… shell of specified thickness, and further such effects on the water that surrounds this shell. …
enthalpy3 of hydration of ions at room temperature (298.15 K) were examined. The single-ion …

So-called ‘absolute’ standard molar enthalpies of hydration of individual ions at 298.15 K …
enthalpies of hydration of salts involving the tetraphenyl ions with suitable counter-ions from …

… The aim of the present paper is to devise a set of single-ion heat capacities of hydration
for as many ions of as many classes as possible, using critically selected literature data, and …

… thermodynamic functions of ion hydration. This model involves a hydration shell of specified
… volume of the ion is the difference between that of the hydrated ion and the electrostriction …

… Solvation enthalpy of the ion H ion/w was calculated at 298.15 K, from the difference
between the enthalpy of the complex ion + water molecules (H ion+W ) and those of the two …

… chemistry of Pb(II) in solutions (hydrate and solvate complexes). Given the paucity of the …
For a proton in the gas phase accurate statistical thermodynamic calculations at 298.15 K …

… values for these ions increase with pressure growth from 0.0981 to 98.1 MPa at 298.15 K. …
structural radius) was used as a criterion for the type of ion solvation. It is shown that Li+ and …

… of hydration of ions at room temperature (298.15 K) were examined. The single-ion
thermodynamic … These thermodynamic quantities of hydration were then interpreted on the basis …

… -hydrated ion clusters containing one to four water molecules … hydration and solvation, we
show that the micro-hydrated ion … sizes from bulk water to bulk acetonitrile at 298.15 K. Δ G t is …

… ion solvation requires the reorganization of water molecules around an ion to form a cage to
entrap the ion… of alkali and alkaline earth halides at 298.15 K in the spectral range of urn:x-…