Addressing pervasive environmental challenges, sophisticated next-generation cement-
based materials, engineered to fulfill comprehensive objectives including mechanical …

Silica aerogels have received much attention due to their unique nanoporous networks,
which consist of nanoscale connective silica particles and high-volume nanoscale pores …

High mechanical load‐carrying capability and thermal insulating performance are crucial to
thermal‐insulation materials under extreme conditions. However, these features are often …

Resilient ceramic aerogels are emerging as a fascinating material that features light weight,
low thermal conductivity, and recoverable compressibility, promising widespread prospects …

Ceramic aerogels are attractive candidates for thermal insulation systems in spaceships,
missiles, and aircrafts. However, the general lack of mechanical stability in conventional …

The energy crisis has arisen as the most pressing concern and top priority for policymakers,
with buildings accounting for over 40% of global energy consumption. Currently, single …

To exploit the high-temperature superinsulation potential of anisotropic thermal
management materials, the incorporation of ceramic aerogel into the aligned structural …

Nanofibrous aerogels constructed by ceramic fiber components (CNFAs) feature lightweight,
compressibility, and high-temperature resistance, which are superior to brittle ceramic …

Hypothesis Advanced thermal-insulation materials for human use in high-temperature and
ultra-low-temperature environments have received extensive attention. However, facile …

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