Fouling in the membrane interior of engineered large sized charged nanopores can
significantly impact the transmembrane ion transportation characteristic. Here impacts of …

The heat transfer characteristics and entropy generation of an electroosmotic flow in curved
rectangular nanochannels under high zeta potential conditions are investigated numerically …

Transmembrane ion transportation in the nanofluidic salinity gradient energy conversion
process is significantly regulated by the ion characteristics and concentration-depended …

In charged nanopores, ionic diffusion current reflects the ionic selectivity and ionic
permeability of nanopores, which determines the performance of osmotic energy …

This paper is devoted to studying the thermal characteristics of a completely developed
electrokinetic flow of micropolar fluid through a cylindrical microtube when a static electric …

Charged asymmetric channels are extensively investigated for the design of artificial
biological channels, ionic diodes, artificial separation films, etc. These applications are …

Electrophoretic motion of hydrophobic particles has been scrutinized numerically in solid-
state nanopores. The Poisson, Stokes, and Nernst–Planck equations are solved …

The study examined the transport behaviour of chaotropic and kosmotropic anions within a
negatively charged and a positively charged conical nanopore. The chaotropic and …

We conduct a numerical study of viscoelectric and steric effects on an oscillatory
electroosmotic flow (OEOF) and their impact on the mass transport of a passive solute …

Nanotechnology has advanced in recent years to the extent that custom-tailored structures
of high regularity can now be synthesized with high precision. Single-digit nanochannels …