flotation method of concen-tration at Miami Copper Company, V. 56, #3

Bearce, W. E.Mechanics and control in coal flotation, V. 56, #3

Beaty, D. W.The history and geology of the Gilman District,

V. 93, #1Stratigraphy of the Leadville dolomite, V. 93, #1

Beaty, D. W. and Thompson, T. B.The history and geology of the Leadville District,

V. 93, #1Beaty, D. W. et al.

Geology and mineral resources of central Colorado,V. 92, #4

Beauchemin, Y.; David, M.; and Dagbert, M.Statistical analysis in geology: Correspondence

analysis method, V. 72, #1Beitnes, A. and Theisen, L. D.

Traffic circle in rock under the Olympic town ofLillehammer, V. 93, #3

Bennett, H. J.The mineral policy of selected foreign nations on

direct foreign investment in the mineral industry,V. 68, #4

Bennett, H. J. and Johnson, E. E.An economic evaluation of an ore body, V. 64, #3

Berdichevskiy, M. N. (Keller, G. V., trans.)Electrical prospecting with the telluric current

method, V. 60, #1Bergdahl, S. G.

The drill hole magnetometer and its use formagnetic ore prospecting, V. 58, #4

Bergstrom, B. H. and Meloy, T. P.Computer simulation of comminution circuits,

V. 59, #4, Part ABernatis, T. L.

Instrumentation experiments in mines, V. 52, #3Berti, L. P. and Gary, J. H.

Spouted bed oil shale retort, V. 61, #3Berzins, A. D. et al.

Numerical modeling of variably saturated flow andtransport 881 Hillside at Rocky Flats Plant,Jefferson County, Colorado, V. 93, #2

Beus, A. A.Geochemical criteria for assessment of the mineral

potential of the igneous rock series duringreconnaissance exploration, V. 64, #1

Bever, J. E. and Heinrich, E. W.Selected studies of Colorado pegmatites and

sillimanite deposits, V. 52, #4Bhappu, R. B.

Froth flotation of ion-exchange resins and itsapplication to practice, V. 56, #3

Bhappu, R. B. and Wichmann, A. P.Effect of fine particle sizes on sulfide flotation,

V. 50, #2Bhar, B.

Environmental management and ecology in India,V. 95, #2

Bickel, H. J.Future energy requirements: Assumptions and

projections, V. 58, #1Bisque, R. E. and Lopez-Eyzaguirre, C.

Study of the weathering of basic, intermediate andacidic rocks under tropical humid conditions,V. 70, #1

Bisque, R. E. and Reid, A. R.Stratigraphy of the diamond-bearing Roraima

Group, Estado Bolivar, Venezuela, V. 70, #1Bisque, R. E. and Pasquali Z. J.

Interpretation of soil geochemical expression ofmineralization within El Callao Gold MiningDistrict, V. 70, #1

Bitzer, E. C.The trend of iron-ore concentration in the Lake

Superior district, V. 45, #3ABlackburn, C. O.

Investigation of oil-shale kerogen by the fraction-ation of the primary bitumen in high vacuumand by organic extraction, V. 19, #2

Blackstone, S. L.Mineral severance taxes in western states: Eco-

nomic, legal and policy considerations, V. 75, #3Blair, R. W. and Donnell, J. R.

Resource appraisal of three rich oil-shale zones inthe Green River Formation, Piceance CreekBasin, Colorado, V. 65, #4

Blake, L. I.Commencement address: Epochs in science,

V. 10, #2Blake, W.

Rock-burst mechanics, V. 67, #1


24

Bloch, E.Towards a coherent technology policy in the U.S.,

V. 92, #4Bloom, H., mod.

The education of the exploration geochemist,V. 64, #1

Bloom, H.; Hansuld, J. A.; and Canney, F. C., eds.Proceedings of the International Geochemical

Exploration Symposium, V. 64, #1Bloom, R.; Eddinger, R. T.; and Strom, A. H.

A synthetic fuels industry based on Rocky Mountaincoals, V. 65, #4

Blow, A. A.Commencement address: The engineer of the

future, V. 5, #2Bond, F. C. and Whitney, B. B.

The work index in blasting, V. 54, #3Bookstrom, A. A.

The Silver Plume-Georgetown district, V. 93, #1Bookstrom, A. A. and Wallace, S. R.

The Climax porphyry molybdenum system, V. 93 #1Bookstrom, A. A. et al.


Borucki, J. and Ratsimbazafy, C.Geochemical mapping of the Horombe Plateau

(southern Madagascar), V. 64, #1Bosché, B. and Sharp, W.

Committing to quality and continual improvement,V. 92, #3

Sustainable development: A case for humankind,V. 93, #4

Sustainable human existence, V. 95, #1Botkin, C. W.

A study of the saturated and unsaturated com-pounds of shale oils, V. 16, #2

Composition of oil shale and shale oil, V. 14, #4Bowen, T.

Engineering geology of Glenwood Canyon,V. 92, #4

Boyd, J. et al.Guide to the geology of the Golden area, V. 33, #3

Boyer, L. L.Effectiveness of solar heating and lighting in an

underground concrete and glass dwelling high inthe Rocky Mountains, V. 93, #2

Braden, C. H. C.Index to Colorado School of Mines publications,

second edition, revised, V. 31, #4Bradshaw, P. M. D. and Koksoy, M.

Secondary dispersion of mercury for cinnabar andstibnite deposits, west Turkey, V. 64, #1

Bredthauer, R. O. and Williamson, T. N.Mechanization potential in oil shale mining,

V. 61, #3Brooks, D. B.

The supply of minor metals, V. 58, #1Brown, A. R.

Criteria for decisions on equipment selection,V. 64, #3

Brown, B.Stochastic exploration, V. 64, #3

Brown, C. M. and Teter, W. L.Bench and pilot-scale treatment of low-level mixed

waste using supercritical carbon dioxideextraction, V. 96, #3

Brown, F. W.Basic performance properties of blasting explosives,

V. 51, #3Brown, W. E.

Gas-condensate fields, V. 45, #3BBrowning, J. M. and Davis, M. J.

Mining and minerals policy, V. 68, #2Bruce, G. H.; Stone, H. L.; and Lesser, H. A.

Conduction heating of oil shale formations,V. 62, #3

Brundin, N. H.Some experiences in heavy mineral prospecting,

V. 64, #1Bruzewski, R. F. et al.

Particle characteristics of ammonium nitrate andblasting agent performance, V. 56, #1

Bryan, R. R.Flotation aids cyanidation of Pachuca ores, V. 56, #3

Bryant, B.The onset of the Laramide Orogeny, V. 93, #1

Bryant, B. et al.Geology and mineral resources of central Colorado,

V. 92, #4; V. 93, #1Bryant, B.; Reed, J. C., Jr.; and Sims, P. K.

Geology and mineral resources of central Colorado,introduction, V. 93, #1

Buck, W. K.The background of Canadian mineral policies,

V. 58, #1Bucky, P.

Fundamental considerations in block caving,V. 51, #3

Budd, M. R., ed.Index to Colorado School of Mines publications,

V. 23, #3; V. 31, #4Buell, C. K. and Weber, L. J.

Ethylene production by thermal cracking ofpropane-ethane mixtures, V. 45, #2A

Bull, W. R. and Spottiswood, D. J.A study of mixing patterns in a bank of flotation

cells, V. 69, #1Bunger, J. W. and Devineni, P. A. V.

Technical and economic framework for marketenhancement of shale oil, V. 92, #3

Bunker, W. F.Exploration and development of uranium resources,

1970-1975, V. 68, #2Burbank, W. S.

Problems of wall-rock alteration in shallow volcanicenvironments, V. 45, #1B

Butkovich, T. R.Mechanical properties of ice, V. 54, #3

Butler, B. S.A tribute to the early workers in Colorado geology,

V. 45, #1BMetasomatic alteration along veins, V. 45, #1B

Butler, G. M.Some recent developments at Leadville, V. 8, #1


25

Butterfield, O. R.History, present status, and contemplated use of

naval oil shale reserves, V. 61, #3

CCachau-Herreillat, F.

Geochemical prospecting for lead-zinc stratiformdeposits. Nonlinear correlations between thecontent of soils in lead and zinc and their use inseparating stratiform and hydrothermal deposits,V. 64, #1

Cafaro, D. T. et al.Numerical modeling and the Fountain Creek,

Colorado alluvial aquifer system to assess theimpact of wastewater treatment plant effluent,V. 94, #4

Callahan, J. T.Recent developments in the conservation of ground

water, V. 57, #4Cameron, R. J.

The Cameron and Jones Vertical Kiln for oil shaleretorting, V. 60, #3

Foreign oil shale industries and their influence onUnited States oil shale development, V. 59, #3

Outlook for oil shale, V. 68, #2Cameron, R. J. and Dailey, J. C.

The international synthetic fuels picture, V. 65, #4Campbell, H.

Comparison of a small computer and time-sharingequipment in research, V. 65, #3

Campbell, J. A.Lower Paleozoic systems, White River Plateau,

V. 67, #4Campbell, R. C.

Bore hole surveying and directional drilling, V. 58,#4

Campbell, T. P.The electrodeposition of zinc from ammoniacal

carbonate solutions, V. 23, #1Canney, F. C.; Bloom, H.; and Hansuld, J. A., eds.

Proceedings of the International GeochemicalExploration Symposium, V. 64, #1

Cantwell, T.; Galbraith, J. N.; and Simpson, S. M.Computer applications in geophysical modeling,

V. 59, #4, Part ACardwell, A. L.

Petroleum source-rock potential of Arbuckle andEllenburger groups, southern mid-continent,United States, V. 72, #3

Carey, W. W. et al.Successful computer application by a small explora-

tion consulting firm, V. 59, #4, Part ACarlson, G. A.

The forty-second annual opening address, V. 10, #3Carpenter, C. B.

Powder metallurgy, a review of its literature,V. 35, #4

Powder metallurgy, a review of its literature,(revised edition), V. 36, #4

Carpenter, C. B. and Manuel, W. A.Studies in Colorado coals, V. 23, #3, Supp. A

Carpenter, C. B. and Weinig, A. J.The trend of flotation, fourth edition, revised,

V. 32, #4Carpenter, H. C. and Lekas, M. A.

Fracturing oil shale with nuclear explosives for in-situ retorting, V. 60, #3

Carpenter, H. C. and Sohns, H. W.Application of aboveground retorting variables to in

situ oil shale processing, V. 63, #4Carpenter, H. C.; Harak, A. E.; and Long, A.

Preliminary design and operation of a 150 ton oilshale retort, V. 65, #4

Carpenter, R. H.; Gallagher, J. R. L.; andHuber, G. C.Geological history of the Front Range, V. 96, #2Modes of uranium occurrences in Colorado Front

Range, V. 74, #3Uranium occurrences in the Front Range, V. 95, #3

Carter, D. V.Petroleum conservation and conservation laws,

V. 45, #3BCarver, H. E.

Conversion of oil shale to refined products,V. 59, #3

Oil shale mining: A new possibility for mechaniza-tion, V. 60, #3

Cassano, J.Mechanization of western coal mines, V. 45, #2B

Castellani, V. and Dragoni, W.Contribution to the history of underground struc-

tures: Ancient Roman tunnels in central Italy,V. 93, #2

Cattany, R. W.The impact of energy on the Colorado economy,

V. 72, #4Ceckler, W. H.

The use of mathematical models in analyzingmetallurgical processes and problems, V. 59, #4,Part A

Celasun, M.The allocation of funds to reconnaissance drilling

projects, V. 59, #4, Part AChakrabarti, A. K.

Geochemical exploration of the ore-bearinghorizons at Zawar Mines, India, and its possiblebearing on metallogenesis, V. 64, #1

Chalmers, H. J.Dezincing of lead concentrates at the Sullivan

Concentrator, V. 56, #3Chan, S. S. M.

Suggested guides for exploration from geochemicalinvestigation of ore veins at the Galena Minedeposits, Shoshone County, Idaho, V. 64, #1

Charles, I. M.Coal and its future, V. 45, #2B

Chedsey, W. R.Notes on the survey of a large tract of land,

V. 11, #3Cheuvront, H.

Student Life Division: A vision statement, V. 97, #1


26

Chi, J. W. H.Analysis on the flotation performance of iron ores,

V. 56, #3Childs, O. E.

The status of the oil shale problem, V. 60, #3Chinn, H. W.

Some factors that affect the marketing of petroleumproducts and an investigation of the effect ofrailroad tariffs upon marketing areas, V. 35, #3

Christy, R. P. and Gertz, C. P.Underground exploration at Yucca Mountain area

Nevada, V. 92, #3Chronic, J.

Middle Paleozoic kimberlitic diatremes in Coloradoand Wyoming, V. 67, #4

Chun, D.; Schlater, J. E.; and Kachik, V. J.The ARL surface fitting-contouring program,

V. 64, #3Cieslewicz, W. J.

Present trends in Estonian-Russian work on oilshale, V. 62, #3

Selected topics of recent Estonian-Russian oil-shaleresearch and development, V. 66, #1

Clark, G. B.Basic properties of ammonium nitrate fuel explo-

sives (ANFO), V. 76, #1Geotechnical centrifuges for model studies and

physical property testing of rock and rockstructures, V. 76, #4

Industrial high explosives: Composition andcalculations for engineers, V. 75, #1

Principles of rock drilling, V. 74, #2Principles of rock drilling and bit wear (Parts 1 and

2), V. 77, #1, #2Clark, G. B. et al.


Clark, H. N. and Reiter, J. S.Anionic vs. cationic flotation of potash, V. 56, #3

Clausing, D. P.Comparison of Griffith’s theory and Mohr’s Failure

Criteria, V. 54, #3Clementson, G. C.

Network analysis applied to mine ventilation,V. 64, #3

Cleveland, N.The insurance angle of our Workmen’s Compensa-

tion Act, V. 10, #4Clewell, D. H.

Recent developments in seismic research, V. 45, #4ACoates, D. F.

Energy released in rock bursts, V. 54, #3Coffer, H. G. and Spiess, E. R.

Commercial application of nuclear explosives, theanswer to oil shale? V. 61, #3

Coffin, R. C.Geological imagination in the interpretation of

geophysical data, V. 45, #4ACoffman, D. M. and Turner, A. K.

Geology for planning: A review of environmentalgeology, V. 68, #3

Cogan, J. P.The mechanics of rock failure, V. 46, #1

Cohen, S. M.; Argyle, P.; and Sun, S. C.Amine flotation of Pennsylvania white residual clay,

V. 56, #3Coller, P. J. and Abbott, D. G.

Microtunneling used for record-breaking piperoofing project, V. 94, #3

Collins, B. A.Coal deposits of the Carbondale, Grand Hogback,

and Southern Danforth Hills coal fields, easternPiceance Basin, Colorado, V. 71, #1

Collins, D. N. and Stevens, J. R.Technical efficiency of concentration operations,

V. 56, #3Conley, C. D.

Depositional and diagenetic history of the Mississip-pian Leadville Formation, White River Plateau,Colorado, V. 67, #4

Connor, J. J.A geochemical discriminant for sandstones of

Mississippian and Pennsylvanian age in Ken-tucky, V. 64, #3

Conner, J. J.; Eicher, R. N.; and Miesch, A. T.Investigation of geochemical sampling problems by

computer simulation, V. 59, #4, Part AConselman, F. B. and Curry, W. H.

Efficient exploration and development of fuels andenergy group of mineral resources, V. 68, #2

Cook, E. W.Thermal analysis of oil shales, V. 65, #4

Cook, M. A.Ammonium nitrate slurry blasting agents, V. 56, #1Hydrolytic and ion pair adsorption models for

collectors in flotation, V. 56, #3Cooley, F. C.

Physical background—oil shale, V. 59, #3Corcoran, J.

Outlook for coal, V. 68, #2Crabtree, E. H.

Needed breakthroughs for ore dressing andmetallurgy, V. 58, #1

Crain, H. M.Cooperative work by U. S. Geological Survey and

State of Colorado, V. 42, #4Publications on work done by U.S.G.S. in coopera-

tion with State of Colorado, V. 40, #4Crain, H. M., ed.

All issues of V. 45Crain, H. M. and LeRoy, L. M., eds.

Subsurface geologic methods, V. 44, #3Crandall, D. L.

Upper Snake River Basin, Idaho, Wyoming—surfaceand underground water, V. 57, #4

Crandall, K. H.Exploration and development of petroleum re-

sources, 1970-75, V. 68, #2Crawford, J. W.; Arbiter, N.; and Abshier, J. R.

Attritioning and conditioning in flotation of spo-dumene ore, V. 56, #3


27

Crosby, G. M.A preliminary examination of trace mercury in

rocks, Coeur d’Alene district, Wallace, Idaho,V. 64, #1

Cross, B. K.A mine management information system, V. 64, #3

Cross, T. S. and Melton, N. M.Fracturing oil shale with electricity, V. 62, #3

Crozier, J.Dispersive and nondispersive x-ray fluorescence

analysis of ore samples with computer applica-tions, V. 68, #1

Culbertson, W. J.; Nevens, T. D.; and Hollingshead,R. D.Disposal of oil shale ash, V. 65, #4

Current, A. M.A review of the geology and activities in the Uinta

Basin, V. 48, #3Curry, W. H. and Conselman, F. B.

Efficient exploration and development of fuels andenergy group of mineral resources, V. 68, #2

Cuthbertson, R.New facets in flotation at Climax, V. 56, #3

DDa Bai, G. S.

Petroleum finding costs in United States, V. 70, #2Dagbert, M.; David, M.; and Beauchemin, Y.

Statistical analysis in geology: Correspondenceanalysis method, V. 72, #1

Dahlberg, E. C.Use of model for relating geochemical prospecting

data to geologic attributes of a region, SouthMountain, Pennslyvania, V. 64, #1

Dailey, J. L. and Cameron, R. J.The international synthetic fuels picture, V. 65, #4

Dakhnov, V. N. (Keller, G. V., trans.)Geophysical well logging: The application of

geophysical methods; electrical well logging,V. 57, #2

Dale, M. C.Index to the CSM Quarterly 1906-1998, V. 98, #4

D’Andrea, D. V.; Fischer, R. L.; and Fogelson, D. E.Prediction of compressive strength from other rock

properties, V. 59, #4, Part BDaniel, S. R.

Department of Chemistry and Geochemistry: Avision statement, V. 97, #1

Danilov-Danilian, V. I. (summarized by J. Miller)A view of the Russian government, V. 96, #3

Daskam, R.Automated well log analysis and the evaluation of

sandstone bodies in shale sequences, V. 59, # 4,Part B

Davalos, J. C.A new economy for Ecuador: Texaco and Gulf

strike oil, V. 68, #4David, M.; Dagbert, M.; and Beauchemin, Y.

Statistical analysis in geology: Correspondenceanalysis method, V. 72, #1

Davidson, D. F. and Lovering, T. G.Storage and retrieval of analytical data on geologic

materials, V. 59, #4, Part ADavis, J. B.

Corporate simulation—theory and application, V.59, #4, Part A

Davis, M. J. and Browning, J. M.Mining and minerals policy, V. 68, #2

Davis, T. L. et al.Tectonic influences on sedimentation, Early


Dawson, R. F.Modern practices used in the design of foundations

for structures on expansive soils, V. 54, #4Debnam, A. H.

The modern geochemical laboratory, V. 64, #1Delaney, R.

The necessity of water storage for the oil shaleindustry, V. 60, #3

Dell, C. C.The analysis of flotation test data, V. 56, #3The evaluation of flotation performance, V. 56, #3

De Merre, P. et al.Recent research and development in flotation of

oxidized ore of copper, lead and zinc, V. 56, #3de Vergie, P. C.; Meehan, R. J.; and Patterson, J. A.

Application of automatic data processing techniquesto uranium ore reserve estimation and analysis,V. 59, #4, Part B

Devineni, P. A. V. and Bunger, J. W.Technical and economic framework for market

enhancement of shale oil, V. 92, #3De Voto, R. H.

Geologic history of South Park and geology of theAntero Reservoir quadrangle, Colorado, V. 66, #3

Pennsylvanian and Permian stratigraphy andtectonism in central Colorado, V. 67, #4

Quaternary history of Rocky Mountain Arsenal andenvirons, Adams County, Colorado, V. 63, #1

Geologic history of South Park, Colorado, V. 95, #1De Voto, R. H. and Peel, F. A.

Pennsylvanian and Permian stratigraphy andstructural history, northern Sangre de CristoRange, Colorado, V. 67, #4

De Voto, R. H., ed.Paleozoic stratigraphy and structural evolution of

Colorado. A symposium, V. 67, #4Diamond, R. W.

Development of the treatment by flotation of theore of the Sullivan Mines, V. 56, #3

Dickson, A. J. et al.The use of computers in heat-flow problems in

underground workings, V. 59, #4, Part BDickson, P. F.; Farris, C. B.; and Gary, J. H.

Operating characteristics of a continuous oil shaleretort, V. 61, #3

Dirmeyer, R. D., Jr.Geology and irrigation engineering, V. 45, #1B

Dismant, C. I.Mine valuation, V. 45, #2B


28

Distler, V. V. and Genkin, A. D.Main types of copper-nickel, chrome and platinum

metal deposits in mafic and ultramafic rocks,V. 92, #1

Divis, A. F.Geology and geochemistry of Sierra Madre Range,

Wyoming, V. 71, #3Djingheusian, L. E. and Twidale, M. A.

Correlation for certain Canadian rocks of crushingindex value with underground rock failure,V. 54, #3

Dobbin, C. E.The petroleum geology of Colorado, V. 45, #1B

Doerr, A.Coal mining, landscape changes, and reclamation

recommendation for Oklahoma, V. 57, #4Doherty, J. D.

Synthetic oil from coal, V. 45, #2BDolezal, E. and Hays, H. L.

The commercial dehydrogenation of normal butane,V. 45, #2A

Doll, H. G. and Martin, M.Recent developments in electrical logging and

auxiliary methods, V. 45, #4ADonnell, J. R.

Geology and oil-shale resources of the Green RiverFormation, V. 59, #3

Donnell, J. R. and Blair, R. W.Resource appraisal of three rich oil-shale zones in

the Green River Formation, Piceance CreekBasin, Colorado, V. 65, #4

Donnell, J. R.; Tailleur, I. L.; and Tourtelot, H. A.Alaskan oil shale, V. 62, #3

Dorstewitz, G.Determination of optimal layout of new horizons in

coal mining by aid of computer, V. 59, #4, Part BDougan, P. and Hill, G. R.

The characteristics of a low temperature in situshale oil, V. 62, #3

Dougan, P. M.; Reynolds, F. S.; and Root, P. J.The potential for in situ retorting of oil shale in the

Piceance Creek Basin of northwestern Colorado,V. 65, #4

Douglas, J.Commencement address: Principles more important

than practice in technical education, V. 8, #2Dowds, J. P.

Oil finding: A practical problem in statisticaldecision theory for technologists and manage-ment, V. 59, #4, Part B

Oil rocks: information theory: : Markov chains:entropy, V. 64, #3

Dragoni, W. and Castellani, V.Contributions to the history of underground

structures: Ancient Roman tunnels in centralItaly, V. 93, #2

Drew, L. J. and Griffiths, J. C.Simulation of exploration programs for natural

resources by models, V. 59, #4, Part A

Drexler, J. W. and Larson, E. E., eds.Cenozoic volcanism in the southern Rocky Moun-

tains revisited: A tribute to Rudy C. Epis, Part 1,V. 82, #4; Part 2, V. 83, #1; Part 3, V. 83, #2

Duckstein, L.Optimization of open pit traffic patterns, V. 64, #3

Dumke, W. A.The application of a gasometric method for the

determination of oxygen in coals, V. 26, #2Duvall, W. I.; Fogelson, D. E.; and Atchison, T. C.

Propagation of peak strain and strain energy fromexplosion-generated strain pulses in rock,V. 54, #3

Dyck, W. and Smith, A. Y.The use of Radon-222 in surface waters in

geochemical prospecting for uranium, V. 64, #1Dyer, B. W.

Searles Lake development, V. 45, #4BDyni, J. R. and Hite, R. J.

Potential resources of dawsonite and nahcolite inthe Piceance Creek basin, northwest Colorado,V. 62, #3

Dyrenforth, D. and Knight, C. H.The consumption of balls in wet ball milling,

V. 45, #4B

EEarlougher, R. C.

The valuation of oil properties for secondaryrecovery, V. 45, #3B

East, J. H.Explosives in the mining industry, V. 45, #2BSome oil shale problems, V. 59, #3

Eddinger, R. T.; Strom, A. H.; and Bloom, R.A synthetic fuels industry based on Rocky Mountain

coals, V. 65, #4Ede, J. A.

Oil shales, V. 16, #4Edwards, J.

The petrology and structure of the buried Precam-brian basement of Colorado, V. 61, #4

Eggert, C. W. and Mular, A. L.SSDEVOP at Chibougamau, V. 64, #3

Ehnbom, L.Geological sections in the vicinity of Golden,

V. 11, #3Eicher, R. N. and Miesch, A. T.

A system of statistical computer programs forgeologic research, V. 59, #4, Part A.

Eicher, R. N.; Miesch, A. T.; and Connor, J. J.Investigation of geochemical sampling problems by

computer simulation, V. 59, #4, Part AEl Mallakh, R.

Some dimensions of Middle East oil: The producersand the United States, V. 64, #4

Elbrond, J.Capacity calculations at LKAB, Kiruna, V. 59, #4,

Part BOn the use of computers in mining at the LKAB,

Sweden, V. 64, #3


29

Ellington, R. T. and Barnes, A. L.A look at in situ oil shale retorting methods based

on limited heat transfer contact surfaces,V. 63, #4

Elliott, R. H. J. and Kim, O. J.Pennsylvanian reef limestone, Terry County, Texas,

V. 47, #2Ellis, C. H.; Lohman, W. H.; and Wray, J. L.

Upper Cenozoic calcareous nanofossils from theGulf of Mexico (Deep Sea Drilling Project, Leg 1,Site 3), V. 67, #3

Ellis, T. R.Estimation of minimum specifications for economi-

cally explorable sandstone-type uraniumdeposits, V. 74, #1

Ely, N.The oil shale industry’s water problems, V. 62, #3

Emerick, J. C. and Kolm, K. E.Hydrogeology and phytogeomorphology of the

mountains and foothills near Denver, Colorado,V. 92, #4

Emme, J. J. et al.Tectonic influences on sedimentation, Early


Emsbo, P. and Sweetkind, D., eds.Ore deposits and exploration potential of the former

Soviet Union: Proceedings of a symposium atColorado School of Mines, V. 92, #1, #2

Epis, R. C., ed.Cenozoic volcanism in the southern Rocky Moun-

tains, V. 63, #3Erck, L. J.

Iron ore flotation, V. 56, #3Erickson, R. L.

U.S. Geological Survey program in geochemicalexploration research, V. 64, #1

Ertl, T.Mining Colorado oil shale, V. 60, #3

Euresty, D. and Harris, D. P.A preliminary model for the economic appraisal of

regional resources and exploration based upongeostatistical analysis and computer simulation,V. 64, #3

Evans, J.Analysis of a boom/bust cycle, V. 92, #3

FFairfield, J. D. and Leigh, R. W.

A computer program for the design of open pits,V. 64, #3

Farmer, C. L. et al.Tectonic influences on sedimentation, Early


Farris, C. B.; Gary, J. H.; and Dickson, P. F.Operating characteristics of continuous oil shale

retort, V. 61, #3Faucette, A. M.

Polymer encapsulation of low-level mixed wasteand debris at the Rocky Flats EnvironmentalTechology Site, V. 96, #3

Fedors, R. W. et al.Numerical modeling of variably saturated flow and

transport 881 hillside at Rocky Flats Plant inJefferson County, Colorado, V. 93, #2

Feigelman, S.; Alpert, S. B.; and Hellwig, K. C.H-oil upgrading of shale oil feeds, V. 62, #3

Feldkirchner, H. L.Oil shale research program at the Institute of Gas

Technology, V. 60, #3Fenner, G. et al.

Application of microwave solidification technologyto radioactive waste, V. 96, #3

Ferris, C. S. and Ruud, C. O.Brannerite: Its occurrences and recognition by

microprobe, V. 66, #4Field, A. A. et al.

Numerical modeling and the Fountain Creek,Colorado alluvial aquifer system to assess theimpact of wastewater treatment plant effluent,V. 94, #4

Fine, D. I.Mining and metals in Russia: Privitization and

geopolitics, V. 92, #1Finlay, J. R.

Commencement address: The problem of efficiency,V. 11, #3

Fischer, R. L.; Fogelson, D. E.; and D’Andrea, D. V.Prediction of compressive strength from other rock

properties, V. 59, #4, Part BFish, C. R. et al.

Empirical models of a copper reverberatoryfurnace—preliminary results, V. 59, #4, Part A

Fleck, H.Address on the rare metals—tungsten, V. 10, #3A treatise on molybdenum, V. 11, #3Rare metals: Uranium and vanadium, V. 3, #3

Fleck, H. and Haldane, W. G.Preliminary report of the radioactivity of the

carnotite of southwest Colorado, V. 4, #3Fogelson, D. E.; Atchison, T. C.; and Duvall, W. I.

Propagation of peak strain and strain energy fromexplosion-generated strain impulses in rock,V. 54, #3

Fogelson, D. E.; D’Andrea, D. V.; and Fischer, R. L.Prediction of compressive strength from other rock

properties, V. 59, #4, Part BForeman, J. H.

Mathematical model for copper converter control,V. 59, #4, Part A

Formanek, V.Recent research and development in flotation of

oxidized ore of copper, lead, and zinc, V. 56, #3Forsythe, L. and Peiker, E. W.

Financial analysis—Henderson Project, V. 64, #3Fowles, G. H. and Grine, D. R.

The attenuation of shock waves in solid materialswith seismic applications, V. 54, #3

Fox, K. F., Jr.; Spengler, R. W.; and Myers, W. B.Geologic framework and Cenozoic evolution of the

Yucca Mountain area, Nevada, V. 92, #3


30

Franklin, J. C. and Ruff, A. W.A statistical mine model for cost analysis, planning,

and decision making, V. 59, #4, Part BFranks, A. J.; Bacca, J. P.; and Hackett, C. P.

A symposium of studies and researches in the oilshale industry, V. 16, #4

Franks, A. J. and Goodier, B. D.Preliminary study of the organic matter of Colorado

oil shales, V. 17, #4, Supp. A.Freeman, D. C.; Sawdye, J. A.; and Mumpton, F. A.

The mechanism of thermal spalling in rocks,V. 58, #4

Frischknecht, F. C.Fields about an oscillating magnetic dipole over a

two-layer earth, and application to ground andairborne electromagnetic surveys, V. 62, #1

Frush, C. O.Quantitative mineralogical estimates via the use of

linear programming, V. 68, #1Frush, C. O. and Lentz, O. H., eds.

Minerals and energy: Problems, practices, and goals.Western Resources Conference, 1962, Part I,V. 57, #4; Part II, V. 58, #1

Fuerstenau, D. W. and Ball, B.On the determination of rate constants from

semibatch flotation tests, V. 69, #1Fuller, B. D.

Application of the computer for solution of geo-physical problems in mineral exploration,V. 68, #1

GGaines, J. E. et al.

Successful computer application by a small explora-tion consulting firm, V. 59, #4, Part A

Galbraith, J. N.; Simpson, S. M.; and Cantwell, T.Computer applications in geophysical modeling,

V. 59, #4, Part AGallagher, J. R. L.; Carpenter, R. H.; and

Huber, G. C.Geological history of the Front Range, V. 96, #2Modes of uranium occurrences in Colorado Front


Galloway, G. H.Petroleum outlook, V. 68, #2

Garnsey, M. E.History and continuity of the conference (on

Western Resources, fourth annual), V. 57, #4Garrett, R. G. and Nichol, I.

Factor analysis as an aid in the interpretation ofregional geochemical stream sediment data,V. 64, #1

Gary, J. H. and Berti, L. P.Spouted bed oil shale retort, V. 61, #3

Gary, J. H.; Dickson, P. F.; and Farris, C. B.Operating characteristics of a continuous oil shale

retort, V. 61, #3Gary, J. H., ed.

24th Oil Shale Symposium proceedings, V. 83, #4Proceedings of the Seventh Oil Shale Symposium,

V. 69, #2

Proceedings of the Eighth Oil Shale Symposium,V. 70, #3

Proceedings of the Environmental Oil ShaleSymposium, V. 70, #4

Proceedings of the Ninth Oil Shale Symposium,V. 71, #4

Synthetic liquid fuels from oil shale, tar stands andcoal. Proceedings of the Hydrocarbons Sympo-sium, February 18-19, 1970, Denver, Colorado,V. 65, #4

Gaudin, A. M.Flotation of microoganisms, V. 56, #3Solid-state physics: Character of the interface of

solids in contact with aqueous solutions andgases, V. 58, #1

Gayer, R. B.Increasing the endurance of drift sets, V. 36, #3

Genkin, A. D. and Distler, V. V.Main types of copper-nickel, chrome and platinum

metal deposits in mafic and ultramafic rocks,V. 92, #1

Gerhard, L. C.Canadian depositional environments and

paleotectonics, central Colorado, V. 67, #4Gertz, C. P. and Christy, R. P.

Underground exploration at Yucca Mountain,Nevada, V. 92, #3

Gevertz, H.Project Gasbuggy: Fracturing with nuclear explosive,

V. 68, #2Gillmor, C. S.

“Environmental Transforms:” The HennebachLectures for 1996-97, V. 97, #2

Goldstein, A., Jr.The vermiculites and their utilization, V. 41, #4

Gomez, M.; Parry, V. F.; and Goodman, J. B.Low-temperature distillation assays of representative

western U. S. and Alaska coals, V. 45, #2AGonzalez, R. J.

Interfuel competition for future energy markets,V. 68, #2

Problems of assuring petroleum for nationalsecurity, V. 64, #4

Goodier, B. D. and Franks, A. J.Preliminary study of the organic matter of Colorado

oil shales, V. 17, #4, Supp. AGoodman, J. B.; Parry, V. F.; and Gomez, M.

Low-temperature distillation assays of representativewestern U. S. and Alaska coals, V. 45, #2A

Goodrich, R. H.Drag bits and machines, V. 56, #1

Goodwin, L. W., ed.Index to publications of Colorado School of Mines,

V. 48, Supp. DAn introduction to the design of underground

openings for defense, V. 46, #1Metallurgical research in uranium, maganese and

nodular cast irons, V. 47, #1Goodwin, R. T. and McKee, R. H.

A dissertation—Chemical examination of the organicmatter in oil shales, V. 18, #1, Supp. A.


31

Gordon, R. L.Without rudder, compass, or chart—the problem of

energy policy guidelines, V. 64, #4Gosink, J.

Rapid changes in the Division of Engineering,V. 97, #1

Govier, G. W.Alberta’s synthetic crude oil development policy,

V. 65, #4Graham, R. W.

A discussion of pressure grouting, V. 58, #4Grant, B. F.

Retorting oil shale underground—problems andpossibilities, V. 59, #3

Grazier, R. L.Stresses in mine-drift timber-sets, V. 36, #3

Grebenkov, A. J. and McCarn, D. W.The U.S.-Belarus joint projects associated with

remediation of the Chernobyl contaminated sites,V. 96, #3

Green, C. H.The relationship of research and field operations in

seismic explorations, V. 45, #4AGregory, P. and Tooms, J. S.

Geochemical prospecting for kimberlites, V. 64, #1Griffiths, J. C. and Drew, L. J.

Simulation of exploration programs for naturalresources by models, V. 59, #4, Part A

Grimes, D. J.; Akright, R. L.; and Radtke, A. S.Minor elements as guides to gold in the Roberts

Mountains Formation, Carlin Gold Mine, EurekaCounty, Nevada, V. 64, #1

Grine, D. R. and Fowles, G. H.The attenuation of shock waves in solid materials

with seismic applications, V. 54, #3Griswold, D. H.

Applications of geology in soil conservation,V. 45, #1B

Groff, D. W.Which way the mining industry? V. 68, #1

Groff, D. W., ed.Quantitative mineral exploration, V. 68, #1

Grose, L. T. and Keller, G. V., eds.Studies of a geothermal system in northwestern

Nevada, Part 1, V. 73, #3; Part 2, V. 73, #4Grose, T. L. T.

Overview of the geology of the east flank of theFront Range, V. 93, #1

Grose, T. L. T. et al.Geology and mineral resources of central Colorado,

V. 92, #4Grosvenor, N. E.

Cementation in strengthening rock, V. 52, #3Gurfinkel, M.

Role of oil and gas in national security: A view fromVenezuela, V. 64, #4

Guthrie, B.Oil from rock—the gas combustion process,

V. 59, #3Gwyn, J. E.

A state-of-the-art integrated process for oil fromColorado shales, V. 93, #2

Gy, P. M.Variography, V. 59, #4, Part B

HHackett, C. P.; Franks, A. J.; and Bacca, J. P.

A symposium of studies and researches in the oilshale industry, V. 16, #4

Hadsell, F. A.History of earthquake activity in Colorado, V. 94, #1History of earthquakes in Colorado, V. 63, #1, Part A

Haff, J. C.Federow method (universal-stage) of indicatrix

orientation, V. 37, #3Petrology applied to aggregates for concrete,

V. 37, #3Halbouty, M. T.

Shale oil—will it ever be a reality?, V. 63, #4Haldane, W. G. and Fleck, H.

Preliminary report of the radioactivity of thecarnotite of southwest Colorado, V. 4, #3

Halley, R. B. and Matthews, R. K.Carbonate depositional environments modern and

ancient, Part 6: Diagenesis 2, V. 82, #1Hamilton, W. H.

Preliminary design and evaluation of an Alkirk oilshale (MINER), V. 60 #3

Hammel, D. J.A mathematical model for pit slope stability,

V. 64, #3Hammer, S.

Recent developments in gravity prospecting,V. 45, #4A

Hammond, J. H.Commencement address: The mining profession,

V. 4, #2Hamrin, H.

Automatic drilling of long blastholes for sublevelstoping with Simba 269 in the Lkab Kiruna Mine,V. 93, #3

Handin, J.Experimental deformation of rocks and minerals,

V. 52, #3Hanke, S. H., ed.

The political economy of energy and nationalsecurity, V. 64, #4

Hannifan, M.Concrete for ground support in the Kelley Mine,

V. 51, #3Hansuld, J. A., mod.

What is a geochemical analysis? V. 64, #1Hansuld, J. A.; Canney, F. C.; and Bloom, H., eds.

Proceedings of the International GeochemicalExploration Symposium, V. 64, #1

Harak, A. E.; Long, A.; and Carpenter, H. C.Preliminary design and operation of a 150 ton oil

shale retort, V. 65, #4Harbaugh, J. W.

Trend-surface mapping of hydrodynamic oil trapswith the IBM 7090/94 computer, V. 59, #4, Part B

Hardie, L. A. and Shinn, E. A.Carbonate depositional environments modern and

ancient, Part 3: Tidal flats, V. 81, #1


32

Hardin, G. C., Jr.Exploration and development of natural gas

resources, 1970-75, V. 68, #2Outlook for nuclear fuels, V. 68, #2

Harding, S. T.; White, J. E.; and Harmsen, S. C.Seismic waves: Anisotropy, fluid saturation, and

slanting interfaces, V. 79, #2Hardy, H. R.

Time dependent deformation and failure of geologicmaterials, V. 54, #3

Harmsen, S. C.; White, J. E.; and Harding, S. T.Seismic waves: Anisotropy, fluid saturation, and

slanting interfaces, V. 79, #2Harrington, D.

Safety in the mining industry, V. 45, #2BHarris, D. P.

Alaska’s base and precious metals resources: Aprobabilistic regional appraisal, V. 64, #3

Harris, D. P. and Euresty, D.A preliminary model for the economic appraisal of

regional resources and exploration based upongeostatistical analysis and computer simulation,V. 64, #3

Harris, D. P. and Zodrow, E. L.Magnetite trend surface analysis: A guide for open

pit quality production control at the SmallwoodMine, Newfoundland, V. 64, #3

Harris, M. et al.Application of microwave solidification techology to

radioactive waste, V. 96, #3Harris, P. M.; Moore, C. H.; and Wilson, J. L.

Carbonate depositional environments modern andancient, Part 2: Carbonate platforms, V. 80, #4

Harrison, M. and Keller, H.Excavation with nuclear explosives, V. 54, #3

Hartman, H.Symposium summary (Third symposium on rock

mechanics), V. 54, #3Hartman, H. L.

Bibliography of theses on mining in U. S. institu-tions, V. 51, #2, Part I

Harvey, P. R.Analysis of production capabilities, V. 59, #4, Part B

Hasegawa, J.; Tashiro, E.; and Nakagawa, T.Chichibu Cement Company’s new plant at

Kumagaya—Japan is now under real timecomputer control, V. 59, #4, Part A

Haun, J. D.Application of computers to the stratigraphic study

of oil-producing formations, Denver basin,Colorado and Nebraska, V. 59, #4, Part B

Structural geology of the Denver Basin—regionalsetting of Denver earthquakes, V. 63, #1, Part A

Hausen, D. M.Application to quantitative mineralogy by X-ray

diffraction to problems in mineral exploration,V. 68, #1

Hawley, R. S.Heat loss through buildings and building material,

V. 11, #3Systems of heat distribution, V. 10, #3The cost of power in isolated plants, V. 10, #3

Hays, H. L. and Dolezal, E.The commercial dehydrogenation of normal butane,

V. 45, #2AHazen, S. W.

Summary of sampling research utilizing statisticaltechniques at the Denver Mining ResearchCenter, V. 59, #4, Part B

Hebb, D. H., ed.Economic impact of alternative energy supply

policies in Colorado: A summary report,V. 70, #2

Impact of energy supply policies in Colorado;summary report, V. 70, #2

Heiland, C. A.Announcement of the series of publications of the

Department of Geophysics, V. 27, #3Elements of geophysical prospecting, V. 28, #4Geophysical methods of prospecting, principles and

recent successes, V. 24, #1Geophysics in war, V. 37, #1

Heiland, C. A., and Wantland, D.Selected list of books and references on geophysical

prospecting, V. 26, #3Heiland, C. A.; Wantland, D.; and Aldredge, R. F.

Geophysical studies, V. 32, #1Heim, G.

Grade relationships for four components in phos-phate rock, V. 59, #4, Part B

Heinrich, E. W. and Bever, J. E.Selected studies of Colorado pegmatites and

sillimanite deposits, V. 52, #4Heinrich, W. E.

Impact of dawsonite and nacolite on Piceance Creekbasin oil shale economics, V. 62, #3

Heinrich, W. E., et al.Successful computer application by a small explora-

tion consulting firm, V. 59, #4, Part AHellwig, K. C.; Feigelman, S.; and Alpert, S. B.

H-oil upgrading of shale oil feeds, V. 62, #3Henderson, H. I.

The continuous core drilling rig in the explorationprogram, V. 58, #4

Hendrickson, T. A.A process for the recovery of manganese from ores,

V. 47, #1Herfindahl, O. C.

Goals and performance standards for the conserva-tion of minerals, V. 57, #4

Hernlund, R. W.Extraction of molybdenite from copper flotation

products, V. 56, #3Hesselbacher, G. E., Jr.

A method for the determination of stresses aroundan opening under impact loads, V. 46, #1

Heston, J. E. and Sampson, R. E.Industry’s expectations as to a national mining and

minerals policy, V. 68, #2Hewlett, R. F. et al.

Empirical models of a copper reverberatoryfurnace—preliminary results, V. 59, #4, Part A


33

Hiatt, J. K.Mineralization pattern prediction and ore deposit

evaluation, V. 64, #3Hickman, R., and Spielman, C.

Application of a small computer to open-pitplanning at the Lucky McUranium Mine,V. 59, #4, Part B

Hildt, ThomasThe oil shale picture from the investment banker’s

viewpoint, V. 61, #3Hill, G. R. and Dougan, P.

The characteristics of a low temperature in situshale oil, V. 62, #3

Hill, G. R.; Wood, R. E.; and Anderson L. L.Liquefaction of some western coals, V. 65, #4

Hino, K.Fragmentation of rock through blasting, V. 51, #3

Hite, R. J. and Dyni, J. R.Potential resources of dawsonite and nahcolite in

the Piceance Creek basin, northwest Colorado,V. 62, #3

Hocott, C. O.Role of technology in the conservation of oil and

gas, V. 57, #4Hodnette, M. G.

Safety and conservation in life insurance, V. 10, #4Høeg, O. A. and Johnson, J. H.

Studies of Ordovician algae, V. 56, #2Hoeger, R. L.

Hydrodynamic study of the western Denver Basin,Colorado, V. 63, #1

Hoffman, C. W.Practical application of critical path method,

V. 59, #4, Part AHohlt, R. B.

The nature and origin of limestone porosity,V. 43, #4

Hollingshead, R. D.; Culbertson, W. J.; andNevens, T. D.Disposal of oil shale ash, V. 65, #4

Hollingshead, R. D. and Schmidt-Collerus, J. J.Investigations into the nature of dawsonite in the

Green River Formations, V. 63, #4Hollister, J. C. and Weimer, R. J.

Denver earthquakes and the Rocky MountainArsenal well, V. 94, #1

Hollister, J. C. and Weimer, R. J., eds.Geophysical and geological studies of the relation-

ships between the Denver earthquakes and theRocky Mountain Arsenal well, Part A, Part B,maps, V. 63, #1

Holt, B.; Sims, A.; and Savage, H. K.Design and economics of a sequential flow oil shale

retort, V. 63, #4Holtman, W. J. and Keil, W. C.

Temper brittleness in boiler steels and rail steels,V. 42, #2

Holtz, W. G.Expansive clays—properties and problems, V. 54, #4

Homberger, A. W., and Shipman, F. M.Distillation of New Albany oil shales, V. 20, #1,

Supp. A

Hopler, R. et al.Particle characteristics of ammonium nitrate and

blasting agent performance, V. 56, #1Horner, S. E. and McNeal, J. D.

Applications of geology to highway engineering,V. 45, #1B

Horsnail, R. F.; Nichol, I.; and Webb, J. S.Influence of variations in the surface environment

on metal distribution in the drainage sediments,V. 64, #1

Horst, W. E. and Mitchell, G. W.A method for predicting flotation concentrate

quality, V. 56, #3Howbert, V. T., ed.

Index to publications of Colorado School of Mines1953-1973, V. 69, #1, Supp. A

Howd, F. H.The taxonomy program—a computer technique for

classifying geologic data, V. 59, #4, Part AHowell, W. D. and Miller, J. S.

Explosive fracturing tested in oil shale, V. 62, #3Hoyt, M. E.

Bibliography and index of the mines, miningcompanies and mills, Gilpin County, Colorado,V. 32, #3

Petroleum, a selected bibliography, V. 22, #2Petroleum, a selected bibliography (second edition,

revised), V. 27, #4Hoyt, M. E., and von den Steinen, K. A.

Beryllium, a bibliography, V. 26, #4Hubbard, S. J. and Rausch, D. O.

Computer applications in open-pit slope stabilityresearch, V. 59, #4, Part B

Huber, G. C.Stratigraphy and uranium deposits, Lisbon Valley

District, San Juan County, Utah, V. 75, #2Huber, G. C.; Carpenter, R. H.; and

Gallagher, J. R. L.Geological history of the Front Range, V. 96, #2Modes of uranium occurrences in Colorado Front


Hubert, J. F.Petrology of the Fountain and Lyons formations,

Front Range, Colorado, V. 55, #1Huntington, M. G.

The chemical aspects of distilling Rocky Mountainoil shale in hydrogen at low pressure, V. 61, #3

Hutchinson, R. M. and LeRoy, L. W.Basic geologic guidelines in placer mining, V. 94, #4

Hyer, J. W., Jr.Heavy-density separation—a review of its literature,

V. 43, #1

IIrtem, O.

Algal limestones within the Minturn Formation,Meeker to Dotsero area, Western Colorado,V. 78, #2

Ishkanian, B. M.The Los Angeles Metro Rail Project underground

safety, V. 93, #4


34

Isom, E. W.The cracking of petroleum, V. 45, #2A

JJackson, I. F.

The application of a set of regression equations to amining system, V. 59, #4, Part B

James, N. P. and Macintyre, I. G.Carbonate depositional environments modern and

ancient, Part 1: Reefs-zonation, depositionalfacies, and diagenesis, V. 80, #3

Jameson, M. S.The role for oil and gas in national security: An

industry view, V. 64, #4Jaspar, H. J., Rocek, H., and Richards, D. P.

AGTS tunnel at the new Denver InternationalAirport, V. 92, #4

Jeffreys, H.The earth, V. 54, #3

Jesse, D. R. and Schlinger, W. G.Hydrotorting—use of hydrogen for improved

recovery of shale oil, V. 62, #3Johansson, C. H.

Recent European research work in explosives,V. 54, #3

Johns, F. J., et al.Numerical modeling and the Fountain Creek,

Colorado alluvial aquifer system to assess theimpact of wastewater treatment plant effluent,V. 94, #4

Johnson, E. E. and Bennett, H. J.An economic evaluation of an ore body, V. 64, #3

Johnson, G. W.Recent results from underground nuclear explo-

sions, V. 54, #3Johnson, J. H.

The algal genus Lithothamnium and its fossilrepresentatives, V. 57, #1

Bibliography of Colorado maps, V. 20, #4Bibliography of fossil algae: 1942-55, V. 52, #2Bibliography of fossil algae, algal limestones, and

the geological work of algae, 1956-65, V. 62, #4Bibliography of the geology and related subjects of

northwestern Colorado (Rev. to June 1, 1926),V. 21, #3

Bibliography of the geology of north centralColorado, V. 22, #4

Bibliography of the geology of south centralColorado, V. 23, #4

Geologic importance of calcareous algae withannotated bibliography, V. 38, #1

The geology of the Golden area, Colorado, V. 20, #3The geology of the Golden area, Colorado, second

edition, revised, V. 25, #3Introduction to the geology of the Golden area,

V. 29, #4Guide to the geology of the Golden area, V. 33, #3An introduction to the study of organic limestones,

V. 44, #4An introduction to the study of organic limestones

(revised edition), V. 46, #2

An introduction to the study of organic limestones.Revised edition, V. 66, #2

An introduction to the study of rock building algaeand algal limestones, V. 49, #2

The Jurassic algae, V. 59, #2Ordovician rock-building algae, V. 47, #2Paleozoic Solenoporaceae and related red algae,

V. 55, #3Pennsylvanian and Permian algae, V. 58, #3A résumé of the Paleozoic stratigraphy of Colorado,

V. 40, #3A review of the Cambrian algae, V. 61, #1

Johnson, J. H., ed.Studies of organic limestones and limestone-

building organisms, V. 47, #2Johnson, J. H., and Adey, W. H.

Studies of Lithophyllum and related algal genera,V. 60, #2

Johnson, J. H., and Høeg, O. A.Studies of Ordovician algae, V. 56, #2

Johnson, J. H. and Konishi, K.Studies of Devonian algae, V. 53, #2Studies of Mississippian algae, V. 51, #4

Johnson, J. H., et al.Guide to the geology of the Golden area, fourth

edition, revised, V. 33, #3Johnson, J. H.; Konishi, K.; and Rezak, R.

Studies of Silurian (Gotlandian) algae, V. 54, #1Johnston, H. A., et al.

The use of computers in heat-flow problems inunderground workings, V. 59, #4, Part B

Johnstone, J. G.; Ramarathnam, S.; andRichards, D. B.The soils of eastern Colorado, their origin, distribu-

tion and engineering characteristics, V. 57, #3Jones, B. D.

Rock tunneling for underground protective con-struction, V. 46, #1

Joves, J. L., and Petrick, A., Jr.World supply, demand and finance of minerals and

fuels development, V. 68, #4Jowett, A. and West, G. V.

Aspects of flotation cell design, V. 56, #3

KKaas, L. M.

Here today: Computing power for every mine,V. 64, #3

Kachik, V. J.; Chun, D.; and Schlater, J. E.The ARL surface fitting-contouring program,

V. 64, #3Kadri, I. B.

Petroleum resources of Pakistan, V. 95, #2Kalatakaya, M. N.; Mesyats, S. P.; and

Melnikov, N. N.Some technological solutions of environment

optimization in mining regions of the far north,V. 92, #2

Kanizay, S. P.Outline of radioactive prospecting methods,

V. 51, #1, Part II


35

Kaufmann, G. F.Modern methods in petroleum exploration,

V. 45, #1BKeenan, J. C.

Drilling and drill steel progress at the IdaradoMining Company, V. 56, #1

Keeney, R. M.An extension of the Dewey system of classification

as applied to metallurgy, metallography, andassaying, V. 6, #1

Keil, W. C., and Holtman, W. J.Temper brittleness in boiler steels and rail steels,

V. 42, #2Keller, G. V.

Compilation of electrical properties from electricalwell logs, V. 59, #4, Part A

Electrical prospecting for oil, V. 63, #2Geothermal exploration in the western United

States, V. 93, #3Keller, G. V., trans. (Berdichevskiy, M. N., author)

Electrical prospecting with the telluric currentmethod, V. 60, #1

Keller, G. V., trans. (Dakhnov, V. N., author)Geophysical well logging: The application of

geophysical methods; electric well logging,V. 57, #2

Keller, G. V. and Grose, L. T., eds.Studies of a geothermal system in northwestern

Nevada, Part 1, V. 73, #3; Part 2, V. 73, #4Keller, H. and Harrison, M.

Excavation with nuclear explosives, V. 54, #3Kerr, P. F.

Discussion of alteration and its application to oresearch, V. 45, #1B

Kidney, R. L. et al.Tectonic influences on sedimentation, Early


Kiersch, G. A.Engineering geology: Historical development, scope,

and utilization, V. 50, #3Kilgore, R. F. and Lipton, M.

The potential roles of Canadian oil and gas, otherWestern Hemisphere oil and Eastern Hemisphereoil in the United States markets, 1965-1985,V. 64, #4

Kilpatrick, B. E.Nickel, chromium, and cobalt in tropical soils over

serpentinites, northwest district, Guyana,V. 64, # 1

Kim, O. J. and Elliott, R. H. J.Pennsylvanian reef limestone, Terry County, Texas,

V. 47, #2Kirillova, L. A.; Mesyats, S. P.; and

Sentyabreva, J. A.Elaboration of complex methods for reduction of oil

pollution of surficial waters, V. 92, #3Klugman, M. A.

The role of geochemical research in mineralexploration, V. 58, #1

Knight, C. H. and Dryenforth, D.The consumption of balls in wet ball milling,

V. 45, #4BKnopf, E. B.

Petrofabrics in structural geology, V. 52, #3Kochanowsky, B. J.

Theory and practice of inclined drilling for surfacemining, V. 56, #1

Kochanowsky, B. J. and Mookerjee, A.An economic study of the power consumption of

stripping shovels, V. 59, #4, Part BKoenig, R. P.

Economics and technique of strip coal mining,V. 45, #2B

Koesoemadinata, R. P.Stratigraphy and petroleum occurrence, Green River

formation, Red Wash field, Utah, V. 65, #1,Part A

Koksoy, M. and Bradshaw, P. M. D.Secondary dispersion of mercury from cinnabar and

stibnite deposits, west Turkey, V. 64, #1Kolm, K. E. and Emerick, J. C.

Hydrogeology and phytogeomorphology of themountains and foothills near Denver, Colorado,V. 92, #4

Konishi, K. and Johnson, J. H.Studies of Devonian algae, V. 53, #2Studies of Mississippian algae, V. 51, #4

Konishi, K.; Johnson, J. H.; and Rezak, R.Studies of Silurian (Gotlandian) algae, V. 54, #1

Kontar, E. S.Cu, Zn and Pb sulfide deposits through geological

history and in the structure of the Urals,V. 92, #1

Koopman, F. C.An improved water-stage recorder for hydraulic drill

holes, V. 58, #4Koschmann, A. H.

Historical pattern of minerals exploitation inColorado, V. 57, #4

Kovalsky, V. V. and Letunova, S. V.Geochemical ecology of microoganisms, V. 82, #3

Krekel, E. C.The physical properties of manganese sulfide with

relation to its effects in steel, V. 25, #4Krige, D. G.

A brief review of the developments in the applica-tion of mathematical statistics to ore valuation inthe South African gold mining industry,V. 59, #4B

Recent developments in South Africa in the applica-tion of trend surface and multiple regressiontechniques to gold ore evaluation, V. 59, #4,Part B

Kuestermeyer, A. L.Capital and operating cost estimation for milling of

uranium ores in United States, V. 79, #4Kuhn, T. H. and Van Tuyl, F. M., eds.

Applied geology, V. 45, #1BKuno, H.

Frothing characteristics of alcohol solutions,V. 56, #3


36

Kupecz, J. A.Depositional environments, diagenetic history, and

petroleum entrapment in the MississippianFrobisher-Alida Interval, Billings Anticline, NorthDakota, V. 79, #3

Kuzmin, M. I.; Zonenshain, L. P.; andNepatov, L. M.Plate tectonics and ore deposits within North

Eurasia, V. 92, #2

LLacabanne, W. D. and Pfleider, E. P.

Higher air pressures for bottom-hole percussiondrills, V. 56, #1

Laing, G. J. S.Effects of state taxation on mining industry in Rocky

Mountain states, V. 72, #2Laist, F.

Commencement address: The twentieth centuryengineer, V. 16, #3

Lambe, T. W. and Whitman, R. V.The role of effective stress in the behavior of

expansive soils, V. 54, #4Land, C. B.

Stratigraphy of Fox Hills sandstone and associatedformations, Rock Springs uplift and WamsutterArch area, Sweetwater County, Wyoming: Ashoreline-estuary sandstone model for the LateCretaceous, V. 67, #2

Land, L. S. and Bathhurst, R. G. C.Carbonate depositional environments modern and

ancient, Part 5: Diagenesis 1, V. 81, #4Landa, E. R.

Buried treasure to buried waste: The rise and fall ofthe radium industry, V. 82, #2

Radium in Colorado, V. 95, #1The rise and fall of the radium industry, V. 96, #1

Landsberg, H. H.Future requirements of major metals, V. 58, #1

Lane, K. F.Choosing the optimum cut-off grade, V. 59, #4,

Part BLangefors, U.

Calculation of charge and scale model trials, V. 54,#3

Langguth, R. P. and Lyons, J. W.Condensed sodium phosphates in ore beneficiation,

V. 56, #3Larson, E. E. and Drexler, J. W., eds.

Cenozoic volcanism in the southern Rocky Moun-tains revisited: A tribute to Rudy C. Epis, Part 1,V. 82, #4; Part 2, V. 83, #1; Part 3, V. 83, #2

Lasky, S. G.Mineral-resource appraisal by the U.S. Geological

Survey, V. 45, #1ALauf, G. B.

Gyroscopic surveying, V. 65, #2Lautmann, K. F.

New drilling and blasting techniques for deeper driftrounds, V. 56, #1

Lawrence, R. D.Diamond drilling 12-inch core in permafrost at the

Asbestos Project, Quebec, V. 58, #4Leavy, E. H., Jr.

Protective standards for underground defense,V. 46, #1

LeBaron, I. M.Phosphate flotation, V. 56, #3

Lebsack, W.Organic limestones of the Middle and Lower

Pennsylvania of Kansas, V. 47, #2Ledgerwood, L. W.

Efforts to develop improved oil well drillingmethods, V. 56, #1

Leigh, R. W. and Fairfield, J. D.A computer program for the design of open pits,

V. 64, #3Leisek, J. F.

Air-mist and detergent key to drilling zones of highwater volume and lost circulation, V. 58, #4

Lekas, M. A.Economics of producing oil shale, the nuclear in-

situ retorting method, V. 61, #3Lekas, M. A. and Carpenter, H. C.

Fracturing oil shale with nuclear explosives for in-situ retorting, V. 60, #3

LeMaire, G. W.A study of asphalts and asphaltic materials, V. 48, #2Study of physical properties in the refining of

petroleum, V. 49, #4A study of structures of molecular complexes found

in heavy petroleum fractions, V. 53, #4Waxes and wax-like materials, V. 52, #1

Lentz, O. H.Mineral economics and the problem of equitable

taxation. A study in the legislative rationale ofpercentage depletion allowances, V. 55, #2

Lentz, O. H. and Frush, C. O., eds.Minerals and energy: Problems, practices, and goals.

Western Resources Conference, 1962. Part 1,V. 57, #4; Part 2, V. 58, #1

Lentz, O. H.; Oiwa, Y.; and Nordquist, C. G.The mineral industries of Japan and southeast Asia.

A background study in the problems of regionaleconomic development, V. 56, #4

Lentz, O. H. and Rusk, G. G.Economic and tax problems of mining in Colorado,

V. 58, #1Leon V. A. T.

The new general mining law in Peru and thecreation of the “Peruvian Mining Community,”V. 68, #4

LeRoy, D. A. and LeRoy, L. W.Geology and flowers of Red Rocks Park, V. 94, #2

LeRoy, L. W.Geology of the I-70 road cut, V. 92, #2Miocene foraminifera from Sumatra and Java,

Netherlands East Indies, V. 39, #3Small foraminifera from the Late Tertiary of the

Nederlands, East Indies, V. 36, #1Stratigraphy of the Golden-Morrison area, Jefferson

County, Colorado, V. 41, #2


37

Unique coastal dams and reservoirs of the HongKong/New Territories area, V. 93, #4

LeRoy, L. W. and Crain, H. M., eds.Subsurface geologic methods, V. 44, #3

LeRoy, L. W. and Hutchinson, R. M.Basic geologic guidelines in placer mining, V. 94, #4

LeRoy, L. W. and LeRoy, D. A.Geology and flowers of Red Rocks Park, V. 94 #2

LeRoy, L. W. and Lickus, R. J.Precambrian structure and stratigraphy along the

mountain front west of Golden, JeffersonCounty, Colorado, V. 63, #1, Part A

LeRoy, L. W. et al.Review of petroleum geology in 1947, V. 43, #3

Lesher, C. E.Utilization of fuels, V. 45, #3A

Lesser, H. A.; Bruce, G. H.; and Stone, H. L.Conduction heating of oil shale formations,

V. 62, #3Letunova, S. V. and Kovalsky, V. V.

Geochemical ecology of microorganisms, V. 82, #3Levine, R. M.

Symposium keynote address: U.S.S.R. mineralindustry after the coup, V. 92, #1

Levings, W. S.Aerogeology in mineral exploration, V. 39, #4A magnetic survey of Ralston Dike, Jefferson

County, Colorado, V. 27, #3Late Cenozoic erosional history of the Raton Mesa

region, V. 46, #3Levings, W. S. et al.

Review of petroleum geology in 1944, V. 40, #2Review of petroleum geology in 1945, V. 41, #3Review of petroleum geology in 1946, V. 42, #3Review of petroleum geology in 1947, V. 43, #3

Lewis, J. L.Present flotation practice in the coal industry in

Great Britain, V. 56, #3Liby, A. L. and Olson, D. L.

Metallurgical aspects of electroslag welding: Areview, V. 69, #1

Lickus, R. J. and LeRoy, L. W.Precambrian structure and stratigraphy along the

mountain front west of Golden, JeffersonCounty, Colorado, V. 63, #1, Part A

Liljestrand, W. E.Rotary percussion air hammer drilling, V. 56, #1

Lindelof, L. A.Wireline core barrel development, V. 58, #4

Lippert, R. H. and Merriam, D. F.Pattern recognition studies of geologic structure

using trend-surface analysis, V. 59, #4, Part ALipton, M. and Kilgore, R. F.

The potential roles of Canadian oil and gas, otherWestern Hemisphere oil and Eastern Hemisphereoil in United States markets, 1965-1985, V. 64, #4

Livingston, C. W.Fundamental concepts of rock failure, V. 51, #3

Livingston, C. W., compilerAn introduction to the design of underground

openings for defense, V. 46, #1

Lockley, M. G.Dinosaurs near Denver, V. 92, #2

Loftis, J. L., Jr.Outlook for natural gas in the United States,

V. 68, #2Lohman, W. H.; Wray, J. L.; and Ellis, C. H.


Long, A.; Carpenter, H. C.; and Harak, A. E.Preliminary design and operation of a 150 ton oil

shale retort, V. 65, #4Lopez-Eyzaguirre, C. and Bisque, R. E.

Study of the weathering of basic, intermediate, andacidic rocks under tropical humid conditions,V. 70 , #1

Lovejoy, W. F.Oil import policies as they relate to national

security, V. 64, #4Lovering, T. S.

The geochemistry of argillic and related types ofrock alteration, V. 45, #1B

Lovering, T. G. and Davidson, D. F.Storage and retrieval of analytical data on geologic

materials, V. 59, #4, Part ALow, A. H.

Some observations relative to shale oil, V. 15, #2The Colorado School of Mines method for the

distillation of oil shale, V. 16, #2The refining of crude petroleum, V. 15, #2Shale oil and its refining, V. 15, #2

Low, J. W.Examination of well cuttings, V. 46, #4

Lucht, F. W.A study of the compressor indicator diagram,

V. 11, #3Lund, R. J.

U. S. mineral problems and goals—the broadpicture, V. 58, #1

Lundberg, H.Current trends and progress in mining geophysics,

V. 45, #4ALyon, J. E., et al.


Lyons, J. W. and Langguth, R. P.Condensed sodium phosphates in ore beneficiation,

V. 56, #3

MMacCarthy, P. J.

Research in chemistry and geochemistry at ColoradoSchool of Mines: A tribute to L. J. Beckham, Part1, V. 78, #3; Part 2, V. 78, #4

Macdonald, J. A.An orientation study of the uranium distribution in

lake waters, Beaverlodge district, Saskatchewan,V. 64, #1

MacDonnell, L. J.The politics of expropriation, Chilean style,

V. 68, #4


38

Public policy for hard-rock minerals access onfederal lands: A legal-economic analysis,V. 71, #2

Macintyre, I. G. and James, N. P.Carbonate depositional environments modern and

ancient, Part 1: Reefs-zonation, depositionalfacies, and diagenesis, V. 80, #3

Mackay, I. H.Geology of the Thomasville-Woods Lake area, Eagle

and Pitkin Counties, Colorado, V. 48, #4The shell structure of the modern mollusks,

V. 47, #2MacKenzie-Wood, P. and Strang, J.

The Australian Mines Rescue Organization, V. 95, #2Major, M. W. and Simon, R. B.

A seismic study of the Denver (Derby) earthquakes,V. 63, #1, Part A; V. 94, #1

Maleki, H.Ground response to longwall mining: A case study

of two-entry yield pillar evolution in weak rock,V. 83, #3

Mallory, W. W. et al.Geology and mineral resources of central Colorado,

V. 92, #4Mancuso, R. et al.

Recent research and development in flotation ofoxidized ore of copper, lead, and zinc, V. 56, #3

Manuel, W. A., and Carpenter, C. B.Studies in Colorado coals, V. 23, #3, Supp. A

Manula, C. B. and Mutmansky, J. M.Maintenance scheduling of stochastically failing

mine face equipment, V. 64, #3Mark, S. M.

Groundwater modeling: A vital tool for waterresource management, V. 92, #4; Part II,V. 93, #1

Marshall, K. T.A preliminary model for determining the optimum

drilling pattern in locating and evaluating an orebody, V. 59, #4, Part A

Martin, M. and Doll, H. G.Recent developments in electrical logging and

auxiliary methods, V. 45, #4AMason, W. J.

Potentiometric-model study of edge-water encroach-ment, V. 49, #3

Mathews, R. T.The role for oil and gas in national security: A

government view, V. 64, #4Matthews, R. K. and Halley, R. B.

Carbonate depositional environments modern andancient, Part 6: Diagenesis 2, V. 82, #1

Maurer, R. A. and Parker, J. M.An economic feasibility study for a geothermal-coal

hybrid power plant in Chaffee County, Colorado,V. 78, #1

Maurer, W. C.Detonation of ammonium nitrate in small drill holes,

V. 58, #2

McCalpin, J.Quaternary geology and neotectonics of the west

flank of the northern Sangre de Cristo moun-tains, south-central Colorado, V. 77, #3

McCarn, D. W.The U.S.-Belarus joint projects associated with

remediation of the Chernobyl contaminated sites,V. 96, #3

McCormack, M. L.Seventy-five years of rock-drill progress, V. 45, #2B

McCutchen, W. R.The behavior of rocks and rock masses in relation

to military geology, V. 44, #1McDivitt, J. F.

Research on non-technical factors affecting mineralsupply, V. 58, #1

McDonald, S. L.Conservation policies and national security,

V. 64, #4McDowell, C.

The relation of laboratory testing to design forpavements and structures on expansive soils,V. 54, #4

McGlashan, D. W.Future flotation research, V. 56, #3Needed breakthroughs for ore dressing and

metallurgy, V. 58, #1McGlothlin, W. K.

Mining practice at the Climax Molybdenum mine,V. 45, #2B

McKay, P. and Sacks, A., eds.Partnerships for solutions, V. 96, #3

McKee, R. H. and Goodwin, R. T.A dissertation—Chemical examination of the organic

matter in oil shales, V. 18, #1, Supp. AMcKelvey, V. E.

National goal for mineral resources: Efficientdevelopment and full use, V. 57, #4

McLaughlin, D. H.Gold, our most strategic mineral, V. 45, #1A

McNeal, J. D. and Horner, S. E.Applications of geology to highway engineering,

V. 45, #1BMcNichols, S. L. R.

Mineral resources development—the challengefacing Colorado, V. 57, #4

McNitt, J. R.Outlook for geothermal energy, V. 68, #2

McWhorter, C. E.Transportation of ore underground, V. 45, #2B

Mead, W. J.Economic issues in federal oil shale leasing policy

alternatives, V. 63, #4Federal public lands leasing policies, V. 64, #4

Means, R. E.Buildings on expansive clay, V. 54, #4

Medlock, J. D.Laboratory rotary rock bits, V. 56, #1

Meehan, R. J.; Patterson, J. A.; and de Vergie, P. C.Application of automatic data processing techniques

to uranium ore reserve estimation and analysis,V. 59, #4, Part B


39

Mellinger, F. N. and Philippe, R. R.Theoretical and experimental stress analysis,

V. 52, #3Meloy, T. P. and Bergstrom, B. H.

Computer simulation of comminution circuits,V. 59, #4, Part A

Melnikov, N. N.; Mesyats, S. P.; andKalatakaya, M. N.Some technological solutions of environment


Melnikov, N. N.; Sharp W. R.; and Ozdemir, L.Nuclear waste repository program in Russia,

V. 94, #3Melton, N. M. and Cross, T. S.

Fracturing oil shale with electricity, V. 62, #3Melton, R. B.

Conceptual perspectives of conservation, V. 57, #4Merkushev, O. M. et al.

Off-gas treatability studies for high temperatureradwaste treatment facilities, V. 96, #3

Merriam, D. F. and Lippert, R. H.Pattern recognition studies of geologic structure

using trend-surface analysis, V. 59, #4, Part AMerritt, R. C.

The uranium industry, V. 93, #3Mesyats, S. P.; Kirillova, L. A.; and

Sentyabreva, J. A.Elaboration of complex methods for reduction of oil

pollution of surficial waters, V. 92, #3Mesyats, S. P.; Melnikov, N. N.; and

Kalatakaya, M. N.Some technological solutions of environment


Meyer, C, and Sales, R. H.Interpretation of wall-rock alteration at Butte,

Montana, V. 45 #1BMeyer, W. T.

Uranium in lake water from the Kaipokok region,Labrador, V. 64, #1

Michelutti, W. M. et al.AGTS tunnel at the new Denver International

Airport, V. 92, #4Miesch, A. T. and Eicher, R. N.

A system of statistical computer programs forgeologic research, V. 59, #4, Part A

Miesch, A. T.; Connor, J. J.; and Eicher, R. N.Investigation of geochemical sampling problems by

computer simulation, V. 59, #4, Part AMiller, J. S. and Howell, W. D.

Explosive fracturing tested in oil shale, V. 62, #3Miller, L. F.

Electroscopes and methods of radioactive measure-ments, V. 9, #3

Radium and radioactivity, V. 5, #1The spectroscope and spectroscopic quantitative

analysis, V. 11, #4Milmoe, J. O.

Instrumentation and methods for radioactivitydetection in the mineral industry, V. 51, #1,Part 1

Mining Engineering Department, Colorado Schoolof MinesAnnotated bibliography on selected mining subjects,

V. 61, #2Mitchell, G. W. and Horst, W. E.

A method for predicting flotation concentratequality, V. 56, #3

Mjazdrikov, O. A.Off-gas treatability studies for high temperature

radwaste treatment facilities, V. 96, #3Mock, H. B.

The role of the Public Land Law Review Commis-sion in solving oil shale problems, V. 63, #4

Moody, J. E.The need for a national fuels policy, V. 58, #1

Mookerjee, A. and Kochanowsky, B. J.An economic study of the power consumption of

stripping shovels, V. 59, #4, Part BMooney, F. S.

Rotary drilling a small diameter shaft in the Carlsbadpotash basin, V. 58, #4

Moore, C. H.; Harris, P. M.; and Wilson, J. L.Carbonate depositional environments modern and

ancient, Part 2: Carbonate platforms, V. 80, #4Moore, J. J.

Past, present and future of the Department ofMetallurgical and Materials Engineering at CSM,V. 96, #4

W. J. Kroll: “A metallurgist of the unusual; theamphibious and recalcitrant lone wolf re-searcher,” V. 96, #4

Morse, J.The next industrial revolution: Molecular

nanotechnology, V. 93, #3Our other atomic legacy, V. 95, #3

Moses, R. J.Where is the water coming from?, V. 61, #3

Mular, A. L. and Eggert, C. W.SSDEVOP at Chibougamau, V. 64, #3

Muller, L.The European approach to slope stability problems,

V. 54, #3Mullins, H. T.

Carbonate depositional environments modern andancient, Part 4: Periplatform carbonates, V. 81, #2

Mumpton, F. A.; Freeman, D. C.; and Sawdye, J. A.The mechanism of thermal spalling in rocks,

V. 58, #4Murphy, R. R.

Mobile robotics at CSM: Reinventing a failedtechnology, V. 97, #1

Musgrave, A. W.Wavefront charts and raypath plotters, V. 47, #4

Mutmansky, J. M. and Manula, C. B.Maintenance scheduling of stochastically failing

mine face equipment, V. 64, #3Myers, W. B.; Fox, K. F., Jr.; and Spengler, R. W.

Geologic framework and Cenozoic evolution of theYucca Mountain area, Nevada, V. 92, #3


40

NNadeau, J.

Mississipian stratigraphy of central Colorado,V. 67, #4

Nakagawa, H. M. and Ward, F. N.Atomic absorption techniques in geochemical

exploration—problem or progress, V. 64, #1Nakagawa, T.; Hasegawa, J.; and Tashiro, E.

Chichibu Cement Company’s new plant atKumagaya—Japan is now under real timecomputer control, V. 59, #4, Part A

Natta, F. L.The financial effect of Chilean expropriation on the

Anaconda Copper Company, V. 68, #4Nechaev, A. F. and Projaev, V. V.

Environmental restoration activities in Russia: Anattempt of an independent evaluation, V. 96, #3

Nechaev, A. F. et al.Off-gas treatability studies for high temperature

radwaste treatment facilities, V. 96, #3Nelson, D. K.

Recent developments and trends in productionblast-hole drilling on the Mesabi Range, V. 56, #1

Nelson, F. D.Simulation of a mine haulage locomotive, V. 59, #4,

Part BNelson, H. W.

Future energy requirements of the United Stateseconomy, V. 58, #1

Nepatov, L. M.; Zonenshain, L. P.; andKuzmin, M. I.Plate tectonics and ore deposits within North

Eurasia, V. 92, #2Netschert, B. E.

The strategic stockpile—hindsight and foresight,V. 58, #1

Nevens, T. D.; Hollingshead, R. D.; andCulbertson, W. J.Disposal of oil shale ash, V. 65, #4

Nichol, I. and Garrett, R. G.Factor analysis as an aid in the interpretation of

regional geochemical stream sediment data,V. 64, #1

Nichol, Ian; Webb, J. S.; and Horsnail, R. F.Influence of variations in the surface environment

on metal distribution in drainage sediments,V. 64, #1

Niederjohn, J. A.Matrix algebra and the cement mix design problem,

V. 64, #3Nieweg, R. et al.

Application of microwave solidification technologyto radioactive waste, V. 96, #3

Nordeng, S. C.; Weege, R. J.; and Ruotsala, A. P.Trace elements in accessory calcite—a potential

exploration tool in the Michigan copper district,V. 64, #1

Nordquist, C. G.; Oiwa, Yasushi; and Lentz, O. H.The mineral industries of Japan and Southeast Asia.

A background study in the problems of regionaleconomic development, V. 56, #4

Noren, C. H.Blasting experiments in granite rock, V. 51, #3

OOb’edineie, L. M.

Mineral deposits in the north east of Russia,V. 92, #2

O’Callaghan, J. A.Historical pattern of minerals exploitation in the

United States, V. 57, #4Odé, H.

A note concerning the mechanism of artificial andnatural hydraulic fracture systems, V. 51, #3

Odekirk, J. R.Techniques for use in determinative mineralogy at

Newmont Exploration Limited, V. 68, #1Ogden, L.

Drill holes as exploration tools for constructionpurposes, V. 58, #4

Oiwa, Y.; Nordquist, C. G.; and Lentz, O. H.The mineral industries of Japan and southeast Asia,

V. 56, #4Oldaker, P.

Historical timeline for Colorado hydrocarbons,V. 95, #3

Olds, B. M.The McBride Honors Program: Educating the

compleat engineer, V. 97, #3Olsen, O. J.

Measurement of residual stress by the strain reliefmethod, V. 52, #3

Olson, D. L. and Liby, A. L.Metallurgical aspects of electroslag welding: A

review, V. 69, #1Ong, H. L. and Swanson, V. E.

Natural organic acids in the transportation, deposi-tion and concentration of gold, V. 64, #1

Osborn, E. F.The Mining and Minerals Policy Act of 1970, and

subsequent, congressional, implemental acts,V. 68, #2

Oudenhoven, M. S. and Vandergrift, T. L.Conceptual design of a futuristic large rock cavern,

V. 94, #3Owens, J. S.

A core drilling program in semitaconite, V. 58, #4Oxford, D.

Africa in transition, V. 59, #4, Part ABorehole intercept co-ordinates, V. 59, #4, Part BPolynomial curve fitting, V. 59, #4, Part BScientific data processing in mining in Africa,

V. 59, #4, Part ATechnical services on mines in Africa, V. 59, #4,

Part AOzdemir, L.; Melnikov, N. N.; and Sharp, W. R.

Nuclear waste repository program in Russia,V. 94, #3


41

PPalmer, I. A., and Weinig, A. J.

The trend of flotation, V. 21, #2The trend of flotation, second edition, revised,

V. 23, #2The trend of flotation, third edition, revised,

V. 24, #4Palmer, I. A. et al.

The Cripple Creek district of Colorado—resurvey ofColorado School of Mines, V. 14, #3

Pana, M. T. et al.Empirical models of a copper reverberatory

furnace—preliminary results, V. 59, #4, Part APang, E.

Emerging markets and political risk, V. 98, #3Globalization, transnationality of markets, and CSM:

Whither globalization and engineering educa-tion?, V. 98, #1

Pang, L. J.The importance of educating a “global engineer,”

V. 98, #1Parker, B. H. and Van Tuyl, F. M.

The time of origin and accumulation of petroleum,V. 36, #2

Parker, B. H.; Van Tuyl, F. M.; and Skeeters, W. W.The migration and accumulation of petroleum and

natural gas, V. 40, #1Parker, B. H. et al.

Guide to the geology of the Golden area, V. 33, #3Parker, B. H., Jr.

Gold placers of Colorado (Book 1 of 2 books),V. 69, #3, (Book 2 of 2 books), V. 69, #4

Parker, E. R.Current research in physical metallurgy, V. 45, #3A

Parker, J. M. and Maurer, R. A.An economic feasibility study for a geothermal-coal

hybrid power plant in Chaffee County, Colorado,V. 78, #1

Parmalee, H. C.The civic duties and opportunities of the engineer,

V. 11, #4Parry, V. F. and Wagner, E. O.

Up-grading Missouri Basin coals by flash drying,V. 45, #2B

Parry, V. F.; Goodman, J. B.; and Gomez, M.Low-temperature distillation assays of representative

western U. S. and Alaska coals, V. 45, #2AParsons, K. P. W.; Read, T. A.; and Thomas, C. W.

The development of flotation for the treatment oflead-silver-zinc ores at Broken Hill, New SouthWales, Australia, V. 56, #3

Pasquali Z. J. and Bisque, R.Interpretation of soil geochemical expression of

mineralization within El Callao Gold MiningDistrict, V. 70, #1

Patterson, J. A.; de Vergie, P. C.; and Meehan, R. J.Application of automatic data processing techniques

to uranium ore reserve estimation and analysis,V. 59, #4, Part B

Patton, H. B.Some minerals recently received by the Colorado

School of Mines, V. 2, #2

Patton, H. B. and Wolf, H. J.Preliminary report of the Cresson gold strike at

Cripple Creek, Colorado, V. 9, #4Pederson, J. A., ed.

Future energy outlook, V. 68, #2Pedigo, J. R.

Drill bit engineering and new applications of drillbits, V. 58, #4

Peel, F. A. and DeVoto, R. H.Pennsylvanian and Permian stratigraphy and

structural history, northern Sangre de CristoRange, Colorado, V. 67, #4

Pehrson, G. O.Operations research and the management process,

V. 59, #4, Part APeiker, E. W. and Forsythe, L.

Financial analysis—Henderson Project, V. 64, #3Peiker, E. W. and White, C. G.

Analysis of shaft and level development, stopeproduction and planning, and ore transportationfor a simulated copper mining operation usingoptimization programming, V. 59, #4, Part B

PETC PublicationsSome facts about global climate change, V. 95, #2

Peters, D. C.Physical modeling of the draw behavior of broken

rock in caving, V. 79, #1Peters, R. I.

A new approach to bit design—the diamond dragbit, V. 58, #4

Peterson, R. R.Colorado’s competitive innovation edge, V. 95, #1

Petrick, A., Jr., ed.International economics of minerals and fuels,

V. 68, #4Petrick, A., Jr. and Joves, J. L.

World supply, demand and finance of minerals andfuels development, V. 68, #4

Pfleider, E. P. and Lacabanne, W. D.Higher air pressures for bottom-hole percussion

drills, V. 56, #1Philippe, R. R. and Mellinger, F. N.

Theoretical and experimental stress analysis,V. 52, #3

Pickett, G. R.Properties of the Rocky Mountain Arsenal disposal

reservoir and their relation to Derby earth-quakes, V. 63, #1, Part A

Seismic wave propagation and pressure measure-ments near explosions, V. 50, #4

Pierce, W.Permo-Pennsylvanian stratigraphy and history of the

Howard area, central Colorado (abstract),V. 67, #4

Pings, W. B.Water pollution in Colorado, V. 94, #1

Piret, E. L. and Zeleny, R.Studies of the energy requirements for crushing,

V. 54, #3Pirow, P. C.

Use of Leo III computer in the Central Mining-RandMines Group, V. 59, #4, Part A


42

Pirson, S.Study of an adjustable wave-filter suitable for the

reception of reflected seismic waves, V. 27, #3Placquet, J. C. and Sharp, W. R.

Human factors, efficiency, and mine mechanization:An African case study, V. 93, #2

Polutchki, R. J.The total managment philosophy, V. 92, #1

Potential Gas AgencyA comparison of estimates of ultimately recoverable

quantities of natural gas in the United States,V. 93, #4

Potts, E. L. J.Underground instrumentation, V. 52, #3

Projaev, V. V. and Nechaev, A. F.Environmental restoration activities in Russia: An

attempt of an independent evaluation, V. 96, #3Projaev, V. V. et al.


Pryor, E. J.Flotation’s early years, V. 56, #3

Putnam, R. E. J.Improving the performance of minerals

beneficiation plants, V. 64, #3Pyles, H. G.

The “Galis” rotary percussion roof drilling machine,V. 56, #1

RRadtke, A. S.; Grimes, D. J.; and Akright, R. L.

Minor elements as guides to gold in the RobertsMountains Formation, Carlin Gold Mine, EurekaCounty, Nevada, V. 64, #1

Rallis, G. J. et al.The use of computers in heat-flow problems in

underground workings, V. 59, #4, Part BRamarathnam, S.; Johnstone, J. G.; and

Richards, D. B.The soils of eastern Colorado: Their origin, distribu-

tion and engineering characteristics, V. 57, #3Rammler, R. W.

The retorting of coal, oil shale and tar sands bymeans of circulated fine-grained heat carriers asa preliminary stage in the production of syntheticcrude oil, V. 65, #4

Ratsimbazafy, C. and Borucki, J.Geochemical mapping of the Horombe Plateau

(southern Madagascar), V. 64, #1Rausch, D. O.

Studies of ice excavation, V. 54, #2Rausch, D. O. and Hubbard, S. J.

Computer applications in open-pit slope stabilityresearch, V. 59, #4, Part B

Rausch, D. O. and Waltch, M. J.Longwall mining of oil shale, V. 51, #2, Part II

Raymond, R. W.Commencement address: Professional ethics,

V. 9, #2

Read, T. A.; Thomas, C. W.; and Parsons, K. P. W.The development of flotation for the treatment of

lead-silver-zinc ores at Broken Hill, New SouthWales, Australia, V. 56, #3

Redmon, D. E.Solving mine haulage problems by system simula-

tion, V. 59, #4, Part BReed, J. B. and Underhill, J.

The experimental mine, V. 25, #2Reed, J. C., Jr.


Precambrian rocks in Tenmile Canyon, V. 93, #1Reed, J. C., Jr.; Bryant, B.; and Sims, P. K.


Reed, J. C., Jr. et al.Geology and mineral resources of central Colorado,

V. 92, #4Reed, J. J.

Education of operations research oriented miningengineers, V. 59, #4, Part A

Mine stabilization opening by stress redistribution,V. 51, #3

Rock mechanics applied to oil shale mining,V. 61, #3

Reed, J. R., Jr.A preliminary study of basic open-hearth slag

characteristics and the correlation between themand the corresponding baths, V. 34, #4

Some views and trends in mining research, V. 51, #3Reese, J. R. and Batcha, J. P.

Surface determination and automatic contouring formineral exploration, extraction and processing,V. 59, #4, Part A

Reichert, S. O.Geology of the Golden-Green Mountain area,

Jefferson County, Colorado, V. 49, #1Reid, A. R. and Bisque, R. E.

Stratigraphy of the diamond-bearing RoraimaGroup, Estado Bolivar, Venezuela, V. 70, #1

Reiter, J. S. and Clark, H. N.Anionic vs. cationic flotation of potash, V. 56, #3

Rellensmann, O.Rock properties and the mechanics of subsidence,

V. 52, #3Rey, M. et al.

Recent research and development in flotation ofoxidized ore of copper, lead and zinc, V. 56, #3

Reynolds, F. S.; Root, P. J.; and Dougan, P. M.The potential for in situ retorting of oil shale in the

Piceance Creek basin of northwestern Colorado,V. 65, #4

Rezak, R.; Johnson, J. H.; and Konishi, K.Studies of Silurian (Gotlandian) algae, V. 54, #1

Rice, C. H.Coal liquefaction—a progress report, V. 65, #4

Rice, I. M.Heating, ventilating and air conditioning of under-

ground installations, V. 46, #1


43

Richards, D. B.; Johnstone, J. G.; andRamarathnam, S.The soils of eastern Colorado: Their origin, distribu-

tion and engineering characteristics, V. 57, #3Richards, D. P.; Jaspar, H. J.; and Rocek, H.

AGTS Tunnel at the new Denver InternationalAirport, V. 92, #4

Richards, J. H.Commencement address: How to succeed, V. 1, #1

Richardson, A. S.A review of progress in the ventilation of the mines

of the Butte, Montana district, V. 45, #2BRickard, T. A.

Commencement address: Mining and civilization,V. 22, #3

Ridge, J. P.A national mineral policy, V. 58, #1

Riester, W.The application of mathematical optimation

methods for the planning of production in theGerman hard coal mining industry, V. 59, #4,Part B

Rinehart, J. S.On fractures caused by explosions and impacts,

V. 55, #4The role of stress waves in comminution, V. 54, #3Types of basic research needed in mining, V. 58, #1

Risser, H. E.Exploration and development of coal resources,

1970-75, V. 68, #2Ritchie, A. S.

Recent advances in the chromatographic analysis ofgeologic materials, V. 64, #1

Ritzma, H. R.Exploration and development of oil shale and oil-

impregnated rocks, 1970-75, V. 68, #2Roberts, B. L. et al.

Numerical modeling of variably saturated flow andtransport 881 Hillside at Rocky Flats Plant,Jefferson County, Colorado, V. 93, #2

Roberts, C. T.Cenozoic evolution of the northwestern Honey Lake

Basin, Lassen County, California, V. 80, #1Robinson, L. H.

The mechanics of rock failure, V. 54, #3Robinson, T. W.

Ground water in Nevada, V. 45, #4BRocek, H.; Richards, D. P.; and Jaspar, H. J.

AGTS tunnel at the new Denver InternationalAirport, V. 92, #4

Rochester, D. A. et al.Report of the Potential Gas Committee: Rocky

Mountains, V. 94, #4Romig, P. R.

One person’s vision for applied geophysics—1985to 2005, V. 96, #4

Root, P. J.; Dougan, P. M.; and Reynolds, F. S.The potential for in situ retorting of oil shale in the

Piceance Creek Basin of northwestern Colorado,V. 65, #4

Rostad, O. H.The use of geochemistry at the Bald Butte Molyb-

denite Prospect, Lewis and Clark County.Montana, V. 64, #1

Roushey, B. et al.Application of microwave solidification technology

to radioactive waste, V. 96, #3Rozgonyi, T. G.

An unedited account of the Mining EngineeringDepartment and mining engineering professionin the future, V. 97, #4

Ruff, A. W. and Franklin, J. C.A statistical mine model for cost analysis, planning

and decision making, V. 59, #4, Part BRuotsala, A. P.; Nordeng, S. C.; and Weege, R. J.

Trace elements in accessory calcite—a potentialexploration tool in the Michigan copper district,V. 64, #1

Rusk, G. G. and Lentz, O. H.Economic and tax problems of mining in Colorado,

V. 58, #1Russell, W. C.

American Mining Congress, Cleveland, Ohio, Oct. 9-14, 1922—National oil shale conference. Paperpresented, “Mining of oil shales,” V. 17, #4,Supp. B

Ruud, C. O. and Ferris, C. S.Brannerite: Its occurrences and recognition by

microprobe, V. 66, #4Ruzicka, Vlad

Types of uranium deposits in the former U.S.S.R.,V. 92, #1

SSabott, F. K.

A study of the methods of removing sulfur frompetroleum coke, V. 47, #3

Sacks, A.Toward earth stewardship and sustainability: Liberal

Arts and International Studies at CSM, V.97, #3Sacks, A. and McKay, P., eds.

Partnerships for solutions, V. 96, #3Sales, R. H. and Meyer, C.

Interpretation of wall-rock alteration at Butte,Montana, V. 45, #1B

Sampson, H. M.Some solutions for future gas supply, V. 65, #4

Sampson, R. E. and Heston, J. E.Industry’s expectations as to a national mining and

minerals policy, V. 68, #2Sarapuu, E.

Underground electrocarbonization of oil shale,V. 60, #3

Sarp, B. M.; Signer, M. I.; and Yurdakos, S. M.Mine-dust control, V. 42, #1

Savage, H. K.; Holt, B.; and Sims, A.Design and economics of a sequential flow oil shale

retort, V. 63, #4Sawdye, J. A.; Mumpton, F. A.; and Freeman, D. C.

The mechanism of thermal spalling in rocks,V. 58, #4


44

Sayre, A. N.Applications of geology to the investigation of our

water resources, V. 45, #1BSchafer, W. C.

Removal of sulfur from petroleum coke by pyroly-sis, V. 47, #3

Schanz, J. J.The outlook for synthetic liquid hydrocarbons, a

contemporary view, V. 65, #4Potential role of unconventional energy sources in

national security, 1969-1985, V. 64, #4Schieltz, N. C.

The application of the reciprocal lattice concept inthe graphical solution of X-ray diffractionproblems, V. 59, #1; (Revised edition) V. 60, #4

Schlater, J. E.; Kachik, V. J.; and Chun, D.The ARL surface fitting-contouring program,

V. 64, #3Schlinger, W. G. and Jesse, D. R.

Hydrotorting—use of hydrogen for improvedrecovery of shale oil, V. 62, #3

Schmidt, R. M.Status of unpatented claims, V. 59, #3

Schmidt-Collerus, J. J. and Hollingshead, R. D.Investigations into the nature of dawsonite in the

Green River Formation, V. 63, #4Schmitt, H.

The fumarolic-hot spring and “epithermal” mineraldeposit environment, V. 45, #1B

Schmitt, H. M.Petroleum refining instrumentation, V. 45, #2A

Schmuck, H. K.Theory and practice of rock bolting, V. 52, #3

Schneider, H.Physiography of Golden and vicinity and its relation

to the geologic structure, V. 8, #3Schowengerdt, F. D.

Commercial applications of combustion: A vision forthe Colorado School of Mines in space, V. 97, #1

Schwartz, G. M.Problems in the relation of ore deposits to hydro-

thermal alteration, V. 45, #1BSentyabreva, J. A.; Mesyats, S. P.; and

Kirillova, L. A.Elaboration of complex methods for reduction of oil

pollution of surficial waters, V. 92, #3Shanley, K. W. and Warme, J. E., eds.

Carbonate depositional environments modern andancient: Parts 1-6, V. 80, #3, #4; V. 81, #1, #2, #4;V. 82, #1

Sharp, W. R. and Bosché, B. A.Committing to quality and continual improvement,

V. 92, #3Sustainable development: A case for humankind,

V. 93, #4Sustainable human existence, V. 95, #1

Sharp, W. R. and Placquet, J. C.Human factors, efficiency, and mine mechanization:

An African case study, V. 93, #2Sharp, W. R.; Melnikov, N. N.; and Ozdemir, L.

Nuclear waste repository program in Russia,V. 94, #3

Shaw, J. F.Computer-oriented research at the Denver Mining

Research Center, V. 59, #4, Part AShea, D. P.

A consumer’s view on the role for oil and gas innational security, V. 64, #4

Shepard, F. E.Commencement address: The engineer of the age,

V. 2, #1Shinn, E. A. and Hardie, L. A.

Carbonate depositional environments modern andancient, Part 3: Tidal flats, V. 81, #1

Shipman, F. M. and Homberger, A. W.Distillation of New Albany oil shales, V. 20, #1,

Supp. AShoemaker, R. P.

A review of rock pressure problems, V. 46, #1Short, N. M.

Fracturing of rock salt by a contained high explo-sive, V. 56, #1

Siepman, B. R.Stratigraphy and petroleum potential of Trout Creek

and Twentymile Sandstones (Upper Cretaceous),Sand Wash Basin, Colorado, V. 80, #2

Signer, M. I.; Yurdakos, S. M.; and Sarp, B. M.Mine-dust control, V. 42, #1

Silverman, I. K.Behavior of materials and theories of failure,

V. 52, #3Simon, R. B. and Major, M. W.

A seismic study of the Denver (Derby) earthquakes,V. 63, #1, Part A; V. 94, #1

Simpson, S. M.; Cantwell, T.; and Galbraith, J. N.Computer applications in geophysical modeling,

V. 59, #4, Part ASims, A.; Savage, H. R.; and Holt, B.

Design and economics of a sequential flow oil shaleretort, V. 63, #4

Sims, P. K.Ore deposits of the Central City-Idaho Springs area,

V. 92, #3Sims, P. K.; Reed, J. C., Jr.; and Bryant, B.

Geology and mineral resources of central Colorado,introduction; V. 93, #1

Sims, P. K. et al.Geology and mineral resources of central Colorado,

V. 92, #4Singewald, A.

An investigation of the mechanism of selective saltflotation and discussion of underlying theories,V. 56, #3

Skeeters, W. W.; Van Tuyl, F. M.; and Parker, B. H.The migration and accumulation of petroleum and

natural gas, V. 40, #1Skinner, L. B.

Some notes on the production of oil from shale,V. 16, #4, Supp.

Slezak, M. and Stubna, M.Decontamination and decommissioning activities at

the A-1 Bohunice Nuclear Power Plant, V. 96, #3


45

Slocum, W. F.Commencement address: Constitutional basis of

citizenship in the United States, V. 6, #2Smith, A. Y. and Dyck, W.

The use of Radon-222 in surface waters ingeochemical prospecting for uranium, V. 64, #1

Smith, C.Geological field work at the Colorado School of

Mines, V. 2, #2Smith, J. T.

Early history of the Colorado School of Mines,V. 2, #1

Smith, J. T. et al.The Cripple Creek district of Colorado—resurvey of

Colorado School of Mines, V. 14, #3Smith, J. W. and Trudell, L. G.

Wyoming corehole No. 1—a potential site forproduction of shale oil in place, V. 63, #4

Smith, J. W.; Trudell, L. G.; and Stanfield, K. E.Drill cutting sampling for oil yields of Green River

oil shales, V. 58, #4Snow, D. T.

Fracture deformation and change of permeabilityand storage upon change of fluid pressure,V. 63, #1, Part A

Hydraulic characteristics of fractured metamorphicrocks of Front Range and implications to theRocky Mountain Arsenal well, V. 63, #1, Part A

Sohns, H. W. and Carpenter, H. C.Application of aboveground retorting variables to in

situ oil shale processing, V. 63, #4Sonnenberg, S. A. and Weimer, R. J.

Tectonics, sedimentation, and petroleum potential,Northern Denver Basin, Colorado, Wyoming,and Nebraska, V. 76, #2

Spaulding, J. D. et al.Successful computer application by a small explora-

tion consulting firm, V. 59, #4, Part ASpengler, R. W.; Fox, K. F., Jr.; and Myers, W. B.

Geologic framework and Cenozoic evolution of theYucca Mountain area Nevada, V. 92, #3

Spielman, C. and Hickman, R.Application of a small computer to open-pit

planning at the Lucky McUranium Mine, V. 59,#4, Part B

Spiess, E. R. and Coffer, H. F.Commercial applications of nuclear explosives—the

answer to oil shale? V. 61, #3Spottiswood, D. J. and Bull, W. R.

A study of mixing patterns in a bank of flotationcells, V. 69, #1

Spragins, F. K.Outlook for tar sands and other bitumens, V. 68, #2

Sprenger, G. et al.Application of microwave solidification technology

to radioactive waste, V. 96, #3Stabback, J. G.

The role for oil and gas in national security,V. 64, #4

Stanfield, K. E.Progress report on Bureau of Mines-Atomic Energy

Commission corehole, Rio Blanco County,Colorado, V. 61, #3

Stanfield, K. E.; Smith, J. W.; and Trudell, L. G.Drill cutting sampling for oil yields of Green River

oil shales, V. 58, #4Starfield, A. M. et al.

The use of computers in heat-flow problems inunderground workings, V. 59, #4, Part B

Starlight, L. L.Import policy and oil shale, V. 60, #3

Steiner, P. O.Basic issues in the federal taxation of income from

minerals, V. 58, #1Stevens, J. R. and Collins, D. N.

Technical efficiency of concentration operations,V. 56, #3

Stewart, P. R. and Street, N.Measurement of zeta potentials by radial streaming

method, V. 56, #3Stewart, R. J. G. and Trenchard, J.

The destructive distillation of oil shale, V. 18, #3Stites, J. G. et al.


Stoddard, C. H.Mineral resources development—the challenge

facing the United States, V. 57, #4Stone, H. L.; Lesser, H. A.; and Bruce, G. H.

Conduction heating of oil shale formations,V. 62, #3

Storms, F. H.The interpretation and use of financial reports,

V. 10, #4Strang, J. and MacKenzie-Wood, P.

The Australian Mines Rescue Organization, V. 95, #2Strauss, S. D.

The quest for gold and silver, V. 94, #2Street, N. and Stewart, P. R.

Measurement of zeta potentials by radial streamingmethod, V. 56, #3

Strom, A. H.; Bloom, R.; and Eddinger, R. T.A synthetic fuels industry based on Rocky Mountain

coals, V. 65, #4Stubna, M. and Slezak, M.

Decontamination and decommissioning activities atthe A-1 Bohunice Nuclear Power Plant, V. 96, #3

Suematsu, Y.Japan: “Send in the volunteers,” V. 94, #4

Sun, S. C.; Cohen, S. M.; and Argyle, P.Amine flotation of Pennsylvania white residual clay,

V. 56, #3Sutton, L.

The concept of mineral discovery in the atomic age,V. 58, #4

Swanson, V. E. and Ong, H. L.Natural organic acids in the transportation, deposi-

tion, and concentration of gold, V. 64, #1


46

Sweetkind, D. S. and Emsbo, P., eds.Ore deposits and exploration potential of the former

Soviet Union. Proceedings of a symposium atColorado School of Mines, V. 92, #1, #2

TTafoya, R. E.

The crisis in American public education, V. 92, #4“De Re Metallica,” a timeless classic, V. 94, #3The evolution of corporate management: An

interview with Tom Hamilton, President,Pennzoil Company, V. 95, #2

Former U.S.S.R. joins a tumultuous world commu-nity, V. 92, #1

A nuts-and-bolts approach to science education,V. 92, #1

Operations research at Colorado School of Mines,V. 95, #2

Truth and harmony, harmony and truth, V. 93, #4Tailleur, I. L.; Tourtelot, H. A.; and Donnell, J. R.

Alaskan oil shale, V. 62, #3Taranik, J. V.

Permian-Pennsylvanian stratigraphy and structuralevolution of the Breckenridge-Shrine Pass area(abstract), V. 67, #4

Tarbox, G. E.Bibliography of graduate theses on geophysics in

U.S. and Canadian institutions, V. 53, #1Tashiro, E.; Nakagawa, T.; and Hasegawa, J.

Chichibu Cement Company’s new plant atKumagaya—Japan is now under real timecomputer control, V. 59, #4, Part A

Taylor, L. W.Lockheed scientific data processing system, V. 59,

#4, Part ATchugunov, A. S. et al.


Teter, W. L. and Brown, C. M.Bench and pilot-scale treatment of low-level mixed

waste using supercritical carbon dioxideextraction, V. 96, #3

Theisen, L. D. and Beitnes, A.Traffic circle in rock under the Olympic town of

Lillehammer, V. 93, #3Thomas, C. S.

Metallurgical materials in the coal-mining industry,V. 45, #3A

Thomas, C. W.; Parsons, K. P. W.; and Read, T. A.The development of flotation for the treatment of

lead-silver-zinc ores at Broken Hill, New SouthWales, Australia, V. 56, #3

Thompson, T. B. and Beaty, D. W.The history and geology of the Leadville district,

V. 93, #1Thompson, T. B. et al.


Thorne, H. M.Bureau of Mines oil-shale research, V. 59, #3

Tichenor, K. L.A century of success: Reflections on the past and a

vision for the future of women at ColoradoSchool of Mines, V. 97, #3

Tokarevsky, V. V. (summarized by P. McKay)Coping with the aftermath of the Chernobyl Nuclear

Power Plant accident, V. 96, #3Tooms, J. S. and Gregory, P.

Geochemical prospecting for kimberlites, V. 64, #1Torey, P. D.

Secondary recovery of petroleum, V. 45, #3BTourtelot, H. A.; Donnell, J. R.; and Tailleur, I. L.

Alaskan oil shale, V. 62, #3Tovar N. O. N.

The new service contract policy for petroleumdevelopment in Venezuela, V. 68, #4

Traphagen, F. W.Oil flotation at the Colorado School of Mines,

V. 10, #3The cyanide industry, its present status and future

development, V. 9, #4Travis, R. B.

Classification of rocks, V. 50, #1Trenchard, J. and Stewart, R. J. G.

The destructive distillation of oil shale, V. 18, #3Trudell, L. G. and Smith, J. W.

Wyoming corehole No. 1—a potential site forproduction of shale oil in place, V. 63, #4

Trudell, L. G., Stanfield, K. E., and Smith, J. W.Drill cutting sampling for oil yields of Green River

oil shales, V. 58, #4Truebe, H. A.

The analysis of regional geologic data for the FrontRange mineral belt, Colorado, V. 59, #4, Part A

Turner, A. K. and Coffman, D. M.Geology for planning: A review of environmental

geology, V. 68, #3Tweedy, J. B.

Oil shale and the depletion allowance, V. 59, #3Twidale, M. A. and Djingheusian, L. E.

Correlation for certain Canadian rocks of crushingindex values with underground rock failure,V. 54, #3

UUeblacker, H.

Hanging Lake Tunnel, V. 92 #4Underhill, J. and Read, J. B.

The Experimental Mine, V. 25, #2Usoni, L.

New developments and the future of flotation inItaly, V. 56, #3

VVan Kirk, C. W.

Visions for the future of CSM’s Petroleum Engineer-ing Department, V. 97, #4

van Poollen, H. K.Horizontal support of mine openings, V. 51, #3Theories of hydraulic fracturing, V. 52, #3


47

Van Tassell, R. E.Exploration by overburdening drilling at Keno Hill

Mines, Ltd., V. 64, #1Van Tuyl, F. M., et al.

The Cripple Creek district of Colorado—resurvey ofColorado School of Mines. V. 14, #3.

Guide to the geology of the Golden area, fourthedition, revised, V. 33, #3

Review of petroleum geology in 1942, V. 38, #3Review of petroleum geology in 1943, V. 39, #2Review of petroleum geology in 1944, V. 40, #2Review of petroleum geology in 1945, V. 41, #3Review of petroleum geology in 1946, V. 42, #3Review of petroleum geology in 1947, V. 43, #3

Van Tuyl, F. M. and Kuhn, T. H., eds.Applied geology, V. 45, #1B

Van Tuyl, F. M. and Parker, B. H.The time of origin and accumulation of petroleum,

V. 36, #2Van Tuyl, F. M.; Parker, B. H.; and Skeeters, W. W.

The migration and accumulation of petroleum andnatural gas, V. 40, #1

Van Wagenen, H. R.Tungsten in Colorado, V. 3, #4

Vanderburg, W. H.The Hennebach Lectures, 1997-1998: Rethinking

engineering education and techological develop-ment, V. 98, #2

Vanderwilt, J. W.The occurrence and production of molybdenum,

V. 37, #4Vanderwilt, J. W. et al.

Guide to the geology of central Colorado, V. 43, #2Vandergrift, T. L. and Oudenhoven, M. S.

Conceptual design of a futuristic large rock cavern,V. 94, #3

Varlamoff, N.The bearing of tin minerals and ores in the weather-

ing zone and the possibility of geochemicalexploration for tin, V. 64, #1

Velasquez, J. D.The economics of bauxite-alumina-aluminum in

western Columbia, V. 68, #4Viland, C. K.

Research in the petroleum industry—today andtomorrow, V. 45, #2A

von den Steinen, K. A. and Hoyt, M. E.A bibliography of beryllium, V. 26, #4

WWade, J. F.

Fluidized bed unit combustion at the Rocky FlatsEnvironmental Technology site, V. 96, #3

Wadsworth, T. D. et al.Numerical modeling and the Fountain Creek,

Colorado alluvial aquifer system to access theimpact of wastewater treatment plant effluent,V. 94, #4

Wagner, E. O. and Parry, V. F.Up-grading Missouri Basin coals by flash drying,

V. 45, #2B

Wait, J. R.Some earth resistivity problems involving buried

cables, V. 73, #1Waldschmidt, W. A.

The Table Mountain lavas and associated igneousrocks near Golden, Colorado, V. 34, #3

Waldschmidt, W. A. and Adams, J. W.The beryl-monazite pegmatite dike of Centennial

Cone, Colorado, V. 37, #3Waldschmidt, W. A. et al.

Guide to the geology of the Golden area, V. 33, #3Walker, T. R.

Biotherms in the Minturn Formation (Des Moinesianage), Vail-Minturn area, Eagle County, Colorado,V. 67, #4

Wallace, S. R. et al.Geology and mineral resources of central Colorado,

V. 92, #4Wallace, S. R. and Bookstrom, A. A.

The Climax porphyry molybdenum system,V. 93, #1

Walsh, T. F.Commencement address: The worth of an engineer,

V. 3, #1Waltch, M. J. and Rausch, D. O.

Longwall mining of oil shale, V. 51, #2, Part IIWalvoord, O. W.

Design of flotation section, V. 56, #3Wantland, D. and Heiland, C. A.

A selected list of books and references on geophysi-cal prospecting, V. 26, #3

Wantland, D.; Heiland, C. A.; andAldredge, R. F., eds.Geophysical studies, 1932-1936, V. 32, #1

Ward, F. N. and Nakagawa, H. M.Atomic absorption techniques in geochemical

exploration—problem or progress, V. 64, #1Warfield, J. N.

Spectrographic analysis of carnotite ores for theirU

3O

8 content, V. 47, #1

Warme, J. E. and Shanley, K. W. eds.Carbonate depositional environments modern and

ancient, Parts 1-6: V. 80, #4; V. 81, #1, #2, #4;V. 82, #1

Warner, J. W. et al.Numerical modeling of variably saturated flow and

transport 881 Hillside at Rocky Flats Plant,Jefferson County, Colorado, V. 93, #2

Wearly, W. L.Trends of continuous coal mining underground,

V. 45, #2BWebb, J. S.; Horsnail, R. F.; and Nichol, I.

Influence of variations in the surface environmenton metal distribution in drainage sediments,V. 64, #1

Weber, L. J. and Buell, C. K.Ethylene production by thermal cracking of

propane-ethane mixtures, V. 45, #2AWeege, R. J.; Ruotsala, A. P.; and Nordeng, S. C.

Trace elements in accessory calcite—a potentialexploration tool in the Michigan copper district,V. 64, #1


48

Weeks, L. W.A mathematical model of a rotary cement kiln,

V. 59, #4, Part AWeimer, R. J. et al.

Tectonic influences on sedimentation, EarlyCretaceous, East Flank Powder River Basin,Wyoming and South Dakota, V. 77, #4

Weimer, R. J. and Hollister, J. C.Denver earthquakes and the Rocky Mountain

Arsenal well, V. 94, #1Weimer, R. J. and Hollister, J. C., eds.

Geophysical and geological studies of the relation-ships between the Denver earthquakes and theRocky Mountain Arsenal well, V. 63 #1, Parts A& B, Maps

Weimer, R. J. and Sonnenberg, S. A.Tectonics, sedimentation, and petroleum potential,

Northern Denver Basin, Colorado, Wyoming,and Nebraska, V. 76, #2

Weinig, A. J.A functional size-analysis of ore grinds, V. 28, #3

Weinig, A. J. and Carpenter, C. B.The trend of flotation, fourth edition, revised,

V. 32, #4Weinig, A. J. and Palmer, I. A.

The trend of flotation, V. 21, #2The trend of flotation, second edition, revised,

V. 23, #2The trend of flotation, third edition, revised,

V. 24, #4West, G. V. and Jowett, A.

Aspects of flotation cell design, V. 56, #3West, M. W.

Quarternary geology and reported surface faultingalong east flank of Gore Range, Summit County,Colorado, V. 73, #2

White, C. G.A rock drillability index, V. 64, #2

White, C. G. and Peiker, E. W.Analysis of shaft and level development, stope

production and planning, and ore transportationfor a simulated copper mining operation usingoptimization programming, V. 59, #4, Part B

White, J. E.; Harmsen, S. C.; and Harding, S. T.Seismic waves: Anisotropy, fluid saturation, and

slanting interfaces, V. 79, #2Whitman, R. V. and Lambe, T. W.

The role of effective stress in the behavior ofexpansive soils, V. 54, #4

Whitney, B. B. and Bond, F. C.The work index in blasting, V. 54, #3

Whitten, E. H. T.Models in the geochemical study of rock units,

V. 59, #4, Part AWichmann, A. P. and Bhappu, R. B.

Effect of fine particle sizes on sulfide flotation,V. 50, #2

Wilke, F. L.Researches on main haulage underground in main

haulage roads, V. 59, #4, Part B

Wilkinson, J. R.Some determinants of a mineral policy for the U. S.

and Latin America, V. 58, #1Willard, B. E.

Plant sociology of alpine tundra, Trail Ridge, RockyMountain National Park, Colorado, V. 74, #4

Williams, B. B.The adaptation of controlled mud fluids to diamond

core drilling, V. 58, #4Williams, J. C.

The production of shale oil, V. 14, #4Williams, W. C.

The Colorado Workmen’s Compensation Act,V. 10, #4

Williamson, D. L.The past, present, and future of the Physics Depart-

ment, V. 97, #4Williamson, T. N. and Bredthauer, R. O.

Mechanization potential in oil shale mining,V. 61, #3

Wilson, J. L.; Harris, P. M.; and Moore, C. H.Carbonate depositional environments modern and

ancient, part 2: Carbonate platforms, V. 80, #4Wilson, S. D.

Application of principles of soil mechanics to openpit mining, V. 54, #3

Winger, J. C.Outlook for the domestic energy market for the next

decade, V. 61, #3Wisser, E.

Deformation in the Cordilleran region of westernUnited States, V. 52, #3

Wolf, H. J.Common methods of determining latitude and

azimuth useful to engineers and surveyors,V. 13, #3

Wolf, H. J. and Patton, H. B.Preliminary report of the Cresson gold strike at

Cripple Creek, V. 9, #4Wolf, H. J. et al.

The Cripple Creek district of Colorado—resurvey ofColorado School of Mines, V. 14, #3

Wood, R. E.; Anderson, L. L.; and Hill, G. R.Liquefaction of some western coals, V. 65, #4

Woods, H. C.Opportunity in the field of coal mining engineering,

V. 45, #2BWoodward, J. R.

Models in hydrometallurgy, V. 59, #4, Part BWoolsey, R. E. D.

A different approach to teaching humanities atCSM—an editorial, V. 96, #4

CSM Admissions: Past, present and future, V. 98, #1Wray, J. L.; Ellis, C. H.; and Lohman, W. H.


Wright, W. H.Flotation experiments, V. 11, #2


49

Wuerker, R. G.Influence of stress rate and other factors on the

strength and elastic properties of rocks,V. 54, #3

YYancik, J. J. et al.


Yenge, L. I.Analysis of bulk flow of materials under gravity

caving process, part 1: Sublevel caving inrelation to flow in bins and bunkers, V. 75, #4;part 2: Theoretical and physical modeling ofgravity flow of broken rock, V. 76, #3

Yingst, P. O.An annotated bibliography on coal, V. 53, #3

Young, W.CSM Admissions: Past, present, and future, V. 97, #3

Young, G. J.Tube milling coke, V. 11, #4

Young, R. A.Drilling and well-testing problems in investigation of

deep aquifers at Nevada test site, Mercury,Nevada, V. 58, #4

Yurdakos, S. M.; Signer, M. I.; and Sarp, B. M.Mine-dust control, V. 42, #1

ZZeleny, R. and Piret, E. L.

Studies of the energy requirements for crushing, V.54, #3

Ziegler, V.Foothills structure in northern Colorado, V. 12, #2Colorado’s future as an oil producer, V. 13, #4The mineral resources of Texas, V. 10, #3The potash deposits of the Sand Hills region of

northwestern Nebraska, V. 10, #3Zimmer, P. W.

Orientation of small diameter drill core, V. 58, #4Zodrow, E. L. and Harris, D. P.

Magnetite trend surface analysis: A guide for openpit quality production control at the SmallwoodMine, Newfoundland, V. 64, #3

Zonenshain, L. P.; Kuzmin, M. I.; andNepatov, L. M.Plate tectonics and ore deposits within North

Eurasia, V. 92, #2Zuppero, A.

Discovery of water ice nearly everywhere in thesolar system, V. 95, #2


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