The reaction order and the reaction activation energy are determined and the reaction kinetic equation is set up.
测定了反应级数和反应活化能，建立了反应动力学方程。
The correlation coefficient shows that obtained hyperbolic kinetic equation is fitting well with the reaction.
回归相关系数表明，双曲线动力学方程与反应能较好地吻合。
The kinetic equation was derived by supposing that the surface reaction between adsorbed hydrogen and adsorbed benzene is the control step of the rate.
另一种吸附苯、环己烷及反应中间物，并假定吸附氢与吸附苯间的表面反应为过程的控制步骤，从而导出动力学方程。
According to mechanism of the chemical reaction, the corresponding kinetic equation is listed.
根据尾气净化的化学反应机理，列出其相应的化学动力学方程。
The rule of degradation follows the first-order kinetic reaction equation.
驯化污泥对石油的降解规律遵循一级反应动力学方程。
The rate constant and the order of reaction are determined through the establishment of kinetic equation in delignification reaction.
本文通过建立反应动力学方程获得了麦草甲酸法制浆化学反应速率常数以及反应级数。
The stiffness problem of differential equation set has been solved and a kinetic model of simultaneous pyrolysis reaction has been proposed.
解决了微分方程组的刚性问题，提出了混合裂解反应动力学模型。
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.
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 crystallization kinetic equation of these compounds were fitted with experimental data by computer, and the crystallization reaction mechanism has been proposed.
同时拟合给出了结晶动力学方程，并对结晶反应机理进行了探讨。
The result showed that the chemical reaction of microwave synthesizing nano-TiC is a zero level reaction, the kinetic equation of the reaction and the reaction's activation energy were confirmed.
结果表明，微波合成纳米碳化钛粉体的化学反应属零级反应，且确定了反应动力学方程及反应的活化能。
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。
The catalytic hydroxyethylation of liquid ammonia by cation exchange resin was studied and the reaction mechanism was discussed. According to the experimental data, the kinetic equation was deduced.
对以阳离子交换树脂为催化剂的液氨羟乙基反应进行了研究，叙述了该催化反应的机理，在对该反应动力学的实验基础上，得到了反应动力学方程。
The effect of reaction conditions was discussed and some experimental phenomena were explained based on the intrinsic kinetic equation of the reaction.
以动力学方程为基础，讨论了各种反应条件对反应的影响，解释了一些实验现象。
The effect of reaction conditions was discussed and some experimental phenomena were explained based on the intrinsic kinetic equation of the reaction.
以动力学方程为基础，讨论了各种反应条件对反应的影响，解释了一些实验现象。
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