Nowadays there is a growing interest in diamond composites due to their huge variety of applications in diverse fields, e.g. heat sinks for electronic equipment, engineering components, grinding, cutting, machining
© 2021 Alexander TsaiIn modern-day technology, silicon and silicon-based materials play a key role i...
A high-pressure silicon infiltration technique was applied to sinter diamond–SiC composites with dif...
The article studies the structure, phase composition and physicomechanical characteristics of the na...
The wetting behaviour of silicon on diamond and the interaction of diamond with molten silicon were ...
Results of experimental investigations of structure-formation process of «diamond-carbide silicon» c...
Materials with enhanced wear resistance are of great interest for modern industry. The different way...
Diamond-SiC composites are attractive for improving the catastrophic fracture behaviour of SiC. Howe...
In this work we present the synthesis of a composite structure: diamond on a cubic polytype silicon ...
Gem quality diamonds have been grown using high temperature, high pressure processes like the solven...
Extremely hard, wear-resistant SiC-bonded diamond materials with diamond contents of approximately 4...
The increasing demand on high wear resistant components of a wide range of industrial applications a...
4H-silicon carbides deposited by diamond films have wide applications in many fields such as semicon...
It has been well documented that single crystal silicon and germanium undergo phase transformation w...
Aluminum matrix composites reinforced with diamond particles were consolidated by spark plasma sinte...
The infiltration of fine-grained diamond preforms by molten silicon is limited by the blocking of th...
© 2021 Alexander TsaiIn modern-day technology, silicon and silicon-based materials play a key role i...
A high-pressure silicon infiltration technique was applied to sinter diamond–SiC composites with dif...
The article studies the structure, phase composition and physicomechanical characteristics of the na...
The wetting behaviour of silicon on diamond and the interaction of diamond with molten silicon were ...
Results of experimental investigations of structure-formation process of «diamond-carbide silicon» c...
Materials with enhanced wear resistance are of great interest for modern industry. The different way...
Diamond-SiC composites are attractive for improving the catastrophic fracture behaviour of SiC. Howe...
In this work we present the synthesis of a composite structure: diamond on a cubic polytype silicon ...
Gem quality diamonds have been grown using high temperature, high pressure processes like the solven...
Extremely hard, wear-resistant SiC-bonded diamond materials with diamond contents of approximately 4...
The increasing demand on high wear resistant components of a wide range of industrial applications a...
4H-silicon carbides deposited by diamond films have wide applications in many fields such as semicon...
It has been well documented that single crystal silicon and germanium undergo phase transformation w...
Aluminum matrix composites reinforced with diamond particles were consolidated by spark plasma sinte...
The infiltration of fine-grained diamond preforms by molten silicon is limited by the blocking of th...
© 2021 Alexander TsaiIn modern-day technology, silicon and silicon-based materials play a key role i...
A high-pressure silicon infiltration technique was applied to sinter diamond–SiC composites with dif...
The article studies the structure, phase composition and physicomechanical characteristics of the na...