Minerals yearbook 1988
Source:
Bureau of Mines
Minerals yearbook 1988
Year 1988, Volume 1
Washington: U.S. Bureau of Mines, 1988
URL to cite for this work: http://digital.library.wisc.edu/1711.dl/EcoNatRes.MinYB1988v1
Contents
Minerals yearbook, pp. i-ii
Foreword, Ary, T. S. pp. iii-iv
Acknowledgments, Cammarota, V. Anthony, Jr. pp. v-vi
Contents, pp. vii-viii
Survey methods and statistical summary of nonfuel minerals, Walker, Gloria L.; Smith, Stephen D. pp. 1-44
Mining and quarrying trends in the metals and industrial minerals industries, Tanner, Arnold O. pp. 45-[88]
Abrasive materials, Austin, Gordon T. pp. 89-108
Aluminum, Plunkert, Patricia A. pp. 109-124
Antimony, Llewellyn, Thomas O. pp. 125-132
Asbestos, Virta, Robert L. pp. 133-140
Barite, Ampian, Sarkis G. pp. 141-[154]
Bauxite and alumina, Plunkert, Patricia A.; Hough, Ruth A. pp. 155-[164]
Beryllium, Kramer, Deborah A. pp. 165-[170]
Bismuth, Jasinski, Stephen M. pp. 171-[176]
Boron, Lyday, Phyllis A. pp. 177-[184]
Bromine, Lyday, Phyllis A. pp. 185-190
Cadmium, Llewellyn, Thomas O. pp. 191-[196]
Calcium and calcium compounds, Morse, David E. pp. 197-200
Cement, Johnson, Wilton pp. 201-[230]
Chromium, Papp, John F. pp. 231-250
Clays, Ampian, Sarkis G. pp. 251-288
Cobalt, Shedd, Kim B. pp. 289-298
Columbium and tantalum, Cunningham, Larry D. pp. 299-[308]
Copper, Jolly, Janice L. W.; Edelstein, Daniel pp. 309-364
Diatomite, Meisinger, Arthur C. pp. 365-[368]
Feldspar, nepheline syenite, and aplite, Potter, Michael J. pp. 369-376
Ferroalloys, Neuharth, Clark R. pp. 377-[396]
Fluorspar, Morse, David E. pp. 397-406
Gallium, Kramer, Deborah A. pp. 407-[412]
Gem stones, Austin, Gordon T. pp. 413-424
Gold, Lucas, John M. pp. 425-448
Graphite, Taylor, Harold A., Jr. pp. 449-[460]
Gypsum, Davis, Lawrence L. pp. 461-[470]
Helium, Leachman, William D. pp. 471-[478]
Iodine, Lyday, Phyllis A. pp. 479-482
Iron ore, Kuck, Peter H. pp. 483-[522]
Iron oxide pigments, Mickelsen, Donald P. pp. 523-532
Iron and steel, Peters, Anthony T. pp. 533-[552]
Iron and steel scrap, Brown, Raymond E. pp. 553-[576]
Kyanite and related materials, Potter, Michael J. pp. 577-580
Lead, Woodbury, William D. pp. 581-618
Lime, Miller, M. Michael pp. 619-628
Lithium, Ober, Joyce A. pp. 629-[636]
Magnesium, Kramer, Deborah A. pp. 637-644
Magnesium compounds, Kramer, Deborah A. pp. 645-650
Manganese, Jones, Thomas S. pp. 651-[666]
Mercury, Reese, Robert G., Jr. pp. 667-[672]
Mica, Davis, Lawrence L. pp. 673-680
Molybdenum, Blossom, John W. pp. 681-[690]
Nickel, Kirk, William S. pp. 691-702
Nitrogen, Cantrell, Raymond L. pp. 703-[714]
Peat, Cantrell, Raymond L. pp. 715-[724]
Perlite, Meisinger, Arthur C. pp. 725-[728]
Phosphate rock, Stowasser, William F. pp. 729-[744]
Platinum-group metals, Loebenstein, J. Roger pp. 745-756
Potash, Searls, James P. pp. 757-766
Pumice and pumicite, Meisinger, Arthur C. pp. 767-770
Quartz crystal, strontium, wollastonite, and zeolites, Ober, Joyce A.; Potter, Michael J.; Virta, Robert L. pp. 771-778
Rare-earth minerals and metals, Hedrick, James B.; Templeton, David A. pp. 779-[790]
Salt, Kostick, Dennis S. pp. 791-[812]
Construction sand and gravel, Tepordei, Valentin V. pp. 813-[832]
Industrial sand and gravel, Bolen, Wallace P. pp. 833-[844]
Silicon, Gambogi, Joseph pp. 845-[854]
Silver, Reese, Robert G., Jr. pp. 855-[874]
Slag--- iron and steel, Owens, Judith F. pp. 875-[888]
Soda ash and sodium sulfate, Kostick, Dennis S. pp. 889-900
Crushed stone, Tepordei, Valentin V. pp. 901-[912]
Dimension stone, Taylor, Harold A., Jr. pp. 913-922
Sulfur, Morse, David E. pp. 923-[946]
Talc and pyrophyllite, Virta, Robert L. pp. 947-[954]
Thorium, Hedrick, James B. pp. 955-[960]
Tin, Carlin, James F., Jr. pp. 961-972
Titanium, Lynd, Langtry E.; Hough, Ruth A. pp. 973-[986]
Tungsten, Smith, Gerald R. pp. 987-[1004]
Vanadium, Hilliard, Henry E. pp. 1005-[1014]
Vermiculite, Meisinger, Arthur C. pp. 1015-[1018]
Zinc, Jolly, James H. pp. 1019-1048
Zirconium and hafnium, Hedrick, James B. pp. 1049-[1058]
Minor metals, pp. 1059-1076
As a work of the United States government, this material is in the public domain.| For information on re-use see: http://digital.library.wisc.edu/1711.dl/Copyright
