In this review, the application of a wide variety of external electric fields in molecular
simulation shall be discussed, including time-varying and electromagnetic, as well as the …

The dielectric constant for water is reduced under confinement. Although this phenomenon
is well known, the underlying physical mechanism for the reduction is still in debate. In this …

The gas stripping process is widely used for the removal and recovery of ammonia from
wastewater. The ammonia removal in the stripping process depends on the pH …

The article explores the various mechanisms by which a rotating magnetic field causes to
rotate a magnetic fluid contained in a cylinder (the so-called spin-up of ferrofluids). It is …

The extent of confinement effects on water is not clear in the literature. While some
properties are affected only within a few nanometers from the wall surface, others are …

Molecular dynamics simulations are employed to estimate the effect of nanopore size, wall
wettability, and the external field strength on successful ion removal from water solutions. It …

We develop a consistent hydrodynamic theory for ferrofluids that can be concentrated,
strongly interacting, and polydisperse. We analyze the dynamics of ferrocolloids under …

Bioethanol has been used as an alternative energy source for transportation vehicles to
reduce the use of fossil fuels. The separation of water–ethanol solutions from fermentation …

Water confined in carbon nanotubes (CNTs) under the influence of an electric field exhibits
behavior different to that of bulk water. Such behavior is fascinating from a nanoscience …

The development of new methods for the effective pumping of water at the nanoscale is an
important building block in the development of nanotechnologies due to the limitations of …