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P-T paths and problems of high-temperature polymetamorphism
L. L. Perchuk
, T. V. Gerya
,
D. D. Van Reenen
, C. A. Smit
Geology
Lomonosov Moscow State University
Russian Academy of Sciences
University of Johannesburg
Research output
:
Contribution to journal
›
Article
›
peer-review
27
Citations (Scopus)
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Keyphrases
High Temperature
100%
Gneisses
100%
P-T Path
100%
Polymetamorphism
100%
Ductile Shear Zone
66%
Archean
33%
Overprinting
33%
Metamorphic Complex
33%
Tmin
33%
Granulite Complex
33%
South Africa
16%
Thermal Effect
16%
Continental Crust
16%
Mineral Assemblage
16%
Metamorphic Fluids
16%
Middle Part
16%
Strike-slip
16%
Main Criteria
16%
Granulite
16%
Limpopo
16%
Cooling Path
16%
Decompression
16%
Granulite Facies
16%
Kola Peninsula
16%
Lapland
16%
Isotopic Systems
16%
High Pressure High Temperature
16%
Isobaric Cooling
16%
Lineation
16%
Metamorphic Stage
16%
Constant Pressure
16%
Dynamometamorphism
16%
Geological Surveying
16%
Z-shaped
16%
Baikal Area
16%
Age Relationship
16%
Rock Complexes
16%
Isotopic Age
16%
Aerial Images
16%
Actual Age
16%
Slip Morphology
16%
Earth and Planetary Sciences
Shear Zone
100%
Granulite
75%
Exhumation
50%
Precambrian
25%
Peninsula
25%
Continental Crust
25%
Pressure Reduction
25%
Overprinting
25%
Granulite Facies
25%
Lineation
25%
Aerial Photograph
25%
Republic of South Africa
25%
Thermal Effect
25%