mol的例句大全

The results showed that the best condition contains 130 ℃, tributyl amine as alkali, tetrabutylammonium bromide as solvent, amount of catalyst 0.44 mol% Pd, 12 h.

结果表明：以溴苯与丙烯酸的反应为例，催化剂在130℃反应12h，三丁胺作为碱，催化剂用量为0.44mol%的钯含量，四丁基溴化铵作为溶剂的条件下具有较好的催化性能；

The ternary system is of eutectic type, the eutectic occurs at 35.7 ℃, 39.0mol% naphthalene and 12.7mol% benzoic acid.

体系为低共熔型，低共熔点为：35.7℃，39.0mol%萘和12.7mol%苯甲酸。

The effect of salt on the phase behavior of aqueous two-phase system ( ATPS) formed by sodium dodecyl sulphate ( SDS) and cetyl trimethyl ammonium bromide ( CTAB) aqueous mixture has been studied. In the ternary phase diagram of 0.2 mol?

主要研究了盐对SDS/CTAB/H2O混合系统双水相相行为的影响，并对双水相上相的液晶性质进行了初步的探索。

The results showed that the increase in conversion rate and mol percent of monophosphate are 7% and 19.6% respectively.

结果表明，此新方法可提高反应转化率7%，磷酸单酯的摩尔分数提高19.6%。

Zinc sulfate ( 0.1 mmol) inhibited the guinea pig papillary muscle oscillatory afterpotential induced by ouabain ( 0.4 μ mol). It increased the threshold concentration of ouabain necessary for inducing oscillatory afterpotential.

0.1mmol硫酸锌可对抗0.4μmol哇巴因诱发的豚鼠心室肌振荡后电位，提高引起振荡后电位的哇巴因阈浓度。

The η_a of the flame retardant PS containing DBDPO decreases even more obviously compared with pure PS. Its appar-ent viscous flow activation energy ( E_ η) is 40.74 kJ/ mol and non-Newtonian indexes is in the range of 0.35-0.43 at temperatures 200-220 ℃.

填充十溴二苯醚的阻燃PS的ηn比纯PS显著降低，黏流活化能（Eη）为40.74kJ/mol，200～220℃时，非牛顿指数（n）为0.35～0.43；

These dyes have been cyanated through phase transfer catalysis, the ex-tinction coeffcients of two blue heterocyclic disperse dyes containing cyano have been obtained so high up to 80 000-90 000 m2/ mol.

所得的两个含氰基蓝色杂环分散染料，它们的摩尔吸收系数高达80000～90000m2／mol。

The rate constants of titanium hydride desorbing hydrogen and titanium deuteride desorbing deuterium on different temperature are determined and the activation energy value obtained by this method are 27.1 ± 0.4 kJ/ mol and 42.3 ± 1.9 kJ/ mol respectively.

应用反应速率分析方法计算了各自在不同温度下的反应速率常数，得到氢化钛和氘化钛热解吸的表观活化能分别为27.1±0.4和42.3±1.9kJ/mol。

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。

The total energy of the former is 50 kcal/ mol lower than that of the latter.

前者的总能量比后者低50kcal/mol。

The apparent activation energy of heat-degradation, E, from 16.7 to 22.4 kcal./ mol.

热降解表现活化能E为16.A～22.6千卡/克分子；

The most favored reaction channel is chromium carbene with a barrier height only 9.63 kcal mol-1.

最有利的反应通道是铬卡宾亚甲基反应通道，需要克服能垒9.63Kcal mol-1。

Addition of 1.5% DMBA could reduce the activation energy of curing reaction from 39.05 kcal/ mol to 16.77 kcal/ mol.

差示扫描量热法测定表明，加入1.5%DMBA，使该体系的反应活化能由未催化时的39.05千卡/摩尔降至16.77千卡/摩尔。

Upon the neural network correction, the overall RMS error for 296 species decreases from 9.8 kcal/ mol to 3.4 kcal/ mol.3.

经过神经网络校正后，296个物种的总体均方根偏差从9.8kcal/mol减少到3.4kcal/mol。

An apparent activation energy of dissolution of silver was 23.1 kJ/ mol ( 5.5 kcal/ mol) within the experimental temperature region of 12.3 to 42.8 ℃.

在所实验的温度范围内（12.3&42.8℃），得出银溶解反应的表现活化能为23.1kJ/mol（5.6kCal/mol）。

The one-electron mechanism is predicted to be spin-conserved and the rate-limiting step is the cleavage of the O-H bond with 27.92 kcal/ mol energy barrier.

计算结果表明，单电子机理是自旋守恒的，其决速步骤为第一步中的O-H键断裂，活化能为27.92kcal/mol。

At the same time, the process of the thermal chemistry on SO2 removal with NH3 as well as the effect of humidity, NH3/ SO2 mol ratio and temperature on the collection efficiency of ammonium salts are discussed in the paper.

同时，讨论了加入NH3的热化学脱硫过程，以及温度、湿度、NH3／SO3摩尔比对铵盐回收率的影响规律。

No obvious abnormal heat capacity was observed within this low temperature range. The thermal decomposition temperature range of the complex was near 333 K. Its decomposition temperature, decomposition enthalpy and entropy were 320.010 K, 40.714 kJ/ mol and 127.227 J/ molK, respectively.

333K附近是该配合物的分解温区，配合物的分解温度、分解焓和分解熵分别是320.010K、40.714kJ/mol和127.227J/molK。

Measured activation energy for esterification reaction in liquid phase and vapour-liquid phase are 49.4 kJ/ mol and 54.4 kJ/ mol respectively.

测得的液相和汽－液相酯化反应的活化能分别为49.4kJ／mol和54.4kJ／mol。

The kinetics of seed precipitation process shows that the activation energy of seed precipitation is 94.60kJ/ mol, indicating the surface reaction as controlling step.

种分过程的动力学研究表明，晶种分解过程的活化能为94.60KJ/mol，说明该过程系表面反应控制。