通过从表观模型到微观模型的相关进展分析，对动力学模型的研究工作进行了总结。
From analyzing the progress of apparent and microscopic reaction models, related research works for kinetic models are summarized.
利用随机试验法等数值计算方法求得了模型中的表观活化能和视频率因子等动力学参数。
The kinetic parameters in the models, including pseudo activation energy and apparent frequency factor were obtained by using Monte Carlo numerical calculation method.
基于上述试验研究，本文采用双组份分阶段一级反应动力学模型，分别计算了在空气和氮气两种气氛下固体可燃物的表观动力学参数。
Based on the previous TGA studies, double components multi-step first order reaction kinetic model was used to describe the process of pyrolysis of wood.
对剧烈失重区间建立了反应动力学模型，求解出此温度区间的表观活化能、频率因子等动力学参数。
Based on the equation, such kinetics parameter values as the apparent activation energy and the Arrhenius factor were determined.
对剧烈失重区间建立了反应动力学模型，求解出此温度区间的表观活化能、频率因子等动力学参数。
Based on the equation, such kinetics parameter values as the apparent activation energy and the Arrhenius factor were determined.
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