Developing lightweight and efficient ablation-resistant materials with thermal insulation and
conformability over 2500° C is extremely important for the thermal protection of hypervelocity …

To further enhance the ablation resistance properties of thermosetting phenolic resin matrix
composites, in this work, bifunctional alkalic heptaphenyltrisilanol sodium salt polyhedral …

Fiber-reinforced polymer (FRP) composites modified with ceramic fillers have excellent
thermal stability at high temperatures and are applied in aeronautical and aerospace fields …

High-performance thermal protection materials (TPMs) for spacecraft are becoming current
research hotspots. Lightweight polymer-based ablators are considered to be the most …

Nature benefits from a progressive evolution over millions of years, always adapting and
finding individual solutions for common problems. Hence, a pool of diverse and efficient …

Conventional carbon fiber felt-reinforced aerogel composites are often used as lightweight
thermal protection systems (TPSs) for aerospace craft. However, due to their poor oxidation …

Carbon fiber reinforced carbon matrix (carbon/carbon, C/C) composites are promising
thermal protection candidates for ultra-high temperature applications. However, their high …

Organic–inorganic hybridization is an important way to improve the ablation resistance of
phenolic resin (PR). However, it is difficult to form a continuous inorganic liquid film on the …

This work introduces a rapid modeling method for gradient porous structures with conformal
density, aiming to address the challenges of transitional variation of porosity, and control of …

With the development of the new generation space vehicles, traditional phenolic resin (PR)-
based coatings are no longer able to meet the increasingly harsh thermal environment …