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- And the apparent activation energy was calculated by the Arrhenius equation. 並利用 Arrhanius 方程測定了表觀活化能。
- Effects of Pressure on Reaction Kinetics. The Components of the Activation Volume Revisited. 壓力對反應動力學的影響。活化數量的成分構成。
- The apparent activation energy of each stage was calculated using the Doyle-Ozawa and Kissinger methods. 利用Doyle- Ozawa法和Kissinger法計算各反應階段的表觀活化能.
- The apparent activation energy on the Ni-MoOx(6h) catalyst obtained through the Arrhenius equation is 35.3 kJ/mol. 相應Ni-MoO_x催化劑上正庚烷異構化的反應活化能為35.;3 kJ/mol。
- Activate volume group AUTOMATICALLY yes at system restart? 系統重啟后是否自動激活?
- The leaching ratio is controlled by chemical reaction.The apparent activation energy is about 40 kJ/mol. 微波作用可改變反應的頻率因子，對反應活化能影響不明顯；
- The order, the velocity constants and the apparent activation energy were obtained. 求出了中間相生成反應的級數、速度常數和活化能。
- The apparent activation energies for propagation were 54.4, 42.9 and 24.9 kJ/mol when DPE/n-BuLi were 1.0, 5.0 and 10.0, respectively. 當 DPE/n-BuLi分別為 1.;0、5
- The apparent activation energy of NSMA thermal degradation with Kissinger method was 186.31kJ/mol and its reaction order was 0.90 with Crane theory. 用Flynn-Wall-Ozawa法求得的NSMA熱降解表觀活化能為186.;31kJ/mol;由Crane法求得熱降解的反應級數n=1
- ZRP-5 catalysts can reduce the hydrolysis HMF to LA apparent activation energy to increase the reaction rate and LA yield. ZRP-5催化劑催化與HY催化比較,ZRP-5催化劑雖然不能降低葡萄糖水解活化能,但能夠降低從中間產物HMF生成LA的活化能,從而提高LA生成速度和收率。
- The kinetics of polymerizationrevealed that R_p=k[AMPS]~(1.8)[K_2S_2O_8]~(0.8) and the apparent activation energy had the value of71.1kJ/mol. 本文以過硫酸鉀為引發劑;研究了AMPS水溶液聚合動力學;確定R_p=k[AMPS]~(1.;8)[K_2S_2O_8]~(0
- The major step of the reduction of MoO2 to Mo was controlled by inner diffusion. The apparent activation energy of this step was 30.1 kJ/mol. 控制MoO2還原為Mo的主要步驟為內擴散;該步驟的表觀活化能為30.;1kJ/mol。
- The activated volume in ACC and thalamus decreased during the pain task functional run after acupuncture at Taichong. 針刺太沖穴后 ,觀察到acc和丘腦的疼痛任務激活體積下降。
- Different organic MMT and MMT contents had little influence on apparent activation energy and thermodynamics properties of WMC. 不同有機改性蒙脫土以及不同蒙脫土含量的WMC，其表觀活化能及其熱力學性能差異不明顯。
- Phosphorus does not appears to modify the stress exponent but influences the apparent activation energy for creep markedly. 磷對應力指數影響不大,但對錶觀蠕變激活能影響顯著。
- The apparent activation energy,the adsorption heat and the activation energy of surface reaction were 71.5kJ/mol,34.9kJ/mol and 106.4kJ/mol,respectively. 吸附熱34.;9KJ/mol; 表面反應活化能為106
- The results showed that the major step of the reduction of MoO3 to MoO2 was controlled by interface-chemical reaction. The apparent activation energy of this step was 58.1 kJ/mol. 結果表明:控制MoO3還原為MoO2的主要步驟為界面化學反應;該步驟的表觀活化能為58.;1kJ/mol;
- Furthermore , the apparent activation energies of BPO - Fe2+ redox system were 16.56 kJ/mol and 17.50 kJ/mol, respectively, for S system and MMA system . 該體系S和MMA兩步接枝反應的表觀分解活化能分別為16.;56kJ/mol和17
- 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)]. 動力學分析顯示;反應對氯酸根和氫離子均為一級;反應速率方程為rC= kCACB;其中;表觀活化能Ea=61.;4 kJ/mol;速率常數k=1
- Kinetic constant and apparent activation energy of iodine catalytic reaction of ascorbic acid oxidation Naphth Green B have been determined by spectrophotometric method. 本文採用分光光度法測定了碘催化抗壞血酸氧化萘酚綠B反應的反應速度常數和表觀活化能。
