Two differential kinetic equations of the Berthelot and the deduced from the Arrhenius law are proposed to calculate the basic kinetic parameters of the thermal decomposition reaction and the theoretical storage life in the differential temperatures.
利用布氏压力法对改性RHT-902炸药的热分解放气量进行了测试,并利用由阿累尼乌斯方程推算出的公式以及Berthelot方程分别计算出了改性RHT-902炸药分解反应动力学的基本参数和在不同温度条件下的理论贮存寿命。
Based on the theory of 3 dimension heat transfer, the influence of heat created by priming decomposing according to the zeroth Arrhenius law on the temperature field in EED was researched.
在三维热传导理论的基础上 ,研究药剂按零次阿累尼乌斯定律发生热分解时 ,所产生的热量对电火工品 (EED)三维热场分布的影响 。
A rheological model based on Dual-Arrhenius equation was established with experimental data and used to simulate and forecast the rheological behavior of this resin.
研究了一种可用于固体润滑的耐高温双马来酰亚胺树脂的流变特性,并根据双阿罗尼乌斯方程,建立了与实验数据较为相符的化学流变模型,同时对树脂粘度进行了预测。
