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Quantitative Relationship between the Rate Constant of Quadratic Chain Branching and the Rate of Nonthermal Flame Propagation

机译:二次链分支速率常数与非热火焰传播速度的定量关系

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摘要

The pattern of the quantitative relationship between the rate constant of the quadratic branching of reaction chains and the rate of nonthermal flame propagation is determined by the example of the chain decomposition of nitrogen trichloride. It is shown that, due to this functional relationship, the values of the rate constants for the NCl2 + NCl2 = N-2 + 4Cl reaction determined by the stationary rate of the decay of the flame of the nitrogen chloride and, independently, by the spectroscopic kinetic study of NCl2 radical consumption are almost the same.
机译:通过氮素三氯化物的链分解的实施例确定反应链的二次分支的速率常数与非热火焰繁殖速率之间的定量关系。 结果表明,由于这种功能关系,NCL2 + NCL2 = N-2 + 4CL反应的速率常数的值通过氮氯腐蚀的腐蚀的静止速率和独立地通过 NCL2自由基消耗的光谱动力学研究几乎相同。

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