利用固—液相互作用方程，求取了吸附剂—吸附质相互作用能。
The interaction energy between adsorbent and adsorbate was obtained by solid-liquid interaction equation.
油气体系和储层多孔介质是一个相互作用的系统，当地层压力低于饱和压力时，储层中同时存在气、液、固(指岩石)三相。
The oil-gas system and the porous media are interaction system. The three phases of vapor, liquid and solid (rock) will co-exist in the porous media when the pressure is under the saturation pressure.
根据固液两相间的相互作用，提出了液体沿固体表面滑移的机理。
According to the interaction between two phases of liquid and solid, put forward a mechanism of liquid slipping along solid surface.
利用固—液相互作用方程，求取吸附剂——吸附质相互作用能。
The interaction energy between the adsorbent and the adsorbate was obtained by the Solid-Liquid interaction equation.
该模型把固相与液相间的相互作用以源(或汇)的形式归结到液相的动量方程之中，因而物理过程比较明确。
Since the interaction between solid phases and liquid phases is included in the momentum equation of liquid phases in terms of sources or sinks, the physical process is clearer in the model.
模型中考虑了气、液滴和固相的相互作用以及液滴与固相的非弹性作用造成的能量传递和耗散。
The phase interactions between the gas phase, drops and particles, and energy transfer and dissipation are considered in the model.
模型中考虑了气、液滴和固相的相互作用以及液滴与固相的非弹性作用造成的能量传递和耗散。
The phase interactions between the gas phase, drops and particles, and energy transfer and dissipation are considered in the model.
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