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Metamorphic Differentiation of Talc-Magnesite-Chlorite Rocks in Shetland

M. S. Amin

Open publisher page 8 citations

Abstract

Abstract Practically monomineralic masses of talc, of magnesite, and of chlorite are formed in talc-magnesite-chlorite-rocks as a result of localized shearing and associated hydrothermal activity within deformation-belts.

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What this paper is about

Abstract Practically monomineralic masses of talc, of magnesite, and of chlorite are formed in talc-magnesite-chlorite-rocks as a result of localized shearing and associated hydrothermal activity within deformation-belts.

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Available abstract

Abstract Practically monomineralic masses of talc, of magnesite, and of chlorite are formed in talc-magnesite-chlorite-rocks as a result of localized shearing and associated hydrothermal activity within deformation-belts.

Key concepts: Magnesite, Talc, Chlorite, Geology, Geochemistry, Shearing (physics), Metamorphic rock, Hydrothermal circulation

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Metamorphic Differentiation of Talc-Magnesite-Chlorite Rocks in Shetland — Research Paper | ScholarLens