The Geiger Counter As A Control Tool In Processing Potassium - Bearing Ores

The American Institute of Mining, Metallurgical, and Petroleum Engineers
W. C. Knopf G. Samsel
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
3
File Size:
211 KB
Publication Date:
Jan 10, 1958

Abstract

For several years International Minerals & Chemical Corp. has used a radiation method to assay potassium content of products from potash and feldspar beneficiation. The procedure is rapid, accurate, and inexpensive and is easily handled, if necessary, by nontechnical personnel. Data are presented to show the accuracies that may be expected if the technique is used for control of pilot plants or large- scale plants. Natural potassium is composed of three isotopes -K39, K40 and K41. Five other isotopes, artificially produced, have been detected. In natural potassium only the K40 isotope, with a half life of 1.4 x 109 years, is radioactive. Its modes of decay are beta and gamma rays, positrons, and x-rays. Only the more abundant beta rays, however, are important in radiation measurements using geiger tubes.
Citation

APA: W. C. Knopf G. Samsel  (1958)  The Geiger Counter As A Control Tool In Processing Potassium - Bearing Ores

MLA: W. C. Knopf G. Samsel The Geiger Counter As A Control Tool In Processing Potassium - Bearing Ores. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1958.

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