This Review explores the dynamic behavior of water within nanopores and biological
channels in lipid bilayer membranes. We focus on molecular simulation studies, alongside …

Biological ion channels are nanoscale transmembrane pores. When water and ions are
enclosed within the narrow confines of a sub-nanometer hydrophobic pore, they exhibit …

Water molecules confined to nonpolar pores and cavities of nanoscopic dimensions exhibit
highly unusual properties. Water filling is strongly cooperative, with the possible coexistence …

The use of semipermeable membranes containing carbon nanotubes (CNTs) that form
continuous pores has been suggested as a way to reduce the cost of desalination …

Carbon nanotubes show exceptional physical properties that render them promising
candidates as building blocks for nanostructured materials. Many ambitious applications …

The transport of hydrated ions through narrow pores is important for a number of processes
such as the desalination and filtration of water and the conductance of ions through …

Extremely high aspect ratios, molecularly smooth hydrophobic graphitic walls, and
nanoscale inner diameters of carbon nanotubes give rise to the unique phenomenon of ultra …

Carbon nanotubes (CNTs) are nanoscale cylinders of graphene with exceptional properties
such as high mechanical strength, high aspect ratio and large specific surface area. To …

A novel test-area (TA) technique for the direct simulation of the interfacial tension of systems
interacting through arbitrary intermolecular potentials is presented in this paper. The most …

We focus on the dynamical aspects of wetting phenomena on the nanoscale for which bulk
hydrodynamic equations become invalid. At the nanoscale, phenomena that are irrelevant …