Abstract

Using the equation of state, on the basis of perturbation theory, the thermophysical properties of the main combustion products N₂, O₂, CO₂, and H₂ of organic substances are calculated under normal conditions and in the region of high pressures. The method of calculating the viscosity of individual substances based on the Chapman–Enskog equation using the values of the radial distribution function is analyzed.

中文翻译：

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基本物质有机燃烧产物的热物理性质和输运性质的建模

摘要

使用状态方程，基于扰动理论，在正常条件下和高压区域中，计算出有机物质主要燃烧产物N ₂，O ₂，CO ₂和H ₂的热物理性质。分析了基于Chapman–Enskog方程，使用径向分布函数的值计算单个物质的粘度的方法。