… pore-scale model is presented to simulate the dynamic ion transport and adsorption processes
in porous electrodes used for capacitive deionization … electrodes at the pore scale. The …

… Pore size is an … capacitance decreased to a critical point as the pore size narrows down
from mesopores to micropores and then increased dramatically to much higher capacitance …

… of the pore size and charge on the ion size. For the wider pore, our calculations show that
the effective size of Na + decreases with increased charge density, whereas the size of Ca 2+ …

… deionization process in CDI. The objective of this work is to … , and perform pore-scale studies
of capacitive deionization process … structures on the capacitive deionization are discussed. …

… changed to produce a range of pore size distributions. A flexible, … the pore size dependence
on capacitive deionization using a … A dependence of the deionization process on pore size …

… porous electrode used in the capacitive deionization, which is a … the transient ion adsorption
at pore scale level. The results … degree shows the best capacitive deionization performance. …

… of pore scale simulations in batteries, the development and application of pore scale model
… desalination process of intercalation CDI on the pore scale level and to evaluate effects of …

… In this study, 3D N and P-doped graphene with tunable pore size electrode, great capacitance
and conductivity for an ideal CDI performance was successfully prepared. The electrodes …

… In this work, effect of ions size is combined with the influence of pore size to provide a
quantitative simulation method to evaluate CDI desalination performance. The method is capable …

… We present a method to quantify the influence of each pore size increment on desalination
performance in CDI by correlating the PSD with desalination performance. We obtain a high …