It is an easy and effective method to apply EET theory to the calculation of interphase boundary energy.
运用EET理论计算界面能是简便且行之有效的方法。
Kinetics and the morphology of the product phase of the massive transformation are determined by the structure of interphase boundaries.
块状相变动力学及相变产物的形态决定于相界结构。
The minimum liquid—vapor ratio and the Height of Mass Transfer Unit "HTU" can be obtained in lack of interphase heat transfer coefficient by the model.
利用该模型可以在缺乏相间传热系数的情况下，计算出最小液-汽比及传质单元高度HTU。
Program temperature rise is used for calculating dynamic parameter in thermal conversion process of interphase, and a brief analysis is made for calculated result.
用程序升温对中间相热转化过程进行动力学参数计算，并对计算结果作了简要分析。
This paper analyzed the function of interfacial phenomena, the parameters of interphase and porous material varying with the temperature and pressure acting on the flow.
分析了微孔渗流中的界面现象及其作用；讨论了温度、压力等参数变化时，界面参数、多孔介质参数的变化导致界面现象的变化，从而影响流体在微孔中的行为。
This paper analyzed the function of interfacial phenomena, the parameters of interphase and porous material varying with the temperature and pressure acting on the flow.
分析了微孔渗流中的界面现象及其作用；讨论了温度、压力等参数变化时，界面参数、多孔介质参数的变化导致界面现象的变化，从而影响流体在微孔中的行为。
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