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Mineralogic and petrologic investigation of pre-test core samples from the spent fuel test-climax
Author(s) -
Frederick J. Ryerson,
B.J. Qualheim
Publication year - 1983
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/59298
Subject(s) - biotite , calcite , plagioclase , geology , chlorite , epidote , petrography , geochemistry , muscovite , mineralogy , quartz monzonite , quartz , pseudomorph , vein , climax , paleontology , pluton , psychology , psychiatry , tectonics , ecology , biology
Pre-test samples obtained from just inside the perimeter of the canister emplacement holes of the Spent Fuel Test-Climax have been characterized by petrographic and microanalytical techniques. The primary quartz monzonite has undergone various degrees of hydrothermal alteration as a result of natural processes. Alteration is most apparent on primary plagioclase and biotite. The most common secondary phases on plagioclase are muscovite and calcite, while the most common secondary phases on biotite are epidote and chlorite. The major alteration zones encountered are localized along filled fractures, i.e. veins. The thickness and mineralogy of the alteration zones can be correlated with the vein mineralogy, becoming wider and more complex mineralogically when the veins contain calcite. 7 references, 10 figures, 4 tables

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