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The Nature and Models of MetamorphismMineral Geothermobarometry

The Nature and Models of Metamorphism: Mineral Geothermobarometry [This chapter presents the most recent and comprehensive overview of a wide range of basic geothermobarometric techniques used in metamorphic petrology. This chapter provides specific mineralogical calibrations based on exchange equilibria involving the major or trace elements and net-transfer reactions, as well as geothermobarometry using multi-mineral equilibria based on internally consistent thermodynamic datasets, analysis of mineral zoning and P-T phase diagrams (petrogenetic grids and pseudosections). This chapter takes a look at the current possibilities and limitations, including the fields of application, errors associated with each method and presents a comparative analysis of different approaches using geothermobarometry and comparison of the results with natural observations. Methodologically, this chapter presents a comprehensive analysis of the most interesting and important methods and problems of geothermobarometry with recommendations for the use of certain petrological tools in reconstructing the P-T conditions of the formation and evolution of rocks.] http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png

The Nature and Models of MetamorphismMineral Geothermobarometry

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Publisher
Springer International Publishing
Copyright
© Springer Nature Switzerland AG 2019. Translation from the Russian language edition: ПРИРОДА И МОДЕЛИ МЕТАМОРФИЗМА by Ревердатто В.В, © Novosibirsk: Publ. House of Siberian Branch of RAS 2017. All Rights Reserved.
ISBN
978-3-030-03028-5
Pages
55 –82
DOI
10.1007/978-3-030-03029-2_2
Publisher site
See Chapter on Publisher Site

Abstract

[This chapter presents the most recent and comprehensive overview of a wide range of basic geothermobarometric techniques used in metamorphic petrology. This chapter provides specific mineralogical calibrations based on exchange equilibria involving the major or trace elements and net-transfer reactions, as well as geothermobarometry using multi-mineral equilibria based on internally consistent thermodynamic datasets, analysis of mineral zoning and P-T phase diagrams (petrogenetic grids and pseudosections). This chapter takes a look at the current possibilities and limitations, including the fields of application, errors associated with each method and presents a comparative analysis of different approaches using geothermobarometry and comparison of the results with natural observations. Methodologically, this chapter presents a comprehensive analysis of the most interesting and important methods and problems of geothermobarometry with recommendations for the use of certain petrological tools in reconstructing the P-T conditions of the formation and evolution of rocks.]

Published: Dec 31, 2018

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