Arrhenius的例句大全

Arrhenius Theory and Its Application in Food Chemistry

Arrhenius理论及其在食品化学中的应用

Arrhenius Great thing, you raise the temperature by a little bit.

速率定律，Arrhenius，rate，law。，很好，提高一点点温度。

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。

Express Reliability Evaluation of Power VDMOS Based on Arrhenius Model

基于Arrhenius模型快速评价功率VDMOS可靠性

The Statistical Analysis for Reliability Growth Data in the Arrhenius Stress Model

阿伦尼斯模型下可靠性增长数据的统计分析

According to the experiment results and Arrhenius law, HF indicating the comprehensive combustion characteristic has been put forward.

根据实验数据及阿累尼乌斯定律，提出了表征样品综合燃烧特性的指数HF。

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。

The variation of return rate constant k with different absolute temperature T deviates Arrhenius empiric equation.

反应速率常数随绝对温度的变化基本上符合阿累尼乌斯定理.

This article mainly introduces the original meaning of Svante, Arrhenius'Activation Energy.

介绍了阿累尼乌期活化能的原意.

When the temperature is lower than Tk ( ≈310℃ ), the ionic conduction obeys Arrhenius relation.

当温度低于T_ K ( ≈310℃ ) 时, 离子电导率遵从Arrhenius关系.

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。

In this paper, the related action between temperature biochemical reaction rate is discussed starting from biochemical reaction dynamics. And the temperature influences of the activity of dehydrogenase is studied as the important point. Arrhenius express form of the dehydrogen reaction speed is regressed.

从生化反应动力学理论出发，讨论了温度与生化反应速率的相关作用，重点研究了温度对脱氢酶活性的影响，并回归出脱氢酶反应速度的Arrhenius表达式。

Statistical Thermodynamic Analysis of Arrhenius Activation Energy

阿伦尼乌斯活化能的统计分析

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 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。

Its reaction constant K, rate constant k _ 1, activation energy E _ ( a .1 ) and Arrhenius factor k _ ( 0.1 ) were determined.

测定了其反应常数K 、 速度常数k_1 、 活化能E_ ( (?),1 ) 及频率因子k_ ( 0,1 ).

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.