In this contribution, a review of the use of solid state NMR in the field of Si-based Polymer
Derived Ceramics is presented. This synthetic approach allows to prepare a large variety of …

In this work, SiBNC ceramic aerogels were prepared by the hydrosilylation reaction between
precursor polyborosilazane and a cross-linking agent divinylbenzene in a highly diluted …

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 …

Mullite fibers have been widely used in thermal protection materials, but they still face
challenges related to inefficient wave absorption performance. SiBCN aerogel has the …

Continuous ceramic fibers with ultrahigh‐temperature stability are in high demand for
applications in advanced space propulsion and thermal protection systems. In this study …

A precursor (PBSZ) for SiC w-ZrC-ZrB 2 hybrid powder was synthesized by chemical
reaction of phenol, paraformaldehyde, zirconium oxychloride, boric acid and …

Polymer-derived SiBCN ceramics are well known for their outstanding thermal stability.
Although they possess outstanding thermal stability, SiBCN ceramics are easily to …

Modification with metallic elements improves the performance of polymer-derived SiBNC
ceramics in high temperature aerobic environments. However, there is still need for a deep …

In this paper, porous SiC f/SiC composites are prepared by chemical vapor infiltration of SiC
matrix on stitched fibrous preforms with different fabrics laminate structure. The …