Abstract
The control of mechanism of the carbon particles burning in the laser radiation field is very actual problem of modern power engineering. The decision of this problem is connected with detailed analysis of mutual influence of kinetics of chemical conversions and processes of heat and mass exchange. Usually we don’t take into account the influence of the Stephan current, when analyze of heat and mass exchange on the surface of the carbon particle, heated by laser radiation [1-3], This current results from the parallel chemical reactions [4,5]The control of mechanism of the carbon particles burning in the laser radiation field is very actual problem of modern power engineering. The decision of this problem is connected with detailed analysis of mutual influence of kinetics of chemical conversions and processes of heat and mass exchange. Usually we don’t take into account the influence of the Stephan current, when analyze of heat and mass exchange on the surface of the carbon particle, heated by laser radiation [1-3], This current results from the parallel chemical reactions [4,5]
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