Add to ORKGIn a review of recent work done in the author\u27s laboratory certain aspects of activity coefficients and of structure of concentrated solutions of electrolytes are discussed. The theses presented in the introductory part are corroborated by experimental results and thermodynamic interpretation
Individual activity coefficients of single-ion species can neither be defined in thermodynamic terms...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
We propose a simple model to explain the nonmonotonic concentration dependence of the mean activity ...
University College of Science and Technology, Calcutta.-700 009 Manuscript received 25 .August 1981...
Knowledge of the activity coefficients of solutes under temperature and pressure ranges of interest ...
We revisit the role of the local solvent structure on the activity coefficients of electrolytes with...
International audienceHighly concentrated electrolytes were recently proposed to improve the perform...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...
In this paper, we deal with the mean activity coefficient, of electrolyte solutions. The case mean a...
An electrodynamic balance apparatus has been used to suspend single, 20-µm-diameter, charged droplet...
For chemical calculations with gaseous equilibria and for non-ionic reactions in solution one can ca...
Various thermodynamic properties are considered for very high-valence 3-2 and 4-2 electrolytes in wa...
The importance of electrolyte solutions cannot be overstated. Beyond the ionic strength of electroly...
A universal thermodynamic model of calculating the mass action concentrations of components in a ter...
Because of their anomalous behavior solutions of strong electrolytes have long occupied the attentio...
Individual activity coefficients of single-ion species can neither be defined in thermodynamic terms...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
We propose a simple model to explain the nonmonotonic concentration dependence of the mean activity ...
University College of Science and Technology, Calcutta.-700 009 Manuscript received 25 .August 1981...
Knowledge of the activity coefficients of solutes under temperature and pressure ranges of interest ...
We revisit the role of the local solvent structure on the activity coefficients of electrolytes with...
International audienceHighly concentrated electrolytes were recently proposed to improve the perform...
From a critical evaluation of the relevant literature, Harned coefficients at 25 °C and their corres...
In this paper, we deal with the mean activity coefficient, of electrolyte solutions. The case mean a...
An electrodynamic balance apparatus has been used to suspend single, 20-µm-diameter, charged droplet...
For chemical calculations with gaseous equilibria and for non-ionic reactions in solution one can ca...
Various thermodynamic properties are considered for very high-valence 3-2 and 4-2 electrolytes in wa...
The importance of electrolyte solutions cannot be overstated. Beyond the ionic strength of electroly...
A universal thermodynamic model of calculating the mass action concentrations of components in a ter...
Because of their anomalous behavior solutions of strong electrolytes have long occupied the attentio...
Individual activity coefficients of single-ion species can neither be defined in thermodynamic terms...
International audienceA simple model is proposed within the framework of the mean spherical approxim...
We propose a simple model to explain the nonmonotonic concentration dependence of the mean activity ...