The activity-coefficient model proposed by Liu and Prausnitz is extended in this study to represent the non-idealities of multi-component electrolyte systems. Two modifications have been made. Based on binary information only, the model has been applied to the prediction of mean ionic activity coefficients of aqueous systems with two electrolytes. The predicted values agree well with experimental data
In order to validate a thermodynamic model for aqueous electrolyte solutions we have used the origin...
An alternative method is presented, which is independent of any physicochemical model of the electro...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...
The activity-coefficient model proposed by Liu and Prausnitz is extended in this study to represent ...
In this paper, we deal with the mean activity coefficient, of electrolyte solutions. The case mean a...
The simple equation relating the activity coefficient of each solute in mixed electrolyte solution t...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
A Theory of Strong Electrolytes in Solution Based on a New Statistics. III. Equilibrium Phenomena : ...
In this paper, the thermodynamic properties, such as the mean activity coefficient, osmotic coeffici...
Individual activity coefficients of single-ion species can neither be defined in thermodynamic terms...
The simple equation relating the activity coefficient of each solute in mixed electrolyte solution t...
In this article, the three-particle-interaction correlation model was introduced for prediction of t...
International audienceIn this work, we propose an extension to electrolyte systems of the Cubic Plus...
In this work, the performance of four electrolyte models for prediction the osmotic and activity coe...
Thermodynamically consistent equations for the accurate description of the dependence on concentrati...
In order to validate a thermodynamic model for aqueous electrolyte solutions we have used the origin...
An alternative method is presented, which is independent of any physicochemical model of the electro...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...
The activity-coefficient model proposed by Liu and Prausnitz is extended in this study to represent ...
In this paper, we deal with the mean activity coefficient, of electrolyte solutions. The case mean a...
The simple equation relating the activity coefficient of each solute in mixed electrolyte solution t...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
A Theory of Strong Electrolytes in Solution Based on a New Statistics. III. Equilibrium Phenomena : ...
In this paper, the thermodynamic properties, such as the mean activity coefficient, osmotic coeffici...
Individual activity coefficients of single-ion species can neither be defined in thermodynamic terms...
The simple equation relating the activity coefficient of each solute in mixed electrolyte solution t...
In this article, the three-particle-interaction correlation model was introduced for prediction of t...
International audienceIn this work, we propose an extension to electrolyte systems of the Cubic Plus...
In this work, the performance of four electrolyte models for prediction the osmotic and activity coe...
Thermodynamically consistent equations for the accurate description of the dependence on concentrati...
In order to validate a thermodynamic model for aqueous electrolyte solutions we have used the origin...
An alternative method is presented, which is independent of any physicochemical model of the electro...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...