Russian Mineralogical Society
XIII All-Russian conference on thermobarogeochemistry in conjunction with IV APIFIS symposium
Magmatogene fluids: special features of composition and metal-bearing capacity

RMS-DPI code:  2008-1-137-0
Scientific session:  Plenary lectures
Author listing:  Borisenko A.S., Borovikov A.A., Pavlova G.G.
Principal author:  Borisenko Alexandr Sergeevich
Language:  Russian
Abstract - Summary 
(short description):
Fluid and melt inclusions in minerals from magmatic rocks and associated ores and metasomatites were studied. Based on the results obtained as well as on experimental data, possible evolution trends are considered for the phase composition of magmatogene fluids separating from granitoid and basic melts at different depths. Three types of fluids have been recognized according to their composition and phase state, which differ in metal contents: (1) homogeneous supercritical, (2) heterophase «oxidized» and «reduced», and (3) «dry», essentially gaseous. Heterophase fluids are shown to have the highest metal-bearing capacity; their ore element complex is determined by the geochemistry of the ore-magmatic system. The obtained composition data evidence different metal-bearing capacity of the gas and water-salt phases of magmatogene fluids. It is shown that the high metal-bearing capacity of these fluids are due to their heterophase state, the high extraction capacity of each their component, dynamics and high temperature of fluid separation from melts (>700 °C), and high concentrations of ore elements in the original ore-bearing melts.
Plenary presentation:  yes
Date of presentation:  21/09/2008
Time of presentation:  11:50
Presentation Place:  IGEM RAS, Conference Hall
RMS-DPI code:  2008-1-137-0
Proceeedings volume 
in the RMS catalogue:
Proceedings of XIII International conference on thermobarogeochemistry and IVth APIFIS symposium. Volume 1.
Pages:  15-18
File of proceedings 
 111 K
Status:  printed
Recieved:  21/05/2008
Accepted:  27/06/2008
Published on-line:  13/02/2009
Permanent address of publication:
Contact author(s):  Borovikov, Andrey Alexandrovich

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printed on 12/08/2020