Silica aerogels are attractive materials for various applications due to their exceptional
performances and open porous structure. Especially in thermal management, silica aerogels …

Ceramic aerogels have great potential in the areas of thermal insulation, catalysis, filtration,
environmental remediation, energy storage, etc. However, the conventional shaping and …

Developing aerogels with a tailored geometric feature is of prime importance for enlarging
their functional effects in application scenarios. However, conventional manufacturing …

Due to aerogel's network structure, specific surface area, and high porosity, SiO 2 aerogel
has excellent thermal insulation and inferior mechanical properties. It is challenging to …

Extrusion-based 3D printing enables the on-demand shaping of aerogels with compatible
material compositions and tailored geometric features for functional applications. Herein, a …

Nanoporous silica aerogels have great potential in the application of thermal insulation.
However, the commonly used supercritical drying technology of nanoporous silica aerogels …

Polyimide (PI)-based aerogels have been widely applied to aviation, automobiles, and
thermal insulation because of their high porosity, low density, and excellent thermal …

Polyimide (PI) aerogels have attracted attention in thermal management due to their low
thermal conductivity, high porosity, and robust mechanical properties. However, building PI …

Thanks to the exceptional materials properties of silica aerogels, this fascinating highly
porous material has found high-performance and real-life applications in various modern …

Owing to their ultralow thermal conductivity and open pore structure,–, silica aerogels are
widely used in thermal insulation,, catalysis, physics,, environmental remediation,, optical …