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1·The obvious MIECC effect on increasing initial reaction rate 2.5~4.5 times but less influence on shifting reaction equilibrium was observed.

实验结果表明，MIECC在提高酯化反应初速率方面表现出明显的耦合效应，可加快反应初速率2 .5～4.5倍。

2·Increasing the relative humidity of the gas significantly increased the initial reaction rate and the ultimate ca utilization of the sorbent.

吸收剂之起始反应速率与钙最终利用率明显随气相中相对湿度的增加而增加。

3·The increase of AP specific surface area lead to decrease of initial decomposition temperature, decomposition peak temperature and decomposition activation energy, but reaction rate constant rise.

AP比表面积的增大会导致推进剂初始分解温度、高低温热分解峰温和高低温下分解反应活化能的降低，但分解反应速度常数随AP比表面积的增大而增大。

4·The more soot concentration results in better rate of NO reduction and lower initial reaction temperature.

炭黑质量浓度越大，NO的脱除率越大，起始反应温度越低；

5·The sorption kinetics included the initial fast phase and the final slow phase. The first-order kinetic reaction and double constant rate equation could describe the sorption kinetics well.

吸附动力学过程包括吸附快反应阶段和慢反应阶段，可用动力学一级方程和双常数速率方程描述；

6·The reaction rate increases when increasing the initial concentration of toluene, maintained constant eventually, increases when increasing oxygen content, and then decreases after higher than 25%.

结果发现，甲苯的初始反应速率随其初始浓度的增加而增大，并最终趋于稳定；

7·The results showed that during the initial stage of reaction, conversion rate was larger and the content of oil (include gases and water) in the product increased quick-ly.

结果表明，在反应初期，煤转化速度较快，氢初压和反应温度的提高对加快煤转化速度是有利的。

8·The effect of temperature, air flow rate, stirring speed, initial mixing condition on the reaction rate and the speed form have been studied systematically.

探讨了反应温度、空气流量、搅拌速度、碱比、初始混合状态等因素对晶种制备过程中氧化速率及晶种形态的影响。