In this paper transport through nanochannels is assessed, both of liquids and of dissolved
molecules or ions. First, we review principles of transport at the nanoscale, which will involve …

Osmosis is fundamental to many processes, such as in the function of biological cells and in
industrial desalination to obtain clean drinking water. The choice of solute in industrial …

Following on from the work presented in Part I, this Part II paper presents a new
mathematical description for water and solute transfer in pressure-driven membrane …

Water permeation across various nitrogen-doped double-walled carbon nanotubes (N-
DWCNT) has been studied with molecular dynamics simulations to better understand the …

The transport behavior of solvated ions in nanopores of a zeolite Y is field responsive. As an
external electric field is applied, the observed change in effective solid-liquid interfacial …

In an experiment on pressure-driven ion transport in nanopores of a zeolite, the anion
concentration is varied in a broad range. As the anion concentration is relatively low, its …

The structural and dynamic properties of water molecules in a uniformly charged nanopore
have been studied using the method of classical molecular dynamics simulation. When …

We investigate the influence of correlation between water molecules transport through the
neighbouring nanopores, whose centres are at a distance of only 6.2 Å, using the molecular …

Water confined into the interior channels of narrow carbon nanotubes or transmembrane
proteins can form collectively oriented molecular chains held together by tight hydrogen …

The current models that describe mass transfer in Forward Osmosis (FO) process are
limited, but because the process shares many similarities with pressure-driven membrane …