… In conclusion, 3D porous electrodes with ionic transport channels are designed and
fabricated, where the resulting architecture exhibits low-tortuosity feature. In addition, conversion-…

… focuses on ion transport through nanoporous carbon electrodes, in contact with a bulk
electrolyte. Connecting the ionic transport properties in the porous materials to their pore networks …

… transport in the pores is quite challenging. … ionic transport in the porous electrode in terms
of one effective geometric parameter, tortuosity (τ). Tortuosity accounts for the fact that pores …

… porous electrodes utilizing LiCoO 2 active material. The images reveal the existence of discrete
porous … restrict to a large degree the overall ion transport in the cathode. Two types of 3D …

… investigated R ion as ion transport at porous electrodes to … and views the porous electrode
as a cylindrical pore, (5,28,29) … R ion , C dl , and f 0 –1 , related to ion transport inside pores. …

… We also review the recent studies of nonequilibrium ion transport in porous electrode by
molecular and continuum methods, among these methods, dynamic density functional theory (…

… , low-tortuosity porous electrodes with various … porous electrodes with larger d have smaller
ion transport impedance inside the pore space and thinner lamellae lead to faster overall ion …

… methods to characterize the ionic transport in the porous electrodes. The importance of
long-range and short-range electronic contact resistances in the porous electrodes of LIBs’ has …

… model of the electro-diffusion of ions in porous electrodes is able to describe fairly well the
… the transport of salt and charge in the electro-neutral macropores of the carbon electrodes. …

… Characterizing ionic transport in porous electrodes has been … leverages porous electrodes
for electrostatic ion adsorption … CDI is a pair of engineered porous carbon electrodes. Upon …