A theoretical study of the changes in the charge distribution of a series of small cations due to the polarization effect of water is presented. The results, which are obtained from high-level ab initio self-consistent reaction field calculations, show the complexity of the solvent effect on the electron distribution of cations. The polarization effect of water on the charge redistribution for cations is smaller than that for anions and neutral molecules, but it is still significant for some systems
The high polarizability of halide anions affects, in aqueous solutions, many phenomena ranging from ...
Dipole polarizabilities of a series of ions in aqueous solutions are computed from first-principles....
Water is ubiquitous in nature. The arrangement and behavior of water molecules aroundsolutes, rangin...
Abstract: Polarization effects in aqueous and nonaqueous solutions were analyzed for nine neutral an...
In the present paper, we use statistical mechanics to probe into the changes induced by cations (Al3...
Atomic charges in the water molecule and the water dimer have been calculated by two different schem...
The effect of solvation, as studied by the self-consistent reaction field procedure, on the shapes, ...
ree energies of solvation (DG) in water and n-octanol have been computed for common drug molecules...
Charge hydration asymmetry (CHA) manifests itself in the experimentally observed strong dependence o...
[[abstract]]The solvent molecular distribution significantly affects the behavior of the solute mole...
The aqueous electron, e(aq), and its finite analogues, the anionic water clusters ðH2OÞn, have attra...
Quantum mechanical studies point to the importance of polarization and charge transfer (CT) in zinc ...
We have performed Monte Carlo simulations of the tetramethylammonium ion, hydrated by 256 simple poi...
When an excess electron is solvated by water molecules, it forms a well-known species named the hydr...
The evaluation of the hydrated chloride anion polarizability is hereby addressed by using density fu...
The high polarizability of halide anions affects, in aqueous solutions, many phenomena ranging from ...
Dipole polarizabilities of a series of ions in aqueous solutions are computed from first-principles....
Water is ubiquitous in nature. The arrangement and behavior of water molecules aroundsolutes, rangin...
Abstract: Polarization effects in aqueous and nonaqueous solutions were analyzed for nine neutral an...
In the present paper, we use statistical mechanics to probe into the changes induced by cations (Al3...
Atomic charges in the water molecule and the water dimer have been calculated by two different schem...
The effect of solvation, as studied by the self-consistent reaction field procedure, on the shapes, ...
ree energies of solvation (DG) in water and n-octanol have been computed for common drug molecules...
Charge hydration asymmetry (CHA) manifests itself in the experimentally observed strong dependence o...
[[abstract]]The solvent molecular distribution significantly affects the behavior of the solute mole...
The aqueous electron, e(aq), and its finite analogues, the anionic water clusters ðH2OÞn, have attra...
Quantum mechanical studies point to the importance of polarization and charge transfer (CT) in zinc ...
We have performed Monte Carlo simulations of the tetramethylammonium ion, hydrated by 256 simple poi...
When an excess electron is solvated by water molecules, it forms a well-known species named the hydr...
The evaluation of the hydrated chloride anion polarizability is hereby addressed by using density fu...
The high polarizability of halide anions affects, in aqueous solutions, many phenomena ranging from ...
Dipole polarizabilities of a series of ions in aqueous solutions are computed from first-principles....
Water is ubiquitous in nature. The arrangement and behavior of water molecules aroundsolutes, rangin...