The features of phase and structure formation in the process of reaction sintering of materials based on boron and silicon carbides are considered, the analysis of actual technological aspects of reaction ...
Ceramic materials based on silicon carbide were synthesized using reaction sintering with the introduction of a reactive component – technical carbon black – into the starting mixture at varying concentrations ...
Laboratory samples of reaction-sintered silicon carbide ceramics with permanent adhesive joints were obtained based on isopropyl alcohol and phenol-formaldehyde resin solutions with different contents ...
This study demonstrates the functional advantages of reaction-sintered diamond-silicon carbide (D–SiC) ceramics for armor applications compared to conventional materials including silicon carbide, boron ...
Reactive sintering (siliconizing) at 1550?°C was employed to produce composite materials in the SiC–ZrB2 and SiC–ZrC systems. The influence of the initial zirconium compound on phase transformations, microstructure, ...
The possibility of obtaining complex-shaped mechanical engineering products based on reaction-sintered silicon carbide using two methods - mechanical processing of polymerized blanks before sintering and ...
... cBN-cBN crystals with each other. The composites were sintered at a pressure of 4.5 GPa and a temperature of 1450 ° C. The selected thermobaric parameters ensured the completeness of the reaction interaction, ...
Materials based on Si 3 N 4 -BN were obtained by liquid-phase sintering using 20 & # 37; (by volume) YAG as a sintering aid. To obtain composite materials, we used boron nitride powders of hexagonal ...
The possibility of obtaining ceramics based on silicon carbide by liquid-phase sintering by modifying it with additives of eutectic compositions is considered. It is shown that the synthesized samples ...
