1.
The Calculation of Liquid Activity Coefficient and Vapor Liquid Equilibrium Data from Excess Volume Data
从过量体积推算液相活度系数与汽液平衡数据
2.
Development on Prediction of VLE with Activity Coefficient Model;
活度系数模型预测汽-液相平衡的发展概况
3.
Determination of Conductivity of Surfactant Activity Coefficients of Dilute Aqueous Solutions
电导法测定表面活性剂稀溶液的活度系数
4.
ACTIVITY COEFFICIENTS OF o-, m-, p- XYLENES IN AQUEOUS SALT SOLUTIONS (Ⅱ)
邻、间、对位二甲苯在盐的水溶液中的活度系数(Ⅱ)
5.
Prediction of Vapor-Liquid Equilibrium by HVOS-PR/MDUNIFAC EOS and Activity Coefficient Model;
用HVOS-PR/MDUNIFAC状态方程活度系数法预测汽液平衡
6.
A New Activity Coefficient Model for Aqueous Alkali-Earth Metal Solution at High Temperature and Pressure;
高温高压碱土金属溶液活度系数新模型的研究
7.
Study on the Activity Coefficients of Chlorbenzene in Aqueous Salt Solutions;
关于氯代苯在盐水溶液中的活度系数的研究
8.
The Measure for the Active Coefficients of the Mixed Electrolyte NaBr and KBr in H_2O by Electric Conductivity
电导法测定水溶液中NaBr与KBr的活度系数
9.
Using quantum mechanics method to calculate activity coefficient and thermal-dyn amic variables of lithium bromide liquor
量子力学方法计算溴化锂水溶液的活度系数及其热力参数
10.
For a pure liquid or solid phase, X, the activity is defined as unity.
对于纯液相或纯固相，x，其活度为1。
11.
theory of ionic interaction and activity coefficient of strong electrolyte
离子相互作用和强电解质活度系数理论
12.
Measurement of Components Activity Coefficients of Mixed Electrolyte by EMF Method
用电势法测定混合电解质溶液中各个组分的活度系数
13.
The Application and Comparison of Four Activity Coefficient Models in Vapor-Liquid Equilibrium and Distillation Calculations
四种活度系数模型在汽-液平衡和精馏计算中的应用和比较
14.
Study of Activity Coefficients for Sodium Iodide in Ethanol-hexamethylene System by Vapor-liquid Equilibrium Measurements;
用汽液平衡法研究NaI在乙醇-环己烷中的活度系数
15.
Use the electric conductivity to assay the activity coefficient of KCl and NaCl in H_2O;
电导法测定混合电解质NaCl和KCl水溶液的活度系数
16.
Isopiestic Determination of the Osmotic and Activity Coefficients and Its Application in the Sodium Aluminate Solution System
渗透系数和活度系数的等压法测定及其在铝酸钠溶液体系中的应用
17.
Drug concentration was measured by HPLC and the apparent permeability coefficients( P_ app) were calculated.
用高效液相色谱法检测药物浓度,计算其表观渗透系数。
18.
The investigation shows that the cells possess a large negative EMF-temperature coefficient when the sodium amalgams have two phases (solid and liquid) in coexistence.
研究表明,液、固两相共存的钠汞齐电池有大的负温度系数。