Radiometric Techniques in Heavy Mineral Exploration and Exploitation (a533ff83-da77-414b-aaa6-da379b7ff5f7)

Canadian Institute of Mining, Metallurgy and Petroleum
R. J. De Meijer C. Stapel AA Groningen
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
10
File Size:
841 KB
Publication Date:
Jan 1, 1994

Abstract

"In recent years the Environmental Research Group of the KVI has been developing a number of radiometric techniques that may be employed in mineral sand exploration. These techniques involve: radiometric fingerprinting for assessing sand provenances and mineralogical composition; thermoluminescence for dating and provenance determination of sediments; a towed seabed detector to map seafloors for radiogenic heavy minerals and assessing heavy mineral volumes; and simplified transport mechanism models to explain and predict heavy mineral concentrations.All techniques exploit the property that heavy minerals as a group contain concentrations of naturally occurring uranium and thorium that are a hundred to a thousand times higher than in light minerals. In this paper the physics of a number of methods will be described together with a number of results. Based on these results potential applications to mineral exploration and mining are discussed."
Citation

APA: R. J. De Meijer C. Stapel AA Groningen  (1994)  Radiometric Techniques in Heavy Mineral Exploration and Exploitation (a533ff83-da77-414b-aaa6-da379b7ff5f7)

MLA: R. J. De Meijer C. Stapel AA Groningen Radiometric Techniques in Heavy Mineral Exploration and Exploitation (a533ff83-da77-414b-aaa6-da379b7ff5f7). Canadian Institute of Mining, Metallurgy and Petroleum, 1994.

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