… We present a theoretical study for ion hydration based on an integral equation method … ,
especially the partial molar volumes of individual ions at infinite dilution. Special attention is paid …

… hydration enthalpies of alkali and alkaline earth metal ions as … ions were consistent with eq
1 if R=R ion + Δ, where R ion is … Equation 4 is verified for “realistic” ions using experimental R …

… bution to ks is of the order 0-025 to 0-035 and is approximately equal to the difference between
the predictions of the two theoretical equations (3-17) and (3-20) for a given ion. Since in …

… The ionic radii of anions are shown to be … ionic crystals, that covalent radii rather than ionic
radii must be used. When these measures of cavity size are introduced into the Born equation, …

… properties of water in the primary hydration shell, and a Born … gas-phase single-ion
hydration data. From a comparison of … of the gaseous hydrate was estimated with the equations …

… of the translational and rotational entropies of the gaseous ions as may be calculated from
the Sackur-Tetrode equation and the rotational partition function respectively.19 The partial …

… of ion selectivity, we must first understand ionic hydration. Significant efforts have been made
to explore the physical properties of hydrated ions … the Born equation at a molecular level. …

… In this paper it is shown that the concept of ion-solvent interaction, or ionic … equation,
introducing the effect of ion-solvent interaction in terms of “hydration,” which is applicable up to ionic …

… –Einstein equation, the diffusion coefficient of a particle should be inversely proportional to
its radius. If the Pauling radius of an ion is substituted into Stokes–Einstein equation, the fact …

… the primary hydration shell, we can make contact with the classical models of ion hydration
proposed by Frank−Wen and Samoilov. Water molecules in the immediate vicinity of an ion …