Polymer fibrous aerogels combine the low density and high porosity of conventional aerogels with the continuity and deformability of fibrous networks, offering a route to lightweight thermal protection that can remain mechanically compliant. Their design is intrinsically coupled: reducing solid content, refining pores,...
Hydrogel fibers combine a hydrated medium resembling tissue with axial continuity, anisotropy, and textile processability. Yet performance is often evaluated at a nominal water content that cannot represent water redistribution during operation. Unlike previous reviews centered on composition, fabrication, or applicati...
Polymer fibrous aerogels combine the low density and high porosity of conventional aerogels with the continuity and deformability of fibrous networks, offering a route to lightweight thermal protection that can remain mechanically compliant. Their design is intrinsically coupled: reducing solid content, refining pores,...
