Water microdroplets promote unusual chemical reactions at the air–water interface.
However, the interfacial structure of water microdroplets and its potential influence on …

Deposition of two-dimensional (2D) materials onto catalyst surfaces is known to alter the
adsorption energies of active sites due to the nanoconfinement effect. Traditionally, these 2D …

Foundations of nanofluidics can enable advances in diverse applications such as water
desalination, energy harvesting, and biological analysis. Dynamically manipulating …

Acid mine drainage (AMD) raises a global environmental concern impacting the iron cycle.
Although the formation of Fe (III) minerals in AMD-impacted waters has previously been …

Liquid confined in a nanochannel or nanotube has exhibited a superfast transport
phenomenon, providing an ideal heat and mass transfer platform to meet the increasingly …

We have undertaken a vibrational study of the structure of interfacial water and its potential
dependence using H2O: D2O mixtures to explore the O–H and O–D stretching modes of …

The effect of pore wall chemistry and pore diameter on the structure of confined water was
studied by X-ray scattering on water confined in periodic mesoporous organosilicas (PMOs) …

Crystallization of bulk water cannot be avoided in the temperature range 150–235 K, which
is known as no man's land in the literature focused on the dynamics of the supercooled …

Water distillation as a mainstream separation process for water isotopes is widely applied in
industrial and basic research. Regular packing, a key component of water distillation, has …

We develop a deep learning-based algorithm, called DeepForce, to link ab initio physics
with the continuum theory to predict concentration profiles of confined water. We show that …