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Mantle magma-thermofluidodynamic and intracrustal granitoid-hydrothermal-metasomatic auriferous systems

Name: Mantle magma-thermofluidodynamic and intracrustal granitoid-hydrothermal-metasomatic auriferous systems
Creator: Korobeynikov, A. F.
Keywords: auriferous systems, ore-forming systems, 13. Climate action, magmatic melts, golden-ore deposits, solid bodies, gas-fluids, granitoid-hydrothermal-metasomatic auriferous systems, Earth's crust, mantle

descriptionPublicationkeyboard_double_arrow_right Article 20 Nov 2015 Russian Federation English Publisher:Томский политехнический университет

Authors: Korobeynikov, A. F.;

Mantle magma-thermofluidodynamic and intracrustal granitoid-hydrothermal-metasomatic auriferous systems

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Abstract

Contents of typical models of formation of abyssal and intra-core ore-forming systems are discussed. As it has been already marked, the interaction between core and mantle ore-forming systems occurred at formation of large and unique golden-ore deposits. The interaction of the abyssal mantle substance with formations of the Earth's crust has been carried out by penetration of high-temperature gas-fluids, magmatic melts and solid bodies, forming diapiric magma-thermofluidodynamic systems on borders of the inner core with the bottom mantle and within the limits of the upper mantle - the Earth's crust

Country

Russian Federation

Related Organizations

Tomsk Polytechnic University
Russian Federation

Keywords

auriferous systems, ore-forming systems, magmatic melts, golden-ore deposits, solid bodies, gas-fluids, granitoid-hydrothermal-metasomatic auriferous systems, Earth's crust, mantle, mantle magma-thermofluidodynamic auriferous systems

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13. Climate action

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13. Climate action,

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