1.
The constitutive model is established based on the thermodynamics of internal variables and the theory of absolute reaction rate.
基于内变量热力学和绝对反应速率理论建立率相关单晶本构方程。
2.
The variation of the 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。
3.
Vortices accelerate reaction rates of the unreacted region.
旋涡加速了未反应区的化学反应速率.
4.
The Design of Absolute Power Measurement System of Zero Power Reactor Based on Reactor Noise Analysis Technology
基于反应堆噪声技术的零功率堆绝对功率测量系统设计
5.
Rate constants for reactions of chlorine atoms with a series of alcohols by relative rate method
相对速率法测氯原子与一系列低碳醇的反应速率常数
6.
dimensionless surface reaction rate
无因次表面反应速率
7.
THE EFFECT OF MAGNETIC TREATMENT ON THE REACTION RATE OF ETHYL ACETATE SAPONIFICATION
磁处理对乙酸乙酯皂化反应速率的影响
8.
Probe into an Experiment on Determination of the Rate and Activation Energy of Chemical Reaction;
对《化学反应速率和活化能的测定》实验的探讨
9.
Impact on Chemistry Reaction Speed , Balance and Conversion Ratio of Temperature;
温度对化学反应速度、平衡与转化率的影响
10.
Influence of High-Intensity Magnetic Field on Substitution Reaction Rate on Slag-Metal Interface
不同强磁场条件对渣金界面反应速率的影响
11.
Effect of heating rate on thermolysis reaction kinetics of TiH_2
升温速率对TiH_2热分解反应动力学的影响
12.
solute permeability
绝对磁导率;绝对磁导率;绝对渗透率;绝对渗透率
13.
Activation Energy Relating to the Rate Coefficients(k_c or k_p) of Reaction in Gas Phase;
与两种气相反应速率系数k_c和k_p对应的不同活化能
14.
THE INFLUENCE OF THE INTERACTION FORCES BETWEEN ENZYME AND SUBSTRATE ON DIFFUSIONCONTROLLED REACTION RATES
酶和底物分子之间相互作用力对扩散控制反应速率的影响
15.
The reaction orders with respect to both Fe(Ⅲ)P and ascorbic acid are unit,and the reaction rate is influenced by the ascorbic acid dissociation.
反应速率对铁卟啉和抗坏血酸均为一级 ,并与抗坏血酸的离解有关
16.
The determining factors of the rate ratio come from the joint contribution of the activation enthalpy and activation entropy.
活化熵对反应速率常数比值的贡献是不可忽略的.
17.
Compressed Oxygen in Drug Stability Experiments and Evaluation of Antioxidants Using Oxidation Reaction Rate Constants;
药物对氧稳定性实验及抗氧剂氧化反应速率常数的测定
18.
Preliminary Study on Response of Leaf Net Photosynthate and Other Photosynthetic Parameters to Fruit Transpiration in Peach Trees;
桃果实蒸腾强度对源叶净光合速率及相关生理反应的影响