Arrhenius信息详情
n.阿列纽斯（人名，瑞典化学家，曾获1903年诺贝尔化学奖）
catarrhal lung───卡他性肺
secretory diarrhea───[医]分泌性腹泻
diarrhoeal syndrome───腹泻综合征
arrhythmic med───心律失常医学
explosive diarrhea───爆发性腹泻
poisons that cause diarrhea───引起腹泻的毒物
catarrh───n.[医]粘膜炎；[内科]卡他
catarrhal───adj.卡他的，鼻黏膜炎的
catarrhini skull───卡塔里尼头骨
frequent diarrhea───频繁腹泻
Arrhenius rate laws?───阿雷乌斯速率定律？
temperature dependent studies to extract Arrhenius parameters.───依赖温度的研究是要提取阿列纽斯参数吗？
Arrhenius Great thing, you raise the temperature by a little bit.───Arrhenius, rate, law。，很好，提高一点点温度。
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。
Hypothermia does not change position of the break point in Arrhenius plots.───低温不改变立场的破发点，在阿伦纽斯阴谋。
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。
Do temperature dependent studies to extract Arrhenius parameters.───依赖温度的研究是要提取阿列纽斯参数吗？
One way to try to rationalize this is, you've probably seen, you've all seen Arrhenius kinetics, right?───一种说明这种形式的方法是，你可能已经见过了，你们都看过阿雷乌斯动理学，对吗？
Arrhenius plot of activation reaction rate of PAN carbon fibers against reaction temperatures───纤维空气活化反应速率与反应温度的
Arrhenius Great thing, you raise the temperature by a little bit.
According to the experiment results and Arrhenius law, HF indicating the comprehensive combustion characteristic has been put forward.
We can use the Arrhenius equation to look at the effect of the temperature and activation energy on reaction rate.
Based on Arrhenius relationship, the linearized relationship between life and temperature is derived, and the meaning of activation energy and B parameter, and the acceleration factor are discussed.
Kinetic model, frequency factor and Arrhenius activation energy make up a 'kinetic triplet', which is the key section in model-fitting method.
Based on the Faraday law and Arrhenius equation, a set of universal formulas of the equivalent environment is developed.
Based on modified Arrhenius formula, an integral method and a two-step regression method for storage life prediction of solid propellant are presented.
In this paper, the temperature rise of the motor due to overload is calculated, and the life of insulation is evaluated by Arrhenius eguation. The Calculation data are confirmed with practice example.
Do temperature dependent studies to extract Arrhenius parameters.