Two-step sintering route was applied for the densification SiC by promoting the role of liquid phase. The specimen contained 8 vol% of liquid phase composed of Al2O3 and Y2O3. The heating schedule consisted with initial rapid heating to 2000°C and immediate quenching to 1700 or 1750°C. By heating at elevated temperature, even distribution of the liquid phase was intended. The heat treatment at reduced temperature was to suppress the evaporative loss of the liquid and to secure the time for densification. The two-step sintering effectively suppressed loss of mass and coarsening. The resultant SiC was thus dense and was composed of fine grains exhibiting hardness of 2321 kgf/mm2
Submicrometer Al2O3 composites with more than 20 vol.% of SiC particles were produced using a multip...
In this work, the influence of the additive system on the liquid phase sintering of silicon carbide ...
In order to improve the sintering of SiC, mixtures of Al2O3 and Y2O3 powders are commonly included a...
The densification and phase formation of liquid phase sintered silicon carbide (LPSSiC) with 10wt.% ...
In the present dissertation the formation of microstructure, the kinetics of densification and the f...
Liquid-Phase Sintered Silicon Carbide (LPSSiC) materials were produced with different Y203:Al203 sin...
Silicon carbide has been extensively used in structural applications, especially at high temperature...
Microstructure development and phase formation processes during sintering of silicon carbide based m...
As a preliminary investigation of process development for SiC fiber-reinforced SiC matrix composites...
The introduction of sintering aids into silicon carbide powder system is a critical step in the deve...
The substantial densification, that occurred in the SiC-Al-Y-O system was explained in the present w...
Porous silicon carbide (SiC) is a promising ceramic for high-temperature applications due to its uni...
For densification of non-oxide ceramic powders high temperatures are needed because of the character...
International audienceThe mechanisms of the solid-state sintering of pure Nd:YAG and of the liquid-p...
The influence of SiC powder addition on densification of Al-SiC compacts during sintering in differe...
Submicrometer Al2O3 composites with more than 20 vol.% of SiC particles were produced using a multip...
In this work, the influence of the additive system on the liquid phase sintering of silicon carbide ...
In order to improve the sintering of SiC, mixtures of Al2O3 and Y2O3 powders are commonly included a...
The densification and phase formation of liquid phase sintered silicon carbide (LPSSiC) with 10wt.% ...
In the present dissertation the formation of microstructure, the kinetics of densification and the f...
Liquid-Phase Sintered Silicon Carbide (LPSSiC) materials were produced with different Y203:Al203 sin...
Silicon carbide has been extensively used in structural applications, especially at high temperature...
Microstructure development and phase formation processes during sintering of silicon carbide based m...
As a preliminary investigation of process development for SiC fiber-reinforced SiC matrix composites...
The introduction of sintering aids into silicon carbide powder system is a critical step in the deve...
The substantial densification, that occurred in the SiC-Al-Y-O system was explained in the present w...
Porous silicon carbide (SiC) is a promising ceramic for high-temperature applications due to its uni...
For densification of non-oxide ceramic powders high temperatures are needed because of the character...
International audienceThe mechanisms of the solid-state sintering of pure Nd:YAG and of the liquid-p...
The influence of SiC powder addition on densification of Al-SiC compacts during sintering in differe...
Submicrometer Al2O3 composites with more than 20 vol.% of SiC particles were produced using a multip...
In this work, the influence of the additive system on the liquid phase sintering of silicon carbide ...
In order to improve the sintering of SiC, mixtures of Al2O3 and Y2O3 powders are commonly included a...