- 更多网络例句与活化能相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The activation energy of pyrolysis reaction decreases with the increase of catalyst polypropylene ratio from 0 to 30%.
当剂塑比从0增加到30％时，聚丙烯裂解的活化能呈现降低的趋势，特别当剂塑比为30％时，其活化能降低约50％。
-
The activation energy of chemical reacton and diffusion is obtained by fitting the experimental data.
通过对实验结果的拟和，得到了化学反应活化能和产物层扩散活化能。
-
The apparent degradation reaction activity energy of PET and PC are evaluated to be 27. 19kJ. mol〓 and 35. 75kJ. mol〓 in system noncritical region respectively. The mass transfer and scatter, which are the controlling factors of degradation in system noncritical region, change into chemical reaction in system critical region, where the activity energy of PET and PC are evaluated to be 89. 79kJ. mol〓 and 80.61kJ. mol〓 respectively.
在系统的非临界区域，PET、PC的降解为液固相反应，反应速率很低，其降解反应表观活化能分别为为27.19KJ.mol〓和35.75KJ.mol〓，为传质、扩散控制；在系统的临界区域，PET、PC的降解为液态均相反应，降解反应速率显著提高，其降解反应表观活化能分别为89.79KJ.mol〓和80.61KJ.mol〓，为化学反应控制。
-
The derived activation energies for both grain-boundary and surface diffusion are obtained from the Cu drift velocity under EM stressing.
对於线宽大於1微米时，主要的晶粒边界扩散的活化能大约比起表面和晶粒边界扩散的活化能高0.2 eV。
-
The new elucidation of distributed activation energy was given in which not only an analytic expression of activation energy was obtained for the first time,but also the theoretical proof of Miura′s integration method in DAEM model was realized.
对分布活化能模型进行了新的理论阐述，不仅给出了分布活化能模型中活化能项的解析表达式，得到了Miura积分法的理论证明，还系统研究了这一新的DAEM表述对焦油馏分模拟蒸馏二级反应体系的适用性。
-
Further more, the related reaction barriers were evaluated on the basis of single point energy with zero point vibration correction, and the distribution of natural charge was analyzed at MP2/6-311++G** level.
同时在MP2/6-311++G**水平上对各驻点做了单点能计算和零点能校正，计算出各反应通道的活化能，进而确定了该反应的主反应通道，其活化能为42.52 kJ/mol。
-
The heating curing and isothermal curing processes of polyacrylate were studied by Torsion Barid Analysis.
利用动态力学扭辫分析研究了聚丙烯酸酯的升温和恒温固化过程，提出了一种两步固化机理，并求算得到了体系的固化活化能，发现有机锡催化剂能有效降低固化活化能并讨论了其催化历程。
-
Based jellification dynamics theory that the larger the jellification activation energy, the greater the lubricant's jelling tendency, it is advisable to analysis the whole jellification process in attempt to find out maximum jellification activation energy Emax and its ambient temperature Tmax, as a ground for judging the lubricant's pumpability.
根据凝胶动力学理论，凝胶活化能越大，润滑油的凝固趋势越大，因此对润滑油应分析其凝胶全过程，从中找出最大凝胶活化能Emax以及开始出现最大活化能的温度Tmax，作为润滑油低温可泵性判据。
-
The results of activity energy calculation were abserved as that, compared with that of the control, cineol and menthanol decreased activity energy of model drug permeation, menthone didn't change it, while bornel, camphor and bisaborlol increased activity energy.Two systems of microemulsion components were selected according to the results of solubility research of model drug in oil phase mixture, and the pseudo ternary phase diagram of them were draw.
活化能实验结果表明，桉树脑和薄荷醇显著减小模型药物透皮活化能，薄荷醇与对照组比较没有显著差异，冰片、樟脑和红没药醇存在下，药物的透皮活化能显著增加。
-
The research show that from anthracite, lean coal to bituminous, reaction rate become more and more large and ignition activation energy become more and more small; ignition activation energy falls and reaction rate increases as the volatile content increases;With the carbon content of dry ash-free basis increasing, ignition activation energy increases and reaction rate falls.
结果表明：从无烟煤，贫煤到烟煤，其反应速率越来越大，频率因子越来越小，着火活化能越来越低；挥发分增加，活化能减小，反应速率变大；干燥无灰基固定碳含量增加，着火活化能增加，反应速率减小。
- 更多网络解释与活化能相关的网络解释 [注：此内容来源于网络，仅供参考]
-
activated complex theory：活化络合物理论
活化控制 activation control | 活化络合物理论 activated complex theory | 活化能 activation energy
-
activation energy：活化能
催化剂可使化学反应物在不改变的情形下,经由只需较少活化能(activation energy)的路径来进行化学反应. 而通常在这种能量下,分子不是无法完成化学反应,不然就是需要较长时间来完成化学反应. 但在有催化剂的环境下,分子只需较少的能量即可完成化学反应.
-
activation energy：反应的活化能
因为它们之间还存在着象座"山"的能障,反应的底物必须提高能量水平才能跨越能障. "山"顶处称之过渡态(transition state),因为具有过渡态能量的分子可以衰减转化为S或P. 从反应物的基态到达过渡态所需要的能量称之反应的活化能(activation energy).
-
activation energy：激活能,活化能
activation 激活,活化 | activation energy 激活能,活化能 | active nucleus 活性核,放射性核
-
apparent activation energy：表观活化能
标准状况 standard condition | 表观活化能 apparent activation energy | 表观摩尔质量 apparent molecular weight
-
apparent activation energy：表现活化能
活化能activation energy | 表现活化能apparent activation energy | 阿伦尼乌斯方程Arrhenius equation
-
Arrhenius activation energy：阿累尼乌斯活化能
阿累尼乌斯方程 Arrhenius equation | 阿累尼乌斯活化能 Arrhenius activation energy | 阿马格定律 Amagat law
-
Arrhenius activation energy：阿雷尼厄斯活化能
arrgt 排列 | Arrhenius activation energy 阿雷尼厄斯活化能 | Arrhenius equation 阿累尼厄斯方程式
-
Diffusion activation energy：扩散活化能
Diffusion 扩散 | Diffusion activation energy 扩散活化能 | Diffusion annealing 扩散退火
-
activation analysis：活化分析
活化态;致活作用 activation | 活化分析 activation analysis | 活化能 activation energy