It has been shown that gas-phase combustion processes, in contrast to the formed opinion, proceed via a branched-chain mechanism not only under extremely low pressure without temperature change but also at atmospheric pressure and increased pressures in any temperature mode. The features of ignition, flame propagation, explosion, and detonation of gases have been explained on the basis of the theory of nonisothermal chain reactions and experimentally confirmed for pressure and temperature regions important for technology. Chemical methods for the management of these combustion modes have been developed.

中文翻译：

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气体燃烧，爆炸和爆炸的连锁反应：过程管理的化学方法

与已形成的观点相反，已经表明，气相燃烧过程不仅通过支链机理进行，不仅在极低的压力下没有温度变化，而且在大气压和任何温度模式下的升高压力下都通过支链机理进行。已经基于非等温链式反应理论解释了气体的着火，火焰传播，爆炸和爆炸的特征，并通过实验证实了对技术重要的压力和温度区域。已经开发出用于管理这些燃烧模式的化学方法。