UNIFAC公司
离子液体
热力学
先验与后验
COSMO-RS公司
群贡献法
化学
活度系数
有机化学
物理化学
相平衡
物理
催化作用
哲学
认识论
水溶液
相(物质)
作者
Yichun Dong,Shuai Huang,Yanyan Guo,Zhigang Lei
摘要
Abstract The united chemical thermodynamic model, that is, COSMO‐UNIFAC model was first extended to the systems containing ionic liquids (ILs). This model for ILs combines the respective advantages of COSMO‐based (priori prediction) and UNIFAC (relatively accurate prediction) models. The comparison of the predicted values by COSMO‐UNIFAC model with experimental data indicates that this model can provide a moderate quantitative prediction for the systems containing ILs when the UNIFAC model parameters are vacant.
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