Designing and fabricating microwave-absorbing materials (MAMs) with a widening effective
absorption bandwidth, intense reflection loss, thin matching thickness, and lightweightness …

A multi-component, special structure of electromagnetic wave absorber produces significant
electromagnetic wave absorption performance because of excellent impedance matching. In …

A lightweight nitrogen-doped reduced graphite oxide (NRGO)/CoFe 2 O 4 composite
absorber with magnetic and dielectric losses was created by a simple method combining …

With the popularization of electronic devices, the interference of electromagnetic waves on
people is more and more serious, and the development of excellent EMWA materials has …

Hard carbon materials have a disordered internal microarchitecture, resulting in low
electrical conductivity and unsatisfactory microwave absorption performance. Here, this work …

Radar systems, communication tools, and stealth technologies are just a few of the many
areas that can benefit from microwave absorption materials (MAM). In an effort to promote …

Porous carbon (PC) has been a promising material for novel electromagnetic wave (EMW)
absorbers due to its low density and high dielectric loss capability in recent years. The PC …

In order to eliminate the impact of microwaves on safety and health, the development of
microwave absorption materials with strong, thin, light and broad characteristic is particularly …

A lightweight nitrogen-doped reduced graphite oxide (NRGO)/CoFe2O4 composite absorber
with magnetic and dielectric losses was created by a simple method combining solvothermal …