Since the initial research leading to the production of diamond composite materials, there
have been several important developments leading to significant improvements in the …

The friction and wear behavior of the polycrystalline diamond (PCD) were evaluated in
ambient air at temperatures up to 700° C using a ball-on-disk high temperature tribometer …

Polycrystalline diamond (PCD) is extensively used in the abrasives industry for cutting,
drilling and milling due to its outstanding mechanical properties. However, this material …

This study investigates the effect of ZrB 2 additions on the microstructure, thermal stability,
and thermo-mechanical wear resistance of polycrystalline diamond. Following high …

In this study, PDC added with tantalum was successfully prepared via high pressure and
high temperature (HPHT, 7.7 GPa and 1650° C) with the Cubic-Anvil Press. The effect of …

The microstructures and thermal damage mechanisms of sintered polycrystalline diamond
compact (PDC) were studied in ambient air and vacuum at the temperature up to 1000° C …

Embodiments of the invention relate to thermally-stable polycrystalline diamond compacts
(“PDCs”), and methods of fabricating such PDCs. In an embodiment, a PDC includes a …

Сверхтвёрдые материалы [1] широко используются в обрабатывающих инструментах,
причем среди них наиболее известны поликристаллический алмазный композит PDC …

Abstract Diamond-CaCO 3 and diamond-Li 2 CO 3 materials were sintered at high pressure
(8.0 GPa) and high temperature (2300° C) for 3 min using the infiltration technique. The …

Polycrystalline diamond compact (PDC) is used widely for machining, petroleum drilling,
and mining. Up until now, the effect of feedstock diamond powder property, especially the …