A density-functional theory is proposed to describe the density profiles of small ions around
an isolated colloidal particle in the framework of the restricted primitive model where the …

We construct a free‐energy density‐functional approximation for the primitive model of the
electrical double layer. The hard‐sphere term of the free‐energy functional is based on a …

Monte Carlo simulations are reported for the solvent primitive model (SPM) of the electrical
double layer at electrically charged and neutral surfaces. Both solvent and ions are modeled …

The structure of an electrolyte around a spherical, charged colloid particle is studied, using a
simple model in which the diameter of the ions in the soution is considered. The hypernetted …

In a previous paper [M. Lozada-Cassou, J. Chem. Phys. 80, 3344 (1984)], we have
proposed a three point extension for integral equation theories. Here we apply our formalism …

The electrical double layer for three different topologies of nanopore electrodes is studied,
ie, the interior and exterior electrical double layers of planar, cylindrical and spherical …

A density functional theory (DFT) is presented for describing the distributions of small ions
around an isolated infinitely long polyanionic DNA molecule in the framework of the …

The hypernetted chain/mean‐spherical approximation (HNC/MSA) equations are derived for
ion distributions within and surrounding a charged cylindrical pore for the restricted primitive …

The conventional hypemetted chain/mean spherical (HNC/MS) equation and a
superposition approximation to the Bom-Green-Yvon (BGY) equation are derived and …

An integral equations theory is derived and applied to a modified colloidal primitive model
(MCPM), for finite concentration colloidal dispersions. In MCPM, the charge on the colloidal …