The activation energy, before you can have reaction.
这就是反应发生之前的活化能。
The rate of antioxidant degradation is affected by extrusion temperature, holding time, heating methods and the activation energy of the antioxidants.
挤压稳定化温度、保温时间、加热方法和抗氧化组分的活性能影响抗氧化组分的分解速率。
However, the activation energy of CdMnTe epilayer increases with Mn concentration increasing.
碲化锰镉磊晶层的活化能随著锰浓度的增加而逐渐变大。
The electrical properties of the films were characterized by their room temperature electrical conductivity and the activation energy.
利用薄膜的暗电导和激活能对硅薄膜的电学特性进行了表征。
In the reaction system, the activation energy of the proton transfer process is not very high, and it can also happen.
在该反应体系中质子迁移过程反应活化能不高，也是能发生的。
The processing map and activation energy map of the alloy were established by using tested data, and microstructure evolution of deformed samples was also examined.
利用实验数据建立了合金的热加工图和热激活能图，对变形过程中组织演化进行了研究。
The influential factors of average activation energy are discussed in this paper.
对源岩平均活化能的影响因素进行了讨论。
This is very significant to both determining the rate constant and estimating the activation energy.
这对于求反应速率常数和估计反应的活化能都具有重要意义。
The values of apparent activation energy and reaction rate constant were calculated.
计算了初始阶段的反应速度常数和表观活化能；
Kinetics constant, half time, activation energy of instability process were obtained.
求出了失稳的动力学常数、半衰期和失稳活化能。
The rate constant, activation energy and kinetics equation were obtained.
最后得速率常数、活化能及动力学方程序。
Reaction apparent activation energy and frequency factor were calculated.
求得了反应的表观活化能及频率因子。
The geometries, relative energies, and activation energy of the tautomer and transition state were determined.
确定了互变异构体及过渡态的几何构型、相对能量和活化能。
Based on the concept of activation energy and microwave absorption power density, the formula of diffusion coefficient due to the effect of microwaves is derived.
利用活化能的概念和微波吸收功率密度表达式得到微波作用下的扩散系数表达式。
The diffusion coefficient, diffusion activation energy and equilibrium moisture content were obtained.
测定了扩散系数、扩散活化能和平衡湿含量。
The results show that hydrogen reduces the fracture activation energy by 74%, that is, atomic binding force decreases.
结果表明：氢的存在使断裂激活能约降低74%。这说明其减弱了原子间键合力。
The results show that re can decrease activation energy for carburizing and expedite carburization.
结果表明，稀土能降低渗碳的激活能，有利于提高其渗碳速度。
In addition, hydrogen donor changed the reaction pathways and increased reaction apparent activation energy.
反应动力学考察表明，供氢剂可提高反应表观活化能。
The recovery activation energy and recrystallization activation energy were calculated respectively.
分别计算了试验钢回复后期和再结晶前期的激活能。
The activation energy and the mobility are calculated.
计算出相应的激活能与迁移率。
The activation energy of growth was calculated from the relation between growing rates and reaction temperature.
由线性生长速度与温度的关系计算了生长活化能。
Whereas the apparent activation energy (Q) is affected by microstructure, temperature and strain rate.
合金的表观激活能与材料的状态、变形温度及变形速率有关。
Apparent activation energy calculating results show that the high reactive coal can improve the ignition property of blended coals and moreover there exists an optimum blending ratio.
表观活化能的计算结果表明高活性煤种的存在可以很好的改善混煤的着火性能，并且存在最佳掺混比例。
The pyrolysis, ignition and burnout characteristics and activation energy of three kinds of brown coal and their blends were studied by thermogravimetric analysis.
利用热重分析法对三种褐煤及其混煤的热解、着火和燃尽等燃烧特性及其活化能进行了研究。
There was a relationship between the conductance activation energy and detergency.
电导活化能与洗涤效果之间有一定的关系。
The kinetic mechanisms of dissolution and crystallization reactions have been confirmed according to order reaction, activation energy and effect of stirring.
依据反应级数、活化能及搅拌效应，确定了该复盐的溶解和转化结晶反应动力学机制。
Reaction rate constant, effective diffusivity, apparent activation energy, effective diffusion activation energy and resistance in various steps of the reaction process were analyzed in this paper.
并对反应速率常数和有效扩散系数、表观反应活化能和有效扩散活化能及反应过程中各步骤阻力进行了分析。
With the content of disordered carbon declining, the reactivity fall, ignition temperature and ignition activation energy increase.
随煤焦的无序碳含量减少，其活性变小，对应的着火温度增加，活化能增加。
The activation energy of titanium-tritium is obviously higher than that of titanium hydrogenation and deuteration from comparing with the reported data.
通过与文献比较，钛氚化反应的表观活化能明显高于钛氢化和钛氘化的表观活化能。
The activation energy of titanium-tritium is obviously higher than that of titanium hydrogenation and deuteration from comparing with the reported data.
通过与文献比较，钛氚化反应的表观活化能明显高于钛氢化和钛氘化的表观活化能。
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