Uranium Geology and Geochemistry, Copper Mountain, Wyoming (30ce907e-39f9-4fe1-baa6-59e25fd138b0)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
L. B. Bramlett S. L. Reyher G. G. Southard
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
11
File Size:
853 KB
Publication Date:
Jan 1, 1983

Abstract

The Archean (2.65 billion years) aged Canning Stock at Copper Mountain, WY, contains an average of 20 ppm U. The North Canning and Fuller deposits occur within the enriched interibr of the stock. Post-Laramide development of supergene enrichment blankets occurred in 25-100 m (82-328 ft) crushed zones. Hematite and chlorite accompany pyrite and sooty pitchblende in the mineralized zones. Reduction mechanism proposed for deposition of pitchblende are sulfides, hydro-carbons, bacteria, the water table, or some combination of these. Abundant tar-type organics appear to have preserved the enrichment blankets from degradation. Trace element and radio-metric data define target zones, but exploration models focus on favorable structure.
Citation

APA: L. B. Bramlett S. L. Reyher G. G. Southard  (1983)  Uranium Geology and Geochemistry, Copper Mountain, Wyoming (30ce907e-39f9-4fe1-baa6-59e25fd138b0)

MLA: L. B. Bramlett S. L. Reyher G. G. Southard Uranium Geology and Geochemistry, Copper Mountain, Wyoming (30ce907e-39f9-4fe1-baa6-59e25fd138b0). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1983.

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