The pressure transmitting medium plays a very important role in the high temperature and high pressure(HPHT)experiment,while the Magnesia used as the pressure transmitting medium where thermal insulat
Pressure-induced transformation of onion-like nested precursors to nanotwins morphology can effectively improve the mechanical properties of engineering materials.In spite of great practical and funda
Pressure calibration methods play an important role in high pressure experiments,and most researches are mainly focus on the cell pressure calibration of pressure transmitting medium,but there are a f
Transition-metal nitrides are promising functional materials with high hardness,but exploring the hardness of these nitrides is limited due to bulk materials are difficult to be prepared.
Mechanical properties of polycrystalline cBN sintered bodies synthesized by using submicron cubic boron nitride(cBN)powder and hexagonal BN(hBN)powder as starting materials under high pressure and hig
Since the invention of the dynamically driven Diamond Anvil Cell(dDAC)[1] there have been ongoing efforts to increase the compression speed as well as the single pressure jump range of the dDAC [2] te
Transition-metal borides(TMBs)have drawn much attention as a new kind of promising superhard materials for the strong covalent formed between metal atom and boron atom.