1、The influential factors of average activation energy are discussed in this paper.
對源巖平均活化能的影響因素進行了討論。

2、Reaction apparent activation energy and frequency factor were calculated.
求得了反應的表觀活化能及頻率因子。

3、The values of apparent activation energy and reaction rate constant were calculated.
計算了初始階段的反應速度常數(shù)和表觀活化能；

4、There was a relationship between the conductance activation energy and detergency.
電導活化能與洗滌效果之間有一定的關系。

5、However, the activation energy of CdMnTe epilayer increases with Mn concentration increasing.
碲化錳鎘磊晶層的活化能隨著錳濃度的增加而逐漸變大。

6、Measurement and Research on Activation Energy of Extruded 12CrlMoV Steel
12Cr1MoV鋼擠壓應變激活能測試與研究

7、The results show that re can decrease activation energy for carburizing and expedite carburization.
結果表明，稀土能降低滲碳的激活能，有利于提高其滲碳速度。

8、the decrease of the activation energy has been esti- mated at 9 kca/mole.
活化能的減少估計為9千卡/摩。

9、Kinetics constant, half time, activation energy of instability process were obtained.
求出了失穩(wěn)的動力學常數(shù)、半衰期和失穩(wěn)活化能。

10、The calculated activation energy of TiC forming is about 94 +7 kJ/mol.
根據(jù)鍍層厚度與鍍覆溫度和時間的關系，得出碳化鈦形成的激活能為94±7kJ／mol。

11、The activation energy and the mobility are calculated.
計算出相應的激活能與遷移率。

12、The overall activation energy of copolymerization is 3. 5 kcal/mol.
聚合總活化能為3. 5千卡/克分子.

13、It is discovered that there are compensation relations for flowing activation energy and freq...
果汁的流動活化能與頻率因子間存在著補償關系。

14、The rate constant, activation energy and kinetics equation were obtained.
最后得速率常數(shù)、活化能及動力學方程序。

15、Whereas the apparent activation energy is affected by microstructure, temperature and strain rate.
合金的表觀激活能與材料的狀態(tài)、變形溫度及變形速率有關。

activation energy翻譯