The use of the XPS technique to systematically study the mol. structure of atranes is most interesting.
系统地采用X射线光电子能谱（XPS）技术对此类化合物的分子结构进行了研究。
The effects of the operating conditions such as reaction temperature, liquid space velocity and the mol ratio of hydrogen to diolefins were investigated.
考察了反应温度、空速及氢气与双烯烃的摩尔比等工艺条件对加氢效果的影响。
The equilibrium pressure of system and the mol fractions of all components in vapor and hydrate phases were gained at different initial pressures, temperatures and THF mol concentrations.
在一定范围内改变体系的初始压力、温度和THF浓度，得到了各组分在气-水合物两相的摩尔分率和体系达到平衡时的压力。
It is proved that the MOL resolution principle is complete.
本文证明了MOL归结原理是完备的。
The diluting gas is hydrogen, argon or nitrogen. The mol ratio of carbon source to diluting gas is 0.5-5.
稀释气体为氢气、氩气、氮气，碳源与稀释气体的摩尔比在0．5～5范围内；
The diluting gas is hydrogen, argon or nitrogen. The mol ratio of carbon source to diluting gas is 0.5-5.
稀释气体为氢气、氩气、氮气，碳源与稀释气体的摩尔比在0．5～5范围内；
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