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Chemical Kinetics Illustrations: Methane and Hydrogen Sulfide Combustion

机译:化学动力学插图:甲烷和硫化氢燃烧

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Methane combustion has to be one of the most studied systems but nevertheless because of the dependence of many of the rates of elementary reactions in the mechanism on pressure and temperature (unimolecular or chemically activated reactions) as well as combustion conditions, fuel-rich or lean, discrepancies can always be found between two close but different combustion mechanisms authored by different investigators(both in the kinetic coefficients of reactions as well as the results of modeling). Nevertheless, the major chemical pathways are well known
机译:甲烷燃烧必须是研究最多的系统之一,但是由于机理中许多基本反应速率都依赖于压力和温度(单分子或化学活化反应)以及燃烧条件(富燃料或稀燃料),甲烷燃烧,总是可以找到由不同研究者提出的两种接近但不同的燃烧机理之间的差异(包括反应动力学系数和建模结果)。尽管如此,主要的化学途径还是众所周知的

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