Abstract

Based on an analysis and generalization of the results of theoretical and experimental studies of the basic laws of physicochemical transformations that occur in highly filled elastomers upon heating, a differential mathematical model of the kinetics and energy of the pyrolysis process of these materials is formulated. A distinctive feature of the model is the inclusion of changes in the composition of the material during heating to high temperatures, as well as the influence of the heating rate on the process parameters. The results of numerical studies are in satisfactory agreement with experimental data.

中文翻译：

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高填充弹性体的高温热解动力学和能量学

摘要

基于对高填充弹性体加热后发生的物理化学转变的基本规律的理论和实验研究结果的分析和归纳，建立了这些材料热解过程的动力学和能量的微分数学模型。该模型的一个显着特征是在加热到高温期间材料成分的变化以及加热速率对工艺参数的影响。数值研究结果与实验数据令人满意。