化学流体力学

采用微观物理化学流体力学方法，根据描述乳化液液滴直径的数学公式，分析了液滴直径与毛管数及渗透率的数学关系及乳化现象发生的条件。

According to the mathematic description of the emulsion droplet diameter , the mathematic relationship between droplet diameter and capillary number and permeability is analyzed by micro-physicochemical hydrodynamic method .

利用化学动力学及流体力学原理，建立了沼气爆炸状态参数计算模型，用于计算在巷道内沼气爆燃向爆轰转变过程（DDT）中，系统温度和连锁反应自由基的变化情况。

Based on principle of chemical kinetics and aerodynamics , a simplified mathematical model for methane explosion is established . Change of system temperature and midterm factors are studied in the transition process from deflagration to detonation .

在甲醇低压羰基化制醋酸反应器内，化学反应与流体力学状况非常复杂。

Chemical reaction and hydrodynamic status are very complicated in the reactor of acetic acid through low-pressure methanol carbonylation .

运用基元化学反应模型和流体力学的基本原理，建立了脉冲爆震发动机一维非定常反应流数学模型。

Mathematical model of one-dimensional reactive flow in pulse detonation engine was established on the basis of elementary chemical reaction model and fluid mechanics theory .