thermodynamic consistency test

Application of the Method of Collocation to Thermodynamic Consistency Test for Multicomponent System

配置法应用于多元体系热力学一致性检验

The vapor-liquid phase equilibrium data for the binary system of m-xylene-water at 0. 1013 MPa were determined by using an improved pant equilibrium cell. Thermodynamic consistency test indicates that the experimental data are reliable.

采用改进的Partt釜测定了在0.1013MPa下，间二甲苯－水二元部分互溶体系的气液相平衡数据，经热力学一致性检验表明，测定数据是可靠的。

APPLICATION OF STATISTICAL THEORY IN STUDYING VAPOR LIQUID EQUILIBRIA(ⅰ) Thermodynamic consistency test

统计学理论在汽液平衡研究中的应用&Ⅰ.热力学一致性校验

Development of Thermodynamic Consistency Test System of Vapor& Liquid Equilibrium Data

汽液相平衡数据热力学一致性检验系统的开发

Experimental data were in accordance with thermodynamic consistency test.

所测得的汽液平衡数据符合热力学一致性检验。

A thermodynamic consistency test system was developed from the theory of integral method.

按照面积法汽液相平衡数据热力学一致性检验的原理，完成了其一致性检验程序的开发。

The NRTL binary interaction-parameters of the systems are regressed from the vapor-liquid equilibrium data passing through the thermodynamic consistency test.

提出了满足热力学一致性检验的四个二元体系的文献数据，并拟合了NRTL模型的交互作用参数。