Mining Geology (21c50fa4-fba2-4497-a520-398ba2ecc317)

- Organization:
- The American Institute of Mining, Metallurgical, and Petroleum Engineers
- Pages:
- 4
- File Size:
- 234 KB
- Publication Date:
- Jan 1, 1937
Abstract
Succession of Minerals and Temperatures of Formation in Ore Deposits of Magmatic Affiliations BY WALDEMAR LINDGREN (Tech Pub 713 10,000 words ) The paper presents data accepted by many geochemists and geologists regarding the succession of minerals and the temperatures of formation in ore deposits affiliated with igneous rocks It also presents the individual views of the author on the composition of the solutions that were active and on the mode of deposition He does not regard these views as speculations or hypotheses but as forming a well motivated and con¬sistent theory It is not certain, however, that all investigators will subscribe to them The mining engineer may not always be interested in the field of stability and tempera¬ture of origin in the mineralogy of ore deposits, but he certainly is interested in the succession of minerals because this has a definite bearing on the understanding of the ores and on the best processes of extraction The author, therefore, summarizes in plain language the principal features of succession as shown in metallic ores
Citation
APA: (1937) Mining Geology (21c50fa4-fba2-4497-a520-398ba2ecc317)
MLA: Mining Geology (21c50fa4-fba2-4497-a520-398ba2ecc317). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1937.