Owing to the strong absorption of water in the near-infrared (NIR) region near 1.0 μm, this
wavelength is considered unsuitable as an imaging and analytical signal in biological …

The structural dynamics of highly concentrated LiCl and LiBr aqueous solutions were
observed from 1–4 to 1–16 water molecules per ion pair using ultrafast polarization …

The liquid structure of systems wherein water is limited in concentration or through geometry
is of great interest in various fields such as biology, materials science, and electrochemistry …

Classical molecular dynamics simulations of water in ionic and dipolar solvents were used
to interpret the far-infrared (FIR) rotation/libration spectra of “solitary water” in terms of …

What selects azeotropic pairs and governs the azeotropic conditions (composition and
temperature) is an open and intriguing question. A combined simulation and experimental …

NMR-based measurements of the diffusion coefficients and rotation times of solitary water
and benzene at 300 K are reported in a diverse collection of 13 conventional organic …

As a common coal-based solid waste, fly ash is widely used in material filling. However, due
to the high resistivity of fly ash itself, the antistatic performance of the filling material is poor …

Understanding the fundamental interactions within and at the surface of atmospheric aerosol
is of the utmost importance as they drive the properties of aerosol that influence global …

0 µm near-infrared (NIR) is considered unsuitable as an imaging and analytical signal in
biological environments owing to the strong absorption of water at around the regions …

What selects azeotropic pairs and governs the azeotropic condition (composition and
temperature) is an open and intriguing question. A combined simulation and experimental …