This review is focused on an attractive class of polymer‐derived high‐temperature ceramics,
namely, polymer‐derived nonoxide materials. With a brief introduction of high‐temperature …

In order to meet the demand for thermal insulation and sound absorption, fibrous porous
mullite ceramics (FPMC) with high porosity and an interconnected pore structure were …

Sensors that can provide stability and durability in high-temperature and harsh
environments are of great significance for real-time temperature monitoring. Herein, different …

The demand for lightweight, high-modulus, and temperature-resistant materials for
aerospace and other high-temperature applications has contributed to the development of …

The existing work aims to evaluate the efficiency of eco-hydrogel for adsorption of pollutants
prepared from biopolymeric matrix and agricultural waste-derived biochar. An efficient and …

SiBCN ceramic aerogel is an ideal potential candidate for ultra-high temperature thermal
insulation due to its unique microscopic pore structure combined with the excellent thermal …

The synthesis of SiBNC–M (M is metal element) multinary ceramic precursors has mainly
been through chemical modification of the SiBNC ceramic precursors with the introduction of …

Polymer-derived SiCN ceramic fibers have been developed as a new ultrahigh-temperature
material that can be an alternative to the binary system of SiC and Si 3 N 4 due to the …

Ceramic fibers have the advantages of high temperature resistance, light weight, favorable
chemical stability and superior mechanical vibration resistance, which make them widely …

The amorphous polymer-derived SiCN ceramic fibres were fabricated successfully with
homemade polysilazane (PSZ) through a series of processes, including melt-spinning, UV …