reaction rate

reaction rate的基本解释

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反应率, 反应速率

与reaction rate相关的网络例句 [注：此内容来源于网络，仅供参考]

The reaction mechanism between nickel ion and butynediols in the electroless plating process was analyzed. The results show that the change of BOZ concentration is a quasi first-order reaction, the change of the nickel ion concentration is related to the BOZ density, and this change belongs to a higher order reaction. The reaction rate equation was determined as dC/dt=-8.585×10^(-4)+1.188×10^(-4)t-4.64×10^(-6)t^2+5.8×10^(-8)t^3-2.3×10^(-11)t^4. The activation energy of this process decreases as temperature increases, and it decreases with the BOZ concentration as 64-423 mg/L, it increases with the BOZ concentration as 123~240 mg/L. The S value is positively correlated to temperature, when the temperature is 80℃, the reaction rate and S value are the largest; while when the temperature is above 80℃ and BOZ concentration is over 160 mg/L, S value and the reaction rate decrease gradually.

结果表明，镀液中BOZ浓度的变化是准一级反应，镍离子的浓度变化与BOZ的浓度有关，属多级反应，其反应速率方程为dC/dt=-8.585×10^(-4)+1.188×10^(-4)t-4.64×10^(-6)t^2+5.8×10^(-8)t^3-2.3×10^(-11)t^4，反应体系的活化能E随温度的升高而减少，随BOZ浓度的变化而变化：当BOZ浓度在64~123mg/L时，E线性减少；在123~240mg/L时E线性增加。S随温度的升高而增加，当温度达到80℃时S值最大，反应速度最大；当温度超过80℃，BOZ浓度大于160mg/L时，蝎的值逐渐减少，反应速度降低。

With the reaction time is variable speed integration of the equation fitting response curve Determine the apparent Michaelis constant (apparent MichaelisMenten constant, Kmapp) and the most apparent reaction rate (apparent maximal reaction rate, Vmapp).

用反应时间为自变量的积分速度方程拟合反应曲线确定表观米氏常数(apparent MichaelisMenten constant， Kmapp)和表观最大反应速度(apparent maximal reaction rate， Vmapp)。

The results demonstrated that the fractional conversion and reaction rate were rapidly increased in the initial curing reaction. The higher the curing temperature, the higher the fractional conversion and reaction rate was. With increasing of the curing temperature and time, the fractional conversion and reaction rate decreased and became constantly. The initial curing reaction was a first order reaction. The apparent activation energy and frequency factor of curing reaction used G- capryl ester was bigger than that of used G-oligomer.

结果表明：固化体系在研究的固化温度下，转化率和反应速率在固化反应初期增加快速，温度越高增加越快，随着固化时间的延长，这种变化逐渐变慢，并最终趋于恒定；初期固化反应为一级反应，反应初期的表观活化能和指前因子大小顺序为G-预聚体＞G-辛酯。

与reaction rate相关的网络解释 [注：此内容来源于网络，仅供参考]

chemical reaction rate：相关词的翻译

chemical reaction rate的翻译: | chemical reaction rate相关词的翻译: | 尿素:oscillating chemical reaction

chemical reaction rate：的翻译

chemical reaction rate的翻译: | chemical reaction rate相关词的翻译: | 尿素:oscillating chemical reaction

chemical reaction rate：化学反应率

灰岩表面的侵蚀速率:limestone erosion rate on surface | 化学反应率:chemical reaction rate | 化学风化率:chemical weathering rate