Due to the extremely high porosity and extremely low density of nano-porous thermal
insulation materials, the characteristic size of the pores inside the materials and the …

Develo** a robust, cost-effective, super-thermal insulation material with an ultralow
thermal conductivity, ie, below that of stationary air (0.026 W/(mK), 300 K, 1.0 atm), is …

Silica aerogel has been recognized as a promising material for thermal insulation
applications in buildings, cryoengineering, and aerospace due to its ultralow thermal …

Super thermal insulation materials with low thermal conductivities, such as aerogels and
vacuum insulation panels, are increasingly pushing conventional thermal insulations out of …

Hollow fiber-based porous structures (HFPSs) demonstrate promising potentials in thermal
insulations. However, the thermal transport in HFPSs was not explored yet. Herein, we …

Silica aerogel has attracted great interest in thermal insulation applications due to its
ultralow thermal conductivity. However, silica aerogel is transparent to the infrared radiation …

In the present paper, the fractal analysis on silica aerogel is performed based on the
statistical self-similarity of porous media. A fractal model for the effective thermal conductivity …

Due to the complex microstructure in aerogels and the intricate heat transfer mechanism of
solid-gas coupling heat conduction, modeling of the gas-contributed thermal conductivity of …

Thermal insulation is critical in protecting against excessive heat exposure to minimize burn
injuries. However, the current thermal insulation fabrics are still limited because of their …

Asymmetric structural aramid nanofiber aerogel membranes (ASAAMs) have been
considered ideal thermal insulators due to their unique characteristics, such as dense …