The solution of the associative mean-spherical approximation for ion-dipolar system is reinvestigated and expressed in terms of only five parameters. Three of them have counterpas in the case without association, and the other two are the monomer fractions of ions and dipoles. The explicit expressions for the thermodynamic quantities are represented in a simpler form.Numerical results for thermodynamic properties and phase equilibria are presented
Solid–liquid equilibria in mixed electrolyte aqueous solution have been investigated using available...
International audienceA new continuum model is presented for computing the solvation free energies o...
The Mean Spherical Approximation (MSA) is a commonly-used thermodynamic theory for computing the ene...
Abstract Analytical solution of the associative mean spherical approximation (AMSA) and the modified...
The theoretical and simulation methods of statistical thermodynamics aim to develope a relationship ...
International audienceThe fluctuating polarization model of Høye and Stell [J. Chem. Phys. 72, 1597 ...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
In the past, studies of electrolyte solutions have generally treated the solvent only as a dielectri...
A new combination of the non-random two liq. (NRTL) model with the mean spherical approxn. (MSA) is ...
An explicit model for electrolyte solutions has been developed in terms of the cluster expansion the...
An application of the ion-dipole perturbation theory developed by Henderson, Blum, and Tani is attem...
Abstract- Pair distribution functions, internal energy, chemical potentials and dielectric constant,...
An improved formulation of the extension of the statistical associating fluid theory for potentials ...
The authors discuss the theory of electrolytic conductance in weak electrolytes using the concept of...
The stepwise solvation-equilibrium model of Stokes and Robinson is used for a description of departu...
Solid–liquid equilibria in mixed electrolyte aqueous solution have been investigated using available...
International audienceA new continuum model is presented for computing the solvation free energies o...
The Mean Spherical Approximation (MSA) is a commonly-used thermodynamic theory for computing the ene...
Abstract Analytical solution of the associative mean spherical approximation (AMSA) and the modified...
The theoretical and simulation methods of statistical thermodynamics aim to develope a relationship ...
International audienceThe fluctuating polarization model of Høye and Stell [J. Chem. Phys. 72, 1597 ...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
In the past, studies of electrolyte solutions have generally treated the solvent only as a dielectri...
A new combination of the non-random two liq. (NRTL) model with the mean spherical approxn. (MSA) is ...
An explicit model for electrolyte solutions has been developed in terms of the cluster expansion the...
An application of the ion-dipole perturbation theory developed by Henderson, Blum, and Tani is attem...
Abstract- Pair distribution functions, internal energy, chemical potentials and dielectric constant,...
An improved formulation of the extension of the statistical associating fluid theory for potentials ...
The authors discuss the theory of electrolytic conductance in weak electrolytes using the concept of...
The stepwise solvation-equilibrium model of Stokes and Robinson is used for a description of departu...
Solid–liquid equilibria in mixed electrolyte aqueous solution have been investigated using available...
International audienceA new continuum model is presented for computing the solvation free energies o...
The Mean Spherical Approximation (MSA) is a commonly-used thermodynamic theory for computing the ene...