… of surface transport … surface transport in describing the dynamics of a charging CDI cell.
Through our numerical solution to the presented models, the possible effect of surface transport …

… a is the electrode surface area per unit volume of electrode matrix, and we assume a is a …
per electrode surface area. We also define the local charge density on the electrode surface (in …

… capacitive deionization, and capacitive extraction of renewable energy from a salinity difference.
Here, we present a unified mean-field theory for capacitive charging … surface transport …

… The governing equations for mass transport and potential … and charge transport between
the solution and charged matrixes, the … The transient processes of capacitive charging and …

… surface conductance, which is the enhanced ion transport in the diffuse part of the dou ble
layer along a charged … with “hard” surfaces of approximately constant surface charge density, if …

… times during capacitive charging of porous electrodes. Thus, capacitive cells constructed of
… Theoretical modeling based on non-linear theory for transport and capacitive charging in …

… In light of better agreement with some experimental regimes [20,22–24], we here adopt
the modified Donnan (MD) model for capacitive charging, which assumes no transport in the …

… did not include electronic transport mechanisms and then cannot calculate the charge
localization. On the contrary, Jain et al. have presented a complete model including TAT …

… point will be indefinitely maintained and no net ion transport into or out of the double layer in
… transport resistance, because these resistances are irrelevant without charge transport at a …

… The vertical displacements noticeable on both upper and lower traces are the result of the
capacitive interaction with the clocking voltages. The upper trace was obtained when 6 V dc …