气体在恒压下发生爆炸反应

Proceedings of the Symposium on Combustion Pub Date : 1948-01-01 DOI:10.1016/S1062-2888(65)80009-0

F.W. Stevens

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引用次数: 1

摘要

描述了气体爆炸在恒压下的反应过程，然后用一种简单的装置进行实验，用照相的时间-体积记录，这种装置被认为是一种透明的恒压炸弹。我们发现，在恒压下，爆炸反应区的均匀传播速率s，相对于活性气体的测量，与它们的浓度(分压)的乘积成正比:s=k1[A]n1[B]n2[C]n3⋯。根据这一关系，研究了惰性气体和复合燃料对气体爆炸转化速率的影响。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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The gaseous explosive reaction at constant pressure

The course of the gaseous explosive reaction at constant pressure is described and then followed experimentally by means of photographic time-volume records obtained by a simple device that is found to function as a transparent bomb of constant pressure. It is found that at constant pressure the uniform rate of propagation, s, of the zone of explosive reaction, when measured relative to the active gases, is proportional to the product of their concentrations (partial pressures): $s = k_{1} {[A]}^{n 1} {[B]}^{n 2} {[C]}^{n 3} \dots$ .

In the light of this relationship studies have been made of the effect of inert gases and of composite fuels on the rate of the gaseous explosive transformation.

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