The widespread use of low dimensional carbon membrane for desalination and gas
separation is limited by the difficulty to physically realise such membrane designs on a …

Nano‐confined flow is ubiquitous in modern engineering and biomedical applications. As
the peculiar phenomena of nano‐confined flow were continuously reported and traditional …

Continuum simulations become an important tool to uncover the mysteries in nanofluidic
experiments. However, fluid flow in simulation models is usually unconsidered. Here …

The use of two-dimensional (2D) materials as ultra-thin desalination membrane has
garnered much interest in the scientific community. Various 2D materials membrane designs …

Single-layer molybdenum disulfide (MoS2) filters with nanometer-size pores have attracted
great attention recently due to their promising performance for membrane separation …

This study considers two novel ideas to further explore and enhance the graphene
membrane for desalination. Firstly, while earlier molecular dynamics (MD) simulations …

As one of the most promising types of label-free nanopores has great potential for DNA
sequencing via fast detection of different DNA bases. As one of the most promising types of …

Nanopores in graphene-based membranes have shown great potential in enabling highly
efficient water desalination. The effective engineering of these membranes necessitates a …

We present here non-equilibrium molecular dynamic simulations concerning the separation
of phenol and ibuprofen as impurities compounds (ICs) in water by novel graphene oxide …

Membranes incorporating zwitterionic chemistries have recently emerged as promising
candidates for facilitating challenging ion–ion separations. Transport of ions in such …