Electrolytes are central to life and technology but lack complete understanding. Recent
experiments with highly concentrated electrolytes have revealed electrostatic decay lengths …

The main aim of this report is to analyze the equilibrium properties of primitive model (PM)
ionic solutions in the formally exact mean-field formalism. Previously, we review the main …

The Poisson–Boltzmann and Debye–Hückel approximations for the pair distributions and
mean electrostatic potential in electrolytes predict that these entities have one single decay …

A unified treatment of oscillatory and monotonic exponential decays of interactions in
electrolytes is displayed, which highlights the role of dielectric response of the fluid in terms …

A general, exact theory for the decay of interactions between any particles immersed in
electrolytes, including surface forces between macroscopic bodies, is derived in a self …

Screened electrostatic surface forces, also called double layer forces, between surfaces in
ionic liquids can, depending on the circumstances, decay in an exponentially damped …

Screened electrostatic interactions in ionic liquids are investigated by means of exact
statistical mechanical analysis combined with physical arguments that enhance the …

The present work focuses on the structure of a double-layer of overscreened charged
surfaces by smeared-out charges and probes the link between the structure of a double …

An exact statistical mechanical theory for fluid mixtures of rigid molecules with arbitrary
charge distributions, sizes, and shapes is presented. It deals with many-body effects in …

We analyze the decay of structural correlation functions for 1: 1, 1: 2, and 2: 2 electrolyte
solutions obtained from Monte Carlo simulations. It is found that by the use of dressed ion …