… ) equations are derived for ion transport in charged porous media under forced convection
(… questions about electrodiffusion in charged porous media, relating to electroneutrality, …

… of a system of partial differential equations describing transport of a dilute N-component
electrolyte in a Newtonian solvent through a rigid porous medium. The motion is governed by a …

… Ion transport and adsorption in porous electrodes at pore scale In this section, pore-scale
simulations of ion transport and adsorption are carried out in porous carbon-based electrodes. …

… multicomponent ionic transport in saturated porous media … effects on proton transport in the
presence of ionic admixtures. … steady-state flow and transport conditions. Dilute solutions of …

… the transport of ions, water, and heat through the pore network. … pore space of the material
(namely the tortuosity of the pore … the medium in response to ions and water transport through …

… We develop a model of evaporation and ions transport in order to gain more insight into
the important parameters of the problem. As in many previous works (eg Ben Nasrallah et al. …

… The transport of electrolyte through porous media is a classical multiscale phenomenon …
bio-porous materials modeling. Phenomenological equations relating the transport of ions and …

… Na ions are adsorbed at the pore walls. Therefore during drying the ions will be transported
to … with the diffusion of the ions, which tends to level off the accumulation of ions. In Fig. 2 an …

… partial differential equations describing the non-ideal transport of a N -component electrolyte
in a dilute Newtonian solvent through a rigid porous medium. Realistic non-ideal effects are …

… transport in heterogeneous porous media. The governing equation for steady-state flow in
saturated porous media is … urn:x-wiley:00431397:media:wrcr24350:wrcr24350-math-0027 (15) …