SiC aerogels with their lightweight nature and exceptional thermal insulation properties
have emerged as the most ideal materials for thermal protection in hypersonic vehicles; …

Flexible SiC nanowire aerogel felt has excellent foldability, high-temperature resistance, and
thermal insulation properties. However, the large-scale and high-efficiency production of SiC …

It is confirmed that the multi-component strategy of combining magnetic and dielectric
components with different dielectric properties is still challenging to achieve efficient …

Following the growth of infotech and electronic industries, electromagnetic-wave-absorbing
materials play an essential role in the traction of the need for high-precision weaponry and …

Multi-component and a large number of non-homogeneous interface absorbers have been
proven to be the preferred choice of electromagnetic wave (EMW) absorption materials …

SiC aerogels have been extensively studied for electromagnetic wave (EMW) absorption
because of their tunable dielectric properties. Continuous dual-peak EMW absorption can …

Electromagnetic wave (EMW) absorbing materials have garnered significant attention for
their potential applications in information security and military stealth fields. However, the …

The aviation industry requires advanced aerogels that combine both electromagnetic wave
(EM) attenuation and thermal insulation capabilities. This work involved the fabrication of Ti …

The harsh marine environment demands enhanced corrosion resistance and compatibility of
wave-absorbing materials for ship platforms. Urgently required are wave-absorbing …

Rational multicomponent regulation and microstructure design have proven to be effective
strategies for achieving high performance electromagnetic wave (EMW) absorbers. Herein …