… desalination technologies, eg, membrane capacitive deionization, flow capacitive deionization,
… to enhance the desalination performance of RFDs through ion transport channels. With …

… ion transport and adsorption processes in porous electrodes used for capacitive deionization
(… -Planck equation describing ion transport is solved using the finite volume method. The …

… as transport pathways for ion transport across the electrode, while the term “micropores” is
used for all the pore space within the carbon particles (intraparticle porosity). In Section 8 the …

… an MCDI system can increase desalination efficiency significantly compared to the … ion
transport in the MCDI system was not yet explained. In this study, we examined the ion-transport …

… Developing a theoretical ion transport model would be helpful to analyze ion transport.
Moreover, experimental studies to elucidate whether the changes in the electrode structure of …

… -removal rate with a gravimetric desalination capacity (SAC G ) of … of the HCB substantially
facilitate ion transport. This work paves a … desalination capacity and fast ion transport kinetics. …

… It can be seen that the presence of the ion-exchange membrane MCDI is very beneficial
for electrosorption salt ions by making the counter-ions transfer faster and be adsorbed by …

… carbon electrodes of the CDI system, and the potential gradient generated in the MFC system
drives the ion transfer in the electrical field of the CDI step for brackish water deionization. …

… micropores and larger pathways for ion transport through the electrode bulk). Electrode
thickness can also contribute to ASAR, with thinner electrodes generally exhibiting higher …

… We model the transport of these ions across the flow channel and membranes, into the
electrodes. Furthermore, we consider the self-ionization reaction of water, H 2 O ⇄ H + …