From trimethylvinylsilane to ZrC–SiC hybrid materials

Corrosion behavior of ZrC–SiC composite ceramics in LiF–NaF–KF molten salt at high temperatures

“…ZrC-SiC composites can generate high-performance ceramics; these composites demonstrate the passivating characteristic of SiC and the high melting temperature, hardness, and thermal stability of ZrC [3][4][5]. ZrC-SiC composites are broadly applied under extreme conditions and can be potentially use in fluoride salts because of their good thermomechanical properties, irradiation resistance, and chemical stability at high temperatures [2,6,7]. ZrC-SiC composites are suitable candidate materials in molten salt environments.…”

Low temperature sintering of ZrC–SiC composite

“…Therefore, ZrC-SiC is a promising ceramic composite. However, the reports on ZrC-SiC composite are scant by far [8][9][10][11]; in particular, little work has been carried out on the sintering of ZrC-SiC composite.…”

ZrCSiC Materials from the Polymer‐Derived Ceramics Route

“…[15] This route revealed a specific interaction between low-yield polymer and ceramic particles, such as metal coordination by the metallic character of zirconium in ZrC. In the present study, we have chosen to study the polymerization of the dichloromethylvinylsilane to show up the important role of monomer and ceramic particle during the synthesis of the corresponding poly(methylvinylsilane) (Scheme 3).…”