The rapid and efficient exchange of ions between porous electrodes and aqueous solutions
is important in many applications, such as electrical energy storage by supercapacitors …

In a combined experimental and theoretical study, we show that capacitive charging of
porous electrodes in multicomponent electrolytes may lead to the phenomenon of time …

Ion transport in porous conductive materials is of great importance in a variety of
electrochemical systems including batteries and supercapacitors. We here analyze the …

Porous electrodes are important in many physical− chemical processes including capacitive
deionization (CDI), a desalination technology where ions are adsorbed from solution into the …

Porous electrodes instead of flat electrodes are widely used in electrochemical systems to
boost storage capacities for ions and electrons, to improve the transport of mass and charge …

We revisit the classical problem of flow of electrolyte solutions through charged capillary
nanopores or nanotubes as described by the capillary pore model (also called “space …

We present a porous electrode theory for capacitive deionization with electrodes containing
nanoparticles that consist of a redox-active intercalation material. A geometry of a …

We present porous electrode theory for the general situation of electrolytes containing
mixtures of mobile ions of arbitrary valencies and diffusion coefficients (mobilities). We focus …

In capacitive deionization (CDI), water is desalinated by storing ions in electrical double
layers (EDLs) within the micropores of charged porous carbon electrodes. Recent …

We study the response of a model microelectrochemical cell to a large ac voltage of
frequency comparable to the inverse cell relaxation time. To bring out the basic physics, we …