Results of the experiment were compared with those of the prediction using the Local Phase Equilibrium Model(LPEM) and Non-Equilibrium Kinetic Model(NEKM).
并用局部相平衡模型及非平衡动力学模型预测结果与实验结果进行了比较。
Relative literatures, measurement system, range of temperature and pressure, characteristics of phase equilibrium, as well as data prediction methods are listed.
列出相关文献、测定系统、温度压力范围、相平衡特点以及数据的回归、预测方法等。
Because of no experiments reported for the reaction in slit pores, the chemical equilibrium compositions in bulk phase from RCMC method are compared with those from classic thermodynamic prediction.
由于没有狭缝孔内该反应的实验数据，因此比较了用经典热力学预测与RCMC方法得到的主体相平衡组成。
Coupled with relevant gas-phase model and phase-equilibrium model, the model proposed can be used for prediction of multicomponent droplet vaporization process.
该液相模型与有关的气相和相平衡模型耦合，可用于预测多组分液滴的蒸发过程。
Coupled with relevant gas-phase model and phase-equilibrium model, the model proposed can be used for prediction of multicomponent droplet vaporization process.
该液相模型与有关的气相和相平衡模型耦合，可用于预测多组分液滴的蒸发过程。
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