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- It appeared that electrochemical dyeing could not only increase equilibrium up-take of dyes,accelerate the rate of diffusion and reduce active energy of dyeing,but also reduce cost and save energy. 试验结果表明,在一定电压下,电化学染色技术可以提高还原染料的平衡上染百分率,加快扩散速率,降低染料上染的活化能,降低成本,节约能源。
- The dopping effects of La and Ce induce the aberrance of stress field of diffusive medium, which decrease the activation energy of particles diffusing, and accelerate particles diffusing during the solid state reaction. 稀土离子的掺杂作用,导致扩散介质中应力场的畸变,降低了质点的扩散活化能,从而对固相反应中的质点扩散起促进作用。
- activation energy of diffusion 扩散激活能
- The overall activation energy of copolymerization is 3. 5 kcal/mol. 聚合总活化能为3.;5千卡/克分子
- We present a rapid and accurate method for determiniog the diffusion activation energy of atom in the metal. By this method, the. diffusion activation energy of the hydrogy atom in OFHC high-purity copper is 2121 cal/mole. 提出了一种快速而精确地确定原子在金属内的扩散激活能的新方法,利用此方法得到氢原子在高纯无氧铜中的扩散激活能为2121卡/克分子。
- The calculated activation energy of TiC forming is about 94 +7 kJ/mol. 根据镀层厚度与镀覆温度和时间的关系,得出碳化钛形成的激活能为94±7kJ/mol。
- Catalysts that lower markedly the activation energy of the reactions are required. 需要显著降低反应活化能的催化剂。
- The cis-trans isomerization reaction has been shown to be a first order reaction with an activation energy of 19 kcal/mole. 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 activation energy of transport is 36. 6kJ/mol according to Arrhenius equation. 从Arrhenius关系得到的迁移活化能为36.;6kJ/mol。
- The apparent activation energy of each stage was calculated using the Doyle-Ozawa and Kissinger methods. 利用Doyle- Ozawa法和Kissinger法计算各反应阶段的表观活化能.
- The location of Malachite green in CTAB micelles and the effects of Malachite green on the first cmc, the aggregation numbers N, the diffusion coefficients D, and the diffusion activation energies of CTAB micelles have been studied. 研究了孔雀绿(MG)对十六烷基三甲基溴化铵(CTAB)胶束的临界胶束浓度cmc,CTAB胶束聚集数N,胶束扩散系数D,胶束扩散活化能的影响以及孔雀绿在CTAB胶束中的定位。
- And it has ben shown that the activation energy of nitriding reaction, in which the nitridins gas is NH3, is103kJ/mol. 结果表明:在以氨气为氮化气源的体系中,合成氨化硅粉的氮化反应活化能为103kJ/mol。
- The hot deformation activation energy of KFC copper alloy during hot deformation is 288.79 kJ/mol. 其热变形激活能Q为288.;79kJ/mol;
- However, the activation energy of CdMnTe epilayer increases with Mn concentration increasing. 碲化锰镉磊晶层的活化能随著锰浓度 的增加而逐渐变大。
- The activation energy of vulcanization of CPE/NBR blend was obtained using Arrhenius formula. 根据阿累尼乌斯公式,求出CPE/NBR并用胶硫化反应活化能。
- In the basic material research, the activation energy of ZnCdSe epilayer decreases with increasing Cd concentration. 在材料的基础研究方面,硒化镉锌 磊晶层的活化能随著镉的含量增加而变 小。
- The relationship between the activation energy of vulcanization and the properties of blend was discussed. 讨论了硫化反应活化能与并用胶性能之间的关系。
- The syneresis of gel at any temperature can be predicted by means of the activation energy of syneresis reaction. 提出了评价凝胶脱水程度的方法,即通过脱水反应活化能预测某一温度条件下凝胶的脱水程度。
- The activation energy of carbon gasification and surface reaction calculated with Arrhenius equation ranged between 227.70~294.14 kJ/mol. 根据Arrhenius方程计算出的碳气化反应和界面反应活化能分别为227.;7和294
- 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热降解表观活化能为186.;31kJ/mol;由Crane法求得热降解的反应级数n=1