Asymptotics of critical conditions in one combustion model

E. S. Dolgova
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Abstract

The work is devoted to solving the problem of critical conditions for an autocatalytic combustion model, taking into account the consumption of reagent and oxidizer. By use the methods of geometric theory of singular perturbations, the analysis of the mathematical model of this process show that there are two main types of combustion modes: the slow combustion mode and the thermal explosion mode. The critical mode is intermediate between them. In the paper, the condition of the critical regime is obtained in the form of an asymptotic representation of the corresponding value of the system parameter reflecting the heat loss from the reaction phase
一种燃烧模型中临界条件的渐近性
该研究致力于解决自催化燃烧模型的临界条件问题,同时考虑到试剂和氧化剂的消耗。通过使用奇异扰动几何理论的方法,对该过程数学模型的分析表明存在两种主要的燃烧模式:缓慢燃烧模式和热爆炸模式。临界模式介于两者之间。本文以反映反应阶段热量损失的系统参数相应值的渐近表示形式获得了临界制度的条件
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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