Methods Hyperbaric oxygen was used to treat cranial injury cases together with therapy and function exercises.

Arm and cranial nerves were normal.

上肢和颅神经正常.

Fundamental information about the cranial nerves.

脑神经的基础信息.

Chemical reaction was modeled with Arrhenius formulation.

气相化学反应速率由Arrhenius公式计算。

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。

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。

Apparent Activation Energy for TiO_2 Ceramics Determined by the Master Sintering Curve and Arrhenius Plot

利用主烧结曲线和Arrhenius曲线确定TiO2陶瓷表观激活能

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 activation energy of dissolution and crystallization has been calculated from Arrhenius formula.

根据Arrhenius公式，估算了溶解和结晶反应的活化能。

The Application Of Arrhenius Model In The Experimental Study On The Vacuum Life Of Infrared Miniature Metal Dewar

阿列尼乌斯模型在红外微型金属杜瓦的真空寿命试验研究中的应用

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。

Study on Arrhenius relationship

阿伦尼斯模型研究

There is a compensation effect between activation energy and the Arrhenius parameters of some compressed samples.

部分压型试样的活化能和指前因子之间存在差补偿效应。

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。

The relationship of the Arrhenius model and Z-value model

Arrhenius模型与Z值模型的关系及推广

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

利用Arrhenius方程求得了反应活化能。

Statistical Thermodynamic Analysis of Arrhenius Activation Energy

阿伦尼乌斯活化能的统计分析

The establishment of arrhenius' theory of electrolytic dissociation and its use for reference

阿伦纽斯电离学说的确立及其借鉴&纪念电离学说发表100周年

The relation between the global rate constant and temperature could be satisfactorily described by Arrhenius Law.

其速率常数与温度的关系符合Arrhenius公式；

The relationship between temperature and the viscosity of solutions could be simulated by Arrhenius formula.

温度和粘度的关系可用Arrhenius方程拟合。

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。