Flexible and lightweight thermal insulation materials with hierarchical microstructures are
ubiquitous in thermal management and protection systems. Ceramic aerogels promise high …

The conventional manufacturing processes for aerogel insulation materials mostly rely on
the supercritical drying, which suffers from issues of massive energy consumption, high-cost …

Reinforced concretes are widely used in construction owing to their ultrahigh mechanical
properties and long-term durability. However, the corrosion of steel bar within concrete …

Efficient, facile, lightweight, and low‐frequency sound‐absorbing materials are in great
demand for noise elimination and insulation. However, the applications of some candidate …

Ceramic aerogels are considered promising thermal protection materials for their excellent
thermal insulation performance and high-temperature stability. Lightweight aerogel-like …

Aerogels constitute one of the most effective superinsulation materials, typically featuring
remarkably low values of thermal conductivity due to their extremely high porosity comprised …

As space science and technology rapidly advance, spacecraft are increasingly subjected to
severe thermal and electromagnetic environments. This has created an urgent demand for …

The macro-porous ceramics has promising durability and thermal insulation performance.
As porous ceramics find more and more applications across many industries, a cost-effective …

The objective of this work is to obtain a multifunctional porous ceramic material at low cost
with improved properties and that can be used in many applications like: thermal and …

Since the early 1930s aerogels have continuously evolved into materials with increased
applicability. In nearly 100 years of history, the synthesis procedure of aerogels has …