Liquids with very diverse underlying interactions share the thermodynamic and transport
anomalies of water, including metalloids, ionic melts and mesoscopic fluids. The generic …

The atomic-scale structure, melting curve, and equation of state of liquid gallium has been
measured to high pressure (p) and high temperature (T) up to 26 GPa and 900 K by in situ …

We study the dynamic behavior of CuZr-based melts well above the liquidus temperature.
The results show a discontinuous change in viscosity during cooling, which is attributed to …

Due to discrepancies in the literature data the thermodynamic properties of liquid gallium
are still in debate. Accurate measurements of adiabatic sound velocities as a function of …

A group of materials including water and silicon exhibit many anomalous behaviors, eg,
density anomaly and diffusivity anomaly (increase upon compression). These materials are …

Using ab initio molecular dynamics, we show that a recently discovered form of 2D Ga—
gallenene—exhibits highly variable thickness dependent properties. Here, 2D Ga of four …

The structure of liquid gallium has been studied along the melting curve from 0.64 to 5.6
GPa by the energy dispersive x-ray diffraction technique, followed by modeling of the …

The volume change of liquid and solid gallium has been studied as a function of pressure
and temperature up to 3.02 GPa at 300 K and up to 3.63 GPa at 330 K using synchrotron x …

Atomically thin gallium layers have recently been experimentally produced via solid–melt
exfoliation, and show promise as robustly metallic 2D materials for electronic applications …

The equilibrium silica liquid–liquid interface between the high-density liquid (HDL) phase
and the low-density liquid (LDL) phase is examined using molecular-dynamics simulation …