The transport of fluid and ions in nano/molecular confinements is the governing physics of a
myriad of embodiments in nature and technology including human physiology, plants …

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

In shale reservoirs, spontaneous imbibition is an important mechanism of fracturing fluid
loss, which has an important impact on enhanced oil recovery and water resource demand …

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 …

The movability of water in shale nanopores intensely affects the transport and storage of
other fluids and plays an important role in the geological water cycle. To investigate the …

Although the importance of temperature control in nonequilibrium molecular dynamics
simulations is widely accepted, the consequences of the thermostatting approach in the …

The understanding of confined structure and flow property of ionic liquid (IL) in a
nanochannel are essential for the efficient application of ILs in the green chemical …

Understanding the enhanced liquid flow behaviors in nano-scale elliptic pores with different
surface wettability has tremendous implications in science and engineering, such as water …

Clarifying the confined liquid flow in nanoscale porous media is crucial for many science
and engineering applications, such as shale/tight oil recovery. However, most of the …

Water flow in nanoscale channel is demonstrated to be affected by the robust water-wall
interactions, including that the flow significantly deviates from the conventional continuum …