Hydrogen-helium mixtures have long been predicted to undergo demixing at high pressures
of several megabars which occur in the interiors of giant planets such as Jupiter and Saturn …

We present a molecular dynamics simulation of shock waves propagating in dense
deuterium with the electron force field method [JT Su and WA Goddard, Phys. Rev. Lett. 99 …

Shock reverberation compression experiments on dense gaseous deuterium-helium
mixtures are carried out to provide thermodynamic parameters relevant to the conditions in …

Multishock compression experiments on hydrogen-helium (H 2-He) mixtures have been
performed via a two-stage light-gas gun for providing equations of state (EOS) covering a …

Hydrogen (H 2) and helium (He), the most abundant elements in the universe, pose a
unique challenge in measuring the equation of state of the mixture, owing to their differing …

The thermodynamic properties of warm dense hydrogen, such as the equation of state
(EOS) and sound velocity, affect our understanding of the evolution and interior structures of …

Warm dense argon was generated by a shock reverberation technique. The diagnostics of
warm dense argon were performed by a multichannel optical pyrometer and a velocity …

Quantum molecular dynamics simulations for self-diffusion, mutual-diffusion, and viscosities
of hydrogen-helium (H-He) mixtures are investigated to benchmark the standard theoretical …

We have studied the compression behavior of H 2-He mixtures in comparison with pure H 2
and He using powder synchrotron x-ray diffraction, and we present the pressure-volume …

摘要随着大型激光装置的建立和精密测量技术的发展, 强激光与固体相互作用成为实验室产生温
稠密物质的一个重要手段. 温稠密物质的结构复杂性, 瞬态性和非平衡性给理论建模和实验测量 …