Shock perturbation method measures material viscosity on the basis of correlation between the viscosity under shock compression and the damping of oscillatory perturbations in the shape of a shock fro
Shock velocity(Us)is one of the most important parameters in shock wave experiments.So far,there are various methods of Us measurement for initially transparent sample,such as X-ray radiography,VISAR,
Acoustic and thermodynamic properties of LiF sing crystals under high-pressures are very important to the shock-wave and high-pressure communities as it is widely used as window(or anvil)materials in
There is a growing interest in understanding the elastic and mechanical properties of microporous materials under high-pressure or non-ambient conditions [1].
Raman spectroscopy and x-rav diffraction methods have bean used to characterize the structurally undocumentad l-phase of nitrogen.The l-N2 forms on heating nitrogen to around 800 K at 60 GPa [1] or on
I will talk about a very intriguing research field,joining high pressure science of simple molecular systems to the amazing world of zeolites.I will first present a review on several novel compounds o
The detailed understanding of the meaning of experimental data in high-pressure hydrogen has advanced enormously with the ability to carry out atomic level modelling of the electronic structure.
We demonstrate the effect of activation volume on the pressure-induced anomalous transitional resistances in EuFe2As2 as well as the frictionless transport of many condensed electrons in FeAs based ma