164-166A new one-parameter equation has been proposed for predicting the densities of aqueous mixed electrolytes. The derivation of the equation is based on the characterization of overall non-ideality in such solutions. The parameter of equation can be correlated well with the ionic interactions and can be supported by corresponding heats of mixing and excess Gibbs free energy of mixing data. The predictions for the densities with the use of the proposed equation are excellent
International audienceIn the recent years, the need to improve the thermodynamic models, particularl...
In this paper, we focused on the correlation of the thermodynamic properties of aqueous solutions ac...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...
A new model for calculating the density of aqueous solutions of electrolytes has been developed. Par...
A mathematical technique is developed to investigate physicochemical property prediction of solution...
The overall nonideality of an aqueous mixed electrolyte solution is characterized in terms of a newl...
Knowledge of the activity coefficients of solutes under temperature and pressure ranges of interest ...
Graduation date: 1988The research undertaken in this study deals with three topics related to the pr...
Solid–liquid equilibria in mixed electrolyte aqueous solution have been investigated using available...
An improved formulation of the extension of the statistical associating fluid theory for potentials ...
The densities of aqueous solutions in the systems CaCl2−NaCl−H2O and MgCl2−NaCl−H2O were determined...
In this article, the three-particle-interaction correlation model was introduced for prediction of t...
Proper evaluation of physical properties of aqueous solutions is essential in the analysis of desali...
1-5The recently derived volumetric equations based on the virial coefficient theory of Pitzer are em...
A comprehensive model has been developed for the calculation of speciation, phase equilibria, enthal...
International audienceIn the recent years, the need to improve the thermodynamic models, particularl...
In this paper, we focused on the correlation of the thermodynamic properties of aqueous solutions ac...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...
A new model for calculating the density of aqueous solutions of electrolytes has been developed. Par...
A mathematical technique is developed to investigate physicochemical property prediction of solution...
The overall nonideality of an aqueous mixed electrolyte solution is characterized in terms of a newl...
Knowledge of the activity coefficients of solutes under temperature and pressure ranges of interest ...
Graduation date: 1988The research undertaken in this study deals with three topics related to the pr...
Solid–liquid equilibria in mixed electrolyte aqueous solution have been investigated using available...
An improved formulation of the extension of the statistical associating fluid theory for potentials ...
The densities of aqueous solutions in the systems CaCl2−NaCl−H2O and MgCl2−NaCl−H2O were determined...
In this article, the three-particle-interaction correlation model was introduced for prediction of t...
Proper evaluation of physical properties of aqueous solutions is essential in the analysis of desali...
1-5The recently derived volumetric equations based on the virial coefficient theory of Pitzer are em...
A comprehensive model has been developed for the calculation of speciation, phase equilibria, enthal...
International audienceIn the recent years, the need to improve the thermodynamic models, particularl...
In this paper, we focused on the correlation of the thermodynamic properties of aqueous solutions ac...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...