Rational design of hierarchical heterogeneous structured Fe 3 O 4 toward boosted
electromagnetic wave absorption (EMA) is extremely imperative and needs further …

Ti3C2T x nanosheets have attracted significant attention for their potential in
electromagnetic wave absorption (EWA). However, their inherent self-stacking and …

Carbon hollow microspheres as microwave absorption materials (MAMs) are of great
significance in the research focuses owing to their lightweight, good impedance matching …

The application of wireless electronic devices inevitably leads to electromagnetic pollution.
Three-dimensional porous foam structures have been shown to be an effective strategy to …

Carbon fiber composites have great application prospects as a potential electromagnetic
(EM) wave‐absorbing material, yet it remains extremely challenging to integrate multiple …

In the electronic information age, and even in the impending “intelligent era”,
electromagnetic wave (EMW) absorbers have inevitably received more and more attention …

A complex electromagnetic environment is a formidable challenge in national defense
areas. Microwave‐absorbing materials are considered as a strategy to tackle this challenge …

The rational integration of dielectric components is a promising approach to optimize the
Maxwell–Wagner–Sillars effect (MWSE) for developing lightweight and highly efficient …

The design of laminated structures is important for tuning the performance of microwave
absorbing materials with integrated structures and functions, but still faces great challenges …

Ingenious microstructure design and rational composition collocation have been proved to
be an effective strategy for developing efficient electromagnetic wave (EMW) absorbers. It …