对实验数据进行拟合，得到该反应速率方程。
According to the experimental data, the rate equation was deduced.
同时根据非等温变体积条件下的动态法液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate has be deduced under the non isothermal and volume varying conditions by kinetic calculation.
同时根据非等温变体积条件下的动态法液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate was deduced under the non-isothermal and volume-varying condition.
同时根据非等温变体积条件下的动态法，液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate has be deduced under the non-isothermal and volume-varying condition.
通过对炸药化学反应速率方程的分析，建立了基于KIM弹粘塑性球壳塌缩热点模型原理的三项式整体化学反应速率方程模型。
A new reaction rate function model is set up based on the KIM pore collapse hot spot reaction model by an analysis on explosive reaction rate function models.
文章讨论了气固相催化反应的基本过程和速率方程。
The basic process of gas solid catalytic reaction and rate equation have been discussed in this article.
将速率方程(RE)模型与化学动力学模型相结合，讨论了增益饱和模型与化学反应系统对COIL性能的影响。
By combining the rate equation (re) model with the chemical kinetics model, the effects of gain saturation models and chemical reaction systems on the performance of COIL are discussed in this paper.
通过所得动力学参数的精度比较，获得了最佳拟合的2-甲基呋喃HDO反应的速率方程。
By means of comparing the accuracy of the kinetic parameters, the best fit rate expression for HDO reaction of 2MF was obtained.
并求得初始传质速率方程，计算了表观传质反应热。
The transfer rate equation is experimentally obtained and the superficial transfer energy is calculated.
本文对喷涂载体表面进行了反应动力学分析，提出了系统理想状态下的光净化速率方程。
The dissertation carried out the reaction kinetics analysis of the sprayed carrier surface, and put forward the photo-catalytic purification rate equation under ideal state.
吸附动力学过程包括吸附快反应阶段和慢反应阶段，可用动力学一级方程和双常数速率方程描述；
The sorption kinetics included the initial fast phase and the final slow phase. The first-order kinetic reaction and double constant rate equation could describe the sorption kinetics well.
由溅射速率方程和反应粒子输运方程得出了靶面化合物的覆盖度。
The compound fraction of target surface was gotten from the rate equations of sputtering and the transport equations of reactive particles .
该反应的速率方程和速率常数亦被确定。
该反应的速率方程和速率常数亦被确定。
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