A Corresponding-States Model for the Prediction of Surface Tensions
2016年12月21日 10:00 点击:[]
论文名称: A Corresponding-States Model for the Prediction of Surface Tensions
作者: Fengkun Wang*,Jiangtao Wu,Zhigang Liu
来源出版物: Chemical Research in Chinese Universities
年卷期页: 2005,21(2):205-208
收录类型: SCI:914YG;WOS:000228263400020和EI
论文简介: A generalized corresponding-state model based on two reference fluids was developed for the prediction of surface tensions for non-polar and weakly polar pure fluids and their binary mixtures.Four parameters,pc, Tc, Vc and ω, were used in this model, and the acentric factor ω was used as a scaling parameter.This model has been tested for 69 pure substances and 20 binary mixtures;the average absolute deviations are 0.28 and 0.20 mN/m, respectively.The results indicate that the predictions by means of this model were in good agreement with experimental data.In addition, the calculated deviation would increase with the excess surface tension rising, and if the excess surface tension is less than 3 mN/m, the prediction will be good and credible.
原文链接: A Corresponding-States Model for the Prediction of Surface Tensions
上一条:A thermohydraulic code for loe trmperature nuclear heating tractor and its passive residual heat removal systems
下一条:碳纳米管负载的铂催化剂对柠檬醛选择加氢及CO微分吸附热研究(Pt catalyst supported on carbon nanotubes for selective hydrogenation of citral and differential heats of CO adsorption)
【关闭】