Thanks to over 90 vol% air content, aerogels are the lightest known solid state materials with
low thermal conductivity and high surface area. Aerogels are also suitable candidates in …

Aerogels are highly porous solids formed by replacing the liquid in a gel by air, without
changing the original structure. The present cellulose aerogels are made by sublimating the …

Silica aerogel is a remarkable material known for its exceptional thermal insulation
properties and low density. The synthesis of silica aerogel involves a sol–gel process, which …

Aerogel fiber has broad applications in thermal insulation, pollution adsorption, biomedicine,
energy storage, and aerospace. However, the large-scale and continuous production of …

Nanofibrous aerogels with ultra‐high porosity and surface area exhibit great potential for
widespread applicability and therefore attract extensive attentions. Herein, a self‐reinforcing …

The field of nanotechnology has seen rapid advancements over the last decade. Nanofiber
production through the method of electrospinning is one of the attraction points in this area …

Electrospinning is a fast, simple way to produce nano/microfibers, resulting in porous mats
with a high surface to volume ratio. Another material with high surface to volume ratio is …

Reinforcement of silica aerogels, remarkable lightweight mesoporous materials with
outstanding insulation performance, is still a challenging research topic. Among the …

Aramid aerogel fibers, characterized by their 3D porous structure, high specific area, etc.,
are emerging as thermal insulation materials with significant appeal for high-temperature …

Cellulose nanofiber aerogels were used as preforms that were impregnated with a bio-
epoxy resin via a widely used vacuum infusion process. The simple and straightforward …