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- The relationship is in accord with Arrhenius' equation. 气体渗透系数与温度关系符合阿累尼乌斯公式。
- And the apparent activation energy was calculated by the Arrhenius equation. 并利用 Arrhanius 方程测定了表观活化能。
- The activation energy of transport is 36. 6kJ/mol according to Arrhenius equation. 从Arrhenius关系得到的迁移活化能为36.;6kJ/mol。
- The apparent activation energy on the Ni-MoOx(6h) catalyst obtained through the Arrhenius equation is 35.3 kJ/mol. 相应Ni-MoO_x催化剂上正庚烷异构化的反应活化能为35.;3 kJ/mol。
- And the energies of interdiffusion and grain boundary diffusion have been figured out by the Arrhenius equation. 从Arrhenius方程得出互扩散及晶界扩散激活能。
- D_(Na)~*, increases exponentially with the temperature and obeys Arrhenius equation. D_(Na)~*随温度指数上升,符合Arrhenius方程。
- The kinetics was characterized by Arrhenius equation and the activate energy was solved(39.46 kJ/mol). 利用Arrhenius方程可表征该反应动力学的特征;并可求出交联反应的活化能(39.;46 kJ/mol);
- The relationship of reaction constant and temperature obeyed Arrhenius equation. 反应速率常数与温度的关系符合阿累尼乌斯方程。
- The correlation can be described with an equation similar to the Arrhenius equation. 研究发现解离时间常数与作用力的大小有直接关系。
- To master the relation of reaction rate constant and temperature (Arrhenius equation). 掌握反应速率常数与温度的关系（阿累尼乌斯公式）。
- The activation energy of carbon gasification and surface reaction calculated with Arrhenius equation ranged between 227.70~294.14 kJ/mol. 根据Arrhenius方程计算出的碳气化反应和界面反应活化能分别为227.;7和294
- The rate of reaction in respect to temperature follows Arrhenius Equation closely, and the activity energy obtained by calculation is 14.5 kcal/mol. 反应速度与温度的关系符合Arrhenius方程式。 求得活化能为14.;5 kcal/mol。
- The ratios of frequency factors A ii / A ij and the differences of activation energies ( E ii - E ij ) are calculated by Arrhenius equation. 并根据 Arrhenius方程计算了该体系均聚、共聚反应频率因子之比 Aii/Aij和活化能之差 Eii- Ei
- According to Arrhenius equation, it was found that polymerization activstion energies for PO and ECH are 61.3 Kj/mol and 48.9 Kj/mol respectively. 环氧丙烷、环氧氯丙烷开环聚合反应活化能分别为61.;3kJ/mol和48
- It is shown that the bulk etching rate as a function of etching temperature can be described by Arrhenius equation Vb=ae-E/KT. 研究结果表明;体蚀刻速度与蚀刻温度遵守Arr-henius方程V_b=a·e~(-E/KT);其中;体激活能E=0.;66±0。
- Estimate the potency degradation rate constant at low temperature with that at high temperature according to Arrhenius equation. 根据阿伦尼乌斯方程，从较高温度下效力衰减的速率常数估算较低温度下的速率常数。
- The apparent activation energies and reaction rate constants of clinker formation reaction were also got in this study by Gentling and Arrhenius equation. 此外，利用金斯特林格和阿仑尼乌斯方程得出了熟料形成反应的表观活化能和反应速率常数。
- The viscosities of wood flour polyether at different temperatures conform to Arrhenius equation, and the activation energy for the flow process(E)of wood flour polyether iscalclilated as 55. 6kJ/mol. 不同温度下木粉聚醚的粘度符合Arrhenius方程，据此求得木粉聚醚的流动活化能为55.;6kJ/mol。
- The integrated form of the kinetic equation isIn 1/(1-x)=kt(1-a)and the rate constant k has been correlated into a form of Arrhenius equation,with activation energy E=35.8(kJ/mol)and frequency factor A=0.091(atm.hr)~(-1). 所得动力学方程的积分形式为:ln(1)/(1-X)=kt(1-a)速度常数 k 随温度变化;阿累尼乌斯方程中的活化能 E=35.;8(kJ/mol);指前因子A=0
- Aimed at controlling one of Lithopone calcining rotary kiln process systems, a control method based on the arrhenius equation is used, and the control of the kiln is reahzed successfully. 采用了基于阿累尼鸟丝方程的控制方法,成功实现对某厂锌钡白干燥煅烧转窑生产系统的控制。
