… stable structure and nice porosity. Tannic acid not only enhanced the porosity of the material
… In contrast, a symmetric CDI system was built with two electrodes of porous carbon, which …

… desalination that increases desalination capacity compared to CDI by using two identical
battery electrodes … , referred to as battery electrode deionization (BDI). The use of two identical …

… Future development of the present device will benefit from on-going research in Na-ion
batteries. We also note that little-to-no porous-electrode models of Na-ion and aqueous batteries …

… of porosity on the performance of the desalination battery, we … of the porous electrode with
time under different porosity (… desalination rate and total desalination amount of the porous …

… desalination by using the battery deionization technique. Herein, the first conductive porous
polymer electrode, … A porous electrode with low charge transfer resistance is an appealing …

… [18] created a two-dimensional model for the porous electrode of the rocking chair desalination
battery, simulated the processes of electrochemical reactions and electrolyte transport …

… electrode materials for a desalination battery, summarize the performance of a full desalination
battery… porous carbon electrode (0.048 mg/g·s). Figure 3b shows that the Na 0.44 MnO 2 ||…

… porous electrodes from the pore-scale perspective by considering microstructures of electrodes…
the porous electrode of a Li-ion battery. Liu et al. [39] investigated the charging process of …

… The three-dimensional microstructures of porous electrodes are first reconstructed by an …
the desalination, the ion concentration is unevenly distributed in the pores of porous electrodes, …

… presented the concept of a “desalination battery” using two Faradaic electrodes for
feedstream … enabling the construction of a practical high capacity desalination battery. …