Quantitative Expression of Heat Flow versus Tectonic Deformation in the China Continent: The Effects of Plastic-Flow Network and Stable Block
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Acknowledgmnts I am very grateful to Prof. Li Zhixiong and Dr. Zu Jinhua for their supporting the study and providing relevant information. This study is Contribution No. 2005B0019 of the Institute of Geology, China Earthquake Administration.


Quantitative Expression of Heat Flow versus Tectonic Deformation in the China Continent: The Effects of Plastic-Flow Network and Stable Block
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    1 Introduction It has been understood in the study of terrestrial heat flow that the distribution of heat flow in the interior of continent is influenced by a large number of factors, involving heat sources (e.g. mantle heat flow, heat production of radioactive elements in the crust, magmatic activity, and heat production of tectonic deformation), heat transfercondition (e.g. thermal conductivity and thickness of media), groundwater circulation, etc. On the background of these factors it is pa…

    Abstract:

    1 Introduction It has been understood in the study of terrestrial heat flow that the distribution of heat flow in the interior of continent is influenced by a large number of factors, involving heat sources (e.g. mantle heat flow, heat production of radioactive elements in the crust, magmatic activity, and heat production of tectonic deformation), heat transfercondition (e.g. thermal conductivity and thickness of media), groundwater circulation, etc. On the background of these factors it is pa…

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WANG Sheng-zu* Institute of Geology and State Key Laboratory of Earthquake Dynamics, China Earthquake Administration, Beijing .2006. Quantitative Expression of Heat Flow versus Tectonic Deformation in the China Continent: The Effects of Plastic-Flow Network and Stable Block[J]. ACTA GEOLOGICA SINICA(English edition),80(1):97~109

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  • 收稿日期:2005-09-28
  • 最后修改日期:2005-11-03
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