实验结果表明，边界流体层厚度是水动力学条件的函数。
The experimental results show that the thickness is the function of hydrodynamic conditions.
分析了反应动力学条件与反应机理和表观活化能的关系。
The relations among the apparent activation energies, kinetic factors and mechanisms of the reactions are analyzed.
提出了静电场力可作为动力学条件促进化学反应的新概念。
The new concept of chemical reaction promoted by electrostatic field force as dynamic mechanical condition is put forward.
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