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- 活化能Eaactivation energy
- 能energy
- 动力学分析显示,反应对氯酸根和氢离子均为一级,反应速率方程为rC= kCACB,其中,表观活化能Ea=61.4 kJ/mol,速率常数k=1.36107 exp(7380/T) [L2/(m2.min.mol)].The kinetic equation is rC = k CACB, the apparent activation energy is 61.4 kJ/mol, and the reaction rate constant k=1.36107 exp(7380/T) [L2/(m2.min.mol)].
- 不能cannot
- 第五章主要对煤高温快速液化反应的数据进行动力学处理，获得快速液化反应的表观活化能Ea杨村扩7.548kJ/mol，Ea神木煤=13.391kJ/mol其数值比较低，这为快速液化反应提供了基础。In chapter five, by analyzing the data of coal liquefaction ,the apparent active energy of two coal was gained . Eayangcuncoai=7.548KJ/mol, Eashengmucoai=13.391KJ/mol .
- 才能talent
- 只能not having any other choice; obliged to do sth
- 活化能activation energy
- 顺-反异构化反应系属一极反应,反应活化能为19千卡/克分子。The cis-trans isomerization reaction has been shown to be a first order reaction with an activation energy of 19 kcal/mole.
- 三氯化缬氨酸六水合钆配合物的热分解机理与活化能研究Study on the Thermal Decomposition Mechanism and Activation Energy of Complex Monovaline-hexaquo-gadolinium
- 分解活化能activation energy
- 黏性活化能activation energy
- 电导活化能activation energy for conduction
- 表现活化能apparent activation energy
- 表面活化能apparent activation energy
- 导电活化能conductance activation energy
- 结晶活化能crystallization activation energy
- 活化能分布distribution of activation energy
- 脱附活化能desorption activation energy
- 析晶活化能crystallization activation energy
