Metallic nanoparticles provide a lot of new phenomena in physics and chemistry related to their small size(much smaller than typical visible wavelengths)and high specific surface.
The equation of state(EOS)of iron at extreme pressures is one of the basic physical quantities in several fields of science such as geophysics,astrophysics and theoretical study in high-pressure physi
High-pressure neutron diffraction(HPND)experiments in extended pressure and temperature ranges can provide invaluable information for understanding many pressure-induced emergent phenomena,such as unu
The Helmholtz International Beamline for Extreme Fields(HIBEF)[1] is being constructed at the HED(High Energy Density)Instrument of the European XFEL [2].HIBEF will provide an ultra-intense(300 TW)las
Since the discovery of fullerene in 1985 followed by synthesis of other molecular forms of carbon-e.g..nanotubes and graphene-these intrinsically nanostructured systems have attracted attention of the
Scientific advancement in the fields of high pressure material synthesis and research on planetary interiors rely heavily on a variety of techniques for probing such extreme conditions,such as laser-h
Pressure determination is the most fundamental step in all high pressure experiments.Currently,NaCl,MgO,Au,and Pt are the most commonly used pressure calibration materials based on previously establis
Recent progress in theoretical mineral physics(TMP)based on the density functional quantum mechanical theory has been dramatic in conjunction with the advancement of computer technologies.
Pressure calibration and interlaboratory consistency are a very important part of high pressure research,especially in studies that involve detailed phase equilibria or other studies where pressure ac