December 5th, 2016
BaReH9 is the most hydrogen-rich inorganic salt discovered thus far, and is of great interest in the study of superconductivity in dense hydrides and also the metallization of hydrogen at high pressure. The unusual composition of this material suggests that investigation of its high pressure properties should offer a number of important...
December 1st, 2016
Boron Carbide exhibits a number of important material properties, among them extreme hardness approaching that of diamond, and a very high melting point. However, it is the low density of the material that makes it attractive for applications requiring high mechanical strength and light weight. Its properties are due to the unique...
November 29th, 2016
A recent advance toward the goal of increasing achievable static pressures beyond the mechanical limits imposed by the diamond anvil cell has been in the development of “two-stage” diamond anvils. Two-stage anvils consist of a small “micro-anvil” with a culet size on the order of 30 microns fixed onto the culet of a larger diamond anvil...
November 28th, 2016
Chemical reactions involving acetonitrile most often occur as the result of activating the C-N triple bond, while the C-H bonds are generally considered inert. Weak intermolecular hydrogen bonds of the N - - H - C type, however are susceptible to modification by applied pressure. Now a group including CDAC Research Scientist Zhenxian Liu...
November 10th, 2016
Understanding the behavior of dense hydrogen remains a major challenge in both condensed matter physics and energy science, and high-pressure experiments and theoretical calculations have uncovered a number of novel phenomena in this fundamental system. Theoretical work by CDAC Research Scientist Ivan Naumov and CDAC Director Russell J....
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