The estimation of solvation parameters for monatomic ions is reviewed and new values for
the Gibbs energy, enthalpy, and entropy of solvation are given on the basis of the most …

The Gibbs energy of solvation of several ions in water and dimethyl sulfoxide (DMSO)
solutions was obtained through the use of thermodynamic equations relating ΔGsolv* of the …

The mean spherical approximation for the ion-dipolemixture is used to study the solvation
energies of monovalent monoatomic ions in polar solvents. From the structure of the …

The energetics of single-ion solvation in water and propylene carbonate are evaluated on
the basis of an elec-trostatic model. Single-ion free energies of solvation are obtained by …

New data are reported for enthalpies of transfer of many electrolytes to D20 from H20 at 25.
Single ion enthalpies of transfer, based on the convention that the enthalpy of transfer is the …

Values of the standard partial molar heat capacities of aqueous electrolytes have been
critically selected from the literature and have been divided into ionic contributions using the …

The absolute solvation free energy of 30 univalent ions, mainly organic species, has been
calculated from experimental and theoretical data on proton affinities, aqueous acidity …

The standard molar Gibbs free energies of hydration, ΔhydG°, of 109 (mainly inorganic) ions
ranging in their charges from–3 to+ 4 have been compiled and interpreted in terms of a …

The free energy of transfer ΔG° t (H+) of the solvated proton from water to methanol+ water
mixtures up to 50% w/w methanol is considered as the sum of two processes, the transfer of …

The paper presents a study of the Ph4AsPh4B assumption as for verification of its plausibility
for the determination of thermodynamic quantities of single ions in mixed dimethylsulfoxide …