The emergence of nanofluidics in the last few decades has led to the development of
various applications such as water desalination, ultrafiltration, osmotic energy conversion …

One three-site non-rigid model with two polar covalent bonds is proposed for electrolyte
solvent; this model is integrated into the inhomogeneous electrolyte fluid classical density …

Controlling mass transportation using intrinsic mechanisms is a challenging topic in
nanotechnology. Herein, we employ molecular dynamics simulations to investigate the mass …

Self-organization is usually observed in two-or three-dimensional nonequilibrium processes,
where an ordered pattern spontaneously emerges in an initial disordered system. Since …

Phonons are not supposed to carry any physical momentum as lattice vibrational modes;
thus, it is believed no mass transport could be induced by phonons. In this Letter, we show …

Transport of water in narrow nanochannels as a single-file chain is involved in various
biological activities and nanofluidic applications. However, although the consistent dipole …

In this letter, we study the diffusion of water molecules inside narrow carbon nanotubes in
the presence of nanotube defects, gas molecules and salt ions by using molecular dynamics …

Molecular dynamics simulation is used to study the water flow in a charged nanotube. The
simulation results show that the charge patterns on the nanotube have an important role in …

Capillary imbibition of water plays a significant role in various applications at both the
macroscopic and microscopic scales. However, it is still unclear whether capillary imbibition …