与L - h模型相比较微观动力学在反应器的设计模拟工作中有更广的适用范围。
The application range of micro kinetics is wider than L-H model in simulation design of reactors.
然后，文章引入了活性段与非活性段的概念，将微生物生长的微观现象与宏观现象结合，建立了界面上米根霉生长的动力学模型——两相模型。
Secondly, the active zone and inactive zone of microbe is selected in the article, the two-phase model is established which considered the micro and macro growth phenomena all.
将微观弹性应变能理论和微观扩散方程相耦合，建立起时效过程微观晶格动力学模型。
The microscopic lattice kinetic model of aging process was build, using the coupling of the theory of microscopic elastic energy and microscopic diffusion equation.
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