We critically review the rapidly growing number of studies devoted to classical fluids
ofcharged particles. The main emphasis is on the simplest such fluid, the so-called one …

Modern techniques of liquid state physics have been successfully used to probe the
microscopic structure and dynamics of a variety of multicomponent liquids in which relative …

We assume the time-averaged structure of a macroion solution to be determined only by the
repulsive screened Coulomb pair potential between finite macroions. The counter ions and …

The structure of a dispersion of charged colloidal particles interacting through a screened
Coulomb potential is well described at moderate to high densities by calculating the …

It is shown to within the accuracy of present-day computer-simulation studies that the bridge
functions (ie, the sum of elementary graphs, assumed zero in the hypernetted-chain …

In the processes studied in contemporary physics one encounters the most diverse
conditions: temperatures ranging from absolute zero to those found in the cores of stars, and …

The attractive and the repulsive intermolecular forces play very different roles in forming the
equilibrium structure of a dense liquid. The harsh repulsive forces (which fix the shape of the …

A detailed derivation of the dressed‐ion theory—a formally exact theory for primitive model
Coulomb fluids—is presented for the case of bulk electrolyte solutions. It is shown that the …

In a recent paper, Lucco Castello et al.(arxiv: 2107.03537) provided an accurate
parameterization of classical one-component plasma bridge functions that was embedded in …

Localized, sequential adsorption of colloid particles interacting via screened Coulomb
potential was analyzed theoretically and experimentally. The two-dimensional (2D) pair …