As a sustainable, cost-effective and energy-efficient method, membranes are becoming a
progressively vital technique to solve the problem of the scarcity of freshwater resources …

Recent advances in nanotube synthesis and functionalization have allowed for new insights
into several physical-chemical aspects of nanofluidics. Processes thought possible only in …

The flow of fluids in nano-confinement has applications in separations, water purification,
medical systems and in the recovery of fluids in petroleum systems. It is believed that fluids …

Molecular dynamics (MD) simulations is currently the most popular and credible tool to
model water flow in nanoscale where the conventional continuum equations break down …

Electric double-layer capacitors (EDLCs) are promising electric energy storage devices for
increasing global energy demand. During charging–discharging cycles, the generated heat …

Nanosheet-based membranes have shown enormous potential for energy-efficient
molecular transport and separation applications, but designing these membranes for …

Geometrical confinement has a large impact on gas solubilities in nanoscale pores. This
phenomenon is closely associated with heterogeneous catalysis, shale gas extraction …

The existence of water phase occupies oil flow area and impacts the confined oil flow
behavior at the solid substrate in inorganic nanopores of shale oil reservoirs, resulting in a …

Water transport through nanoporous materials has aroused wide interest in membrane
desalination, biological medicine and nanofluids, but the underlying mechanism of water …

Harnessing the subsurface geologic environments in an efficient and environmentally
sustainable manner is challenged by uncertainties associated with predicting the fate of …