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Deformation metamorphism of bituminous and anthracite coals from China
Yunxing Cao
, Gareth D. Mitchell
, Alan Davis
, Daming Wang
EMS Energy Institute
Research output
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Contribution to journal
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Conference article
›
peer-review
117
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Keyphrases
China
100%
Anthracite Coal
100%
Bituminous Coal
100%
Deformation-metamorphism
100%
Deformed Coal
100%
Tectonic Stress
66%
Coal Sample
66%
Tectonic Pressure
66%
Chemical Structure
33%
Low Molecular Weight
33%
Chemical Properties
33%
Nitrogen Content
33%
Volatile Matter
33%
No Significant Difference
33%
Coal Seam
33%
Catastrophic Failure
33%
Comminution
33%
Anthracite
33%
Fault Plane
33%
Deformed Layer
33%
Reflectance Analysis
33%
Hydrogen Content
33%
Saturated Hydrocarbons
33%
Proximate Analysis
33%
Coal Properties
33%
Coal Bed
33%
Plane Normal
33%
Vitrinite Reflectance
33%
Maximum Time
33%
Coal Layer
33%
Ultimate Analysis
33%
Chloroform Extract
33%
Coalification
33%
Yuxi
33%
Organic Maturity
33%
Tectonic Displacement
33%
Working Face
33%
Granular Texture
33%
Hydrocarbon Fractions
33%
Henan Province
33%
Pingdingshan
33%
Jiaozuo
33%
Hunan Province
33%
Coal Bedding
33%
Mining Problem
33%
Footwall
33%
Earth and Planetary Sciences
Tectonics
100%
China
100%
Bituminous Coal
100%
Anthracite
100%
Reflectance
20%
Coal Seam
20%
Footwall
20%
Chemical Structure
20%
Fault Plane
20%
Coal Mine
20%
Chloroform
20%
Vitrinite Reflectance
20%
Low Molecular Weight
20%
Alkane
20%
Chlorine Compounds
20%
Coalification
20%
Hydrogen
20%