It is well known that a solid surface will be charged when it comes into contact with liquid,
especially with electrolyte solutions. The surface charge influences ion distribution and …

The electrokinetic transport mechanisms of multispecies ions through 3‐D nanoporous rocks
with chemical reaction at the solid‐aqueous solution interfaces are investigated. We …

Physicochemical transport due to electro‐osmosis of dilute electrolyte solutions (< 1× 10− 3
mol/L) through microporous media with granular random microstructures has been modeled …

The structure effects on electro-osmosis in microporous media have been studied by
modeling the multiphysical transport using our numerical framework. The three-dimensional …

The streaming potential phenomenon is an electrokinetic effect that occurs in porous media.
It is characterized by an electrokinetic (EK) coefficient. The aim of this paper is to simulate …

Surface charge at solid-electrolyte interface is generally coupled with the local electrolyte
properties (ionic concentration, pH, etc.), and therefore not as assumed homogeneous on …

We report the calculation of all the transfer coefficients which couple the solvent and ionic
fluxes through a charged pore under the effect of pressure, electrostatic potential, and …

Abstract We report a Lattice-Boltzmann scheme that accounts for adsorption and desorption
in the calculation of mesoscale dynamical properties of tracers in media of arbitrary …

We present lattice Boltzmann pore-scale numerical simulations of solute transport and
reaction in porous electrodes at a high Schmidt number,. The three-dimensional geometry of …

The electrokinetic pumping characteristics of nanoscale charged porous media packed in
microchannels are investigated using a mesoscopic evolution method. When the pore size …