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Abstract The thesis deeply expounds the basic idea of how to explain the process of industry′s development. Combined with classic combustion theory and the concept of entropy, the thesis introduces the industrial temperature curve to simulate and describe the dynamic combustion process of industrial system. It attempts to make up for the regret of Haken and Prigogine on how the system from order to disorder partial loss. Above these, around with nonlinear and nonequilibrium on industry, the author expounds the mechanism of positive and negative entropy flow to industry′s running, and gives the quantitative formula expression, sets up the industrial temperature curve to describe the dynamic derivative process of industry, outlines an intrinsic scientific theoretical system from the "natural relationship" to "logical relationship" then to "function relationship".
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| Fund:基金项目：中国博士后科学基金面上项目（2016M590769） |
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