Carbon nanotube (CNT) has a strong microwave (MW) attenuated ability due to its high
ability of dielectric loss. However, the impedance mismatch of pure CNT-based absorber …

Strong EM wave absorption and lightweight are the foremost important factors that drive the
real-world applications of the modern microwave absorbers. This work mainly deals with the …

Highly flexible, bendable, stretchable, and ultralightweight microwave absorbers (MA) that
can handle harsh environments are essential for conformal surface coating in aerospace …

A wide variety of inorganic and organic materials have been extensively explored for
microwave absorption materials,[6–12] and carbon nanotubes (CNTs) represent one of the …

Ideal microwave absorbing materials need high impedance matching and high attenuation
capacity. Towards this goal, in this paper, we present a novel lightweight and broadband …

The present work emphasizes the microwave absorption performance of single-walled
carbon nanotube (SWCNT)/SiC composites prepared by mechanically mixing the …

Thinner absorbents with high dielectric loss usually cannot meet the requirement of
impedance match, and multi-layer absorbents with excellent performance usually cannot be …

Heat-treatments may change the defect and surface organic groups of carbon nanotubes
(CNTs), and lead to significant changes in the microwave electromagnetic parameter of …

For microwave absorbers, it is still a tremendous challenge to efficiently construct
multidimensional heterostructures for achieving the synergy of multicomponent and …

Ultra-thin electromagnetic absorption materials promise great application potential in stealth
technology and integrated microwave device. However, the large thickness of the current …