SINTERING OF HYBRID DIAMOND COMPOSITES WITH CARBIDE-FORMING ADDITIVES
O Sokolov, V Harhin - SWorld-Ger Conference proceedings, 2024 - proconference.org
O Sokolov, V Harhin
SWorld-Ger Conference proceedings, 2024•proconference.org… Additionally, the use of micro- and nanopowders based on refractory compounds such as
carbides, nitrides, and borides can activate the sintering process, significantly improving the
physical and mechanical properties of the sintered composite and polycrystalline diamond
materials [2]. The purpose of this study is to investigate the impact of carbide-forming
additives on the sintering process and properties of hybrid diamond composite materials. …
In this study, we used a carbide-forming additive to apply a coating to the surface of a …
carbides, nitrides, and borides can activate the sintering process, significantly improving the
physical and mechanical properties of the sintered composite and polycrystalline diamond
materials [2]. The purpose of this study is to investigate the impact of carbide-forming
additives on the sintering process and properties of hybrid diamond composite materials. …
In this study, we used a carbide-forming additive to apply a coating to the surface of a …
Abstract
The effect of carbide-forming additives on the sintering and properties of hybrid diamond polycrystals has been studied. Carbide-forming additives were applied to the CVD diamond surface using magnetron sputtering. It has been established that metallizati
proconference.org
Показан лучший результат поиска по этому запросу. Все результаты