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 …

Thermal insulation aerogel holds great promise in the transportation, storage, and use of
temperature-sensitive electronic components under different environmental conditions. Due …

Hollow-structured materials show promise in thermal insulation because the shells
encapsulating gaseous voids can interrupt heat transport pathways. Here, we present two …

The development of electrically conductive ceramics could achieve robust mechanical
strength as well as practically high conductivity, offering applications in structural electrodes …

In order to obtain fiber membrane materials with excellent thermal insulation properties, we
successfully prepared lightweight PI/PSA porous micro-nano fiber membranes by …

The development of functional thermal insulation materials is of great significance for energy
saving and emission reduction in the building field and is meanwhile a powerful strategy for …

Silica aerogels have incomparable advantages among thermal insulation materials because
of their ultralow density and thermal conductivity, but cumbersome production processes …

Protective clothing should provide comfort for wearers over a wide range of temperatures
and adequate protection for body in some harsh environments. In the present work, we …

Bio-based thermal insulation materials are in high demand due to their availability,
reproducibility, and carbon-sequestration nature. However, high flammability, moisture …

Thermal conductivity modulations of amorphous silica through nanopore engineering are
essential for performance improvement of many devices in practical applications. The …