… (Hf 0.2 Zr 0.2 Ta 0.2 Nb 0.2 Ti 0.2 )C high‐entropy ceramics (… The effect of submicron grain
size on the thermal stability … 1600C, suggesting high thermal stability that was possibly related …

… Non-oxide ceramics, such as silicon carbides, silicon nitrides, and boron nitrides, have …
[1–5] Silicon carbides with high thermal conductivity, high thermal stability, excellent mechanical …

… 10 vol% silicon carbide whiskers (ZTA-lOSiC,) ceramic matrix composite has been … , thermal
shock resistance, and thermal stability at temperatures above 1073 K. The current ceramic …

… The potential ceramic systems that can operate as oxidation-resistant materials with … oxides,
carbides, borides and nitrides. There are relatively few refractory oxides that are stable in an …

… of ceramic compounds is made of borides, carbides and … Historically, this family of ceramic
materials was first investigated … , oxide ceramics and C/C composites with thermal protection. …

… carbides can be made through the combination of C and IV, V and VI group metals; in contrast,
hundreds of high-entropy carbide ceramics (… toughness, high thermal stability and great …

Layered ternary carbides (Ti 3 SiC 2 and Ti 3 AlC 2 ) are candidate materials for high-temperature
structural applications. Their susceptibility to thermal dissociation at elevated …

… thermal stability as compared to other commercially available polymer-derived ceramic …
A reinforcing fiber must have thermal stability and sufficient mechanical properties even at …

… Therefore, it is necessary to improve the thermal stability of SiC CMCs to meet long-term
use requirements. Reducing or preventing contact between the oxidant and the SiC CMCs, …

… the synthesis, structural evolution during heating, and thermal stability of as-prepared Ti 3 C
2 … It is noteworthy that Ti 3 C 2 nanosheets are thermal stable up to 1200 C in Ar atmosphere. …