Arrhenius equation

The assurance period of apple seed oil was predicted according to Arrhenius equation and the relation between reaction velocity constant and shelf life.

根据Arrhenius方程和反应常数与货架寿命的关系，预测苹果籽油的货架寿命。

The relationship between valley temperature and frequencies in relaxation spectra of the interfacial polarization region follows the Arrhenius equation. The valley temperature and the slope of curve in high temperature area can reflect the compatibility.

界面极化区松弛谱的各点温度和频率的关系符合Arrhenius方程，各点温度和其高温侧松弛曲线线性部分斜率的大小可以反映相容性的好坏。

Many CSTR has the below characters: it has known mechanism, which can be described by the principles of mass conservation and energy conservation, and along with the Arrhenius equation. But the key parameters are unknown.

许多CSTR都具有以下特点：其反应机理已知，可通过物料守恒和热量守恒方程及Arrhenius方程描述，但其中重要参数各异且未知。

The dependence of apparent shear viscosity and shift factor on temperature could be described by arrhenius equation.

表观剪切粘度和移动因子对温度的依赖性可用Arrhenius方程描述。

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 temperature dependence of Qco can be characterized by the Arrhenius equation with the activation energies of freshwater samples being higher than those of salty samples.

Qco与温度的关系服从线性阿伦尼乌斯行为，低盐度水样的反应活化能高于高盐度水样。

The effect of temperature on dissolution rates follows the Arrhenius equation.

温度对溶解速率的影响受控于阿雷尼乌斯方程。

The apparent reaction activation energy of each reaction was obtained by the Arrhenius equation.

根据Arrhenius方程式，得到了各步反应的表观活化能。

The relationship between the molar conductivity and temperature submits to Arrhenius Equation.

摩尔电导率和温度的关系遵从Arrhenius方程。

The stability of the complex was researched by the constant temperature accelerated testing and Arrhenius equation.

通过恒温加速实验结合阿累尼乌斯方程考察复合物的稳定性。

And thermodynamics parameters were analysed by Arrhenius equation.

利用Arrhenius方程，分析了牛初乳中IgG热变性过程中的热动力参数。

Realization of Lithopone Rotary Kiln Control Based on Arrhenius Equation

基于阿累尼乌丝方程的锌钡白转窑控制实现

The influence of temperature meets Arrhenius equation. 2.

不同温度对果蔬呼吸速率影响满足阿伦纽斯方程。

Analysis was made for the effects of feed water temperatures on membrane performance using solution-diffusion model and Arrhenius equation.

用溶解&扩散模型和Arrhenius方程就进水水温对膜的影响做了分析。

Through on Arrhenius equation, the reaction activation energies have been obtained.

利用Arrhenius方程求得了反应活化能。

On the basis of Doolittle and Arrhenius equation, it was showed that the WLF Equation had certain limitation to describe material's behavior, even though it had been used for a long time.

F方程来处理这一问题的。但是从Doolittle方程和Arrhenius方程来考察时，发现该方程的局限性及其所带来的计算误差。

The relationship between the rate coefficient and temperature obeys the Arrhenius equation.

另外随着反应温度的升高，该反应的速率随之增大，并且速率系数与温度的关系遵循阿仑尼乌斯方程。

the numerical results show that the scheme is correct and feasible, and that the vfd life is characterized by lognormal distribution, the accelerated model meets arrhenius equation. accurate calculation of the acceleration parameters enables rapid estimation of vfd life.

数值结果表明，该试验方案是正确可行的，VFD的寿命服从对数正态分布，其加速模型符合阿伦尼斯方程，加速参数的精确计算使得快速估算VFD的寿命成为可能。

The dependence of diffusion coefficients both of oil and glucosinolates within rapeseed meal on temperature calculated by the model showed a good consistence with Arrhenius equation.

结果表明，各种浸出条件的影响并不完全相同。模型计算的菜油和硫甙在固相内扩散系数与浸出温度的关系符合Arrhenius方程。

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。