Reinforced cordierite and alumina ceramic composites have been fabricated by the addition of diamond particles. the diamond particles are shown to retain the diamond structure without significant graphitization or oxidation. These composites are produced without the aid of the extremely high pressure previously required to retain the diamond structure. the physical properties of these composites are presented as a function of the volume fraction of diamond
International audienceThe crack initiation load and fracture toughness were characterized as a funct...
Cobalt is currently used in the production of diamond reinforced metal matrix composites (i.e. stone...
Chemistry of intermetallic bonded diamond is studied. The impact resistance and energies of intermet...
α-Alumina-diamond composites have been developed by normal hot-pressing procedures using a conventio...
International audienceNew types of bulk SiOC glass matrix composites reinforced with diamond particl...
This dissertation represents the culmination of extensive experimentation and research in the area o...
Materials with enhanced wear resistance are of great interest for modern industry. The different way...
Polycrystalline diamonds - composites of diamond and metals (which are generally alloys of cobalt an...
The aim of the work is to reveal salient features and to determine mechanisms of influence of diamon...
SiO2-diamond composites with 65–85 mass% diamond were fabricated by spark plasma sintering at 1873 K...
We have successfully fabricated highly densified aluminum (Al)-diamond composite materials by a simp...
In the present work several titanium alloys were evaluated as matrixes for diamond tools. The purpos...
The effect of 15 vol% particulate diamond reinforcement on the thermal conductivity of a cordierite ...
30 vol.% 2 and 30 µm diamond dispersed Si3N4 matrix composites were prepared by pulsed electric curr...
Using the methods of electronic scanning microstructure and X-ray analysis, the influence of the str...
International audienceThe crack initiation load and fracture toughness were characterized as a funct...
Cobalt is currently used in the production of diamond reinforced metal matrix composites (i.e. stone...
Chemistry of intermetallic bonded diamond is studied. The impact resistance and energies of intermet...
α-Alumina-diamond composites have been developed by normal hot-pressing procedures using a conventio...
International audienceNew types of bulk SiOC glass matrix composites reinforced with diamond particl...
This dissertation represents the culmination of extensive experimentation and research in the area o...
Materials with enhanced wear resistance are of great interest for modern industry. The different way...
Polycrystalline diamonds - composites of diamond and metals (which are generally alloys of cobalt an...
The aim of the work is to reveal salient features and to determine mechanisms of influence of diamon...
SiO2-diamond composites with 65–85 mass% diamond were fabricated by spark plasma sintering at 1873 K...
We have successfully fabricated highly densified aluminum (Al)-diamond composite materials by a simp...
In the present work several titanium alloys were evaluated as matrixes for diamond tools. The purpos...
The effect of 15 vol% particulate diamond reinforcement on the thermal conductivity of a cordierite ...
30 vol.% 2 and 30 µm diamond dispersed Si3N4 matrix composites were prepared by pulsed electric curr...
Using the methods of electronic scanning microstructure and X-ray analysis, the influence of the str...
International audienceThe crack initiation load and fracture toughness were characterized as a funct...
Cobalt is currently used in the production of diamond reinforced metal matrix composites (i.e. stone...
Chemistry of intermetallic bonded diamond is studied. The impact resistance and energies of intermet...
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