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Bureau of Mines / Minerals yearbook metals, minerals, and fuels 1972
Year 1972, Volume 1 (1972)

Hague, J. M.
Bismuth,   pp. 211-216 PDF (566.5 KB)


Page 216

216 
MINERALS YEARBOOK, 1972 
TECHNOLOGY 
 A new microfilm process using a thin layer of bismuth on film was announced
by Bell Laboratories.2 A centrifugation process for removing bismuth from
lead was developed by the Federal Bureau of Mines.3 Australian research laboratories
developed an electrometallurgical method for debismuthing lead.4 The thermodynamic,
thermoelectric, electrochemical and alloying behavior of bismuth was studied
and reported on in several papers.5 
 2American Metal Market. Bismuth is Key Material in New Microfilm Process.
V. 79, No. 191Oct. 18, 1972, p. 9. 
 Montagna, D., and J. A. Ruppert. Removing Bismuth From Lead With a Submersible
Centrifuge. BuMines RI 7602, 1972, 10 pp. 
 4Commonwealth Scientific & Industrial Research Organization, Minerals
Research Laboratories (Melbourne, Australia). Annual Report 1971—72.
P. 22. 
 Cadle, S. H., and S. Bruckenstein. Ring-Disk Electrode Study of the Reduction
and Oxidation of Bismuth on Gold. J. Electrochem Soc., v. 119, No. 9, 1972,
pp. 1166—1169. 
 Cochrane, G., and W. V. Youdelis. Transport and Thermoelectric Properties
of Bismuth and Bi-l2 At. Pct. Sb Alloy Powder Compacts. Met. Trans., v. 3,
No. 11, 1972, pp. 2843—2850. 
 Coyle, R. J., C. Vacha, and E. A. Peretti. Constitution of the Tin-rich
and Bismuth-rich Regions of the Tin-Bismuth-Arsenic Ternary System. J. Less-Common
Metals, v. 26, 1972, pp. 
263—272. 
 Ptak, W., and Z. Moser. The Thermodynamic Properties of the Zn-Sn-Cd-Bi
Liquid Quaternary Solutions. J. Electrochem Soc., v. 119, No. 7, 1972, pp.
843—849. 


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