Microwave absorption materials (MAMs) are originally developed for military purposes, but
have since evolved into versatile materials with promising applications in modern …

The elevated levels of electromagnetic (EM) radiation released by electronic instruments,
communication devices, and information processing technologies are becoming a major …

Anion defect engineering is proven to be an efficient approach to reconstruct the electronic
configuration of carbon‐based magnetoelectric materials for targeted modulation of …

The remarkable advantages of heterointerface and defect engineering and their unique
electromagnetic characteristics inject infinite vitality into the design of advanced carbon …

Soft magnetic materials with flake geometry can provide shape anisotropy for breaking the
Snoek limit, which is promising for achieving high-frequency ferromagnetic resonances and …

Induced polarization response and integrated magnetic resonance show prosperous
advantages in boosting electromagnetic wave absorption but still face huge challenges in …

Traditional microwaves absorption materials (MAMs) are applied in the form of coatings,
generally inflexible, with high production costs and poor adaptability to applications in …

To design and develop efficient microwave absorbents via phase engineering is still less
studied. The unique properties caused by constructing heterophase structure hold the …

Hierarchical engineering of suitable dielectric‐magnetic multicomponents shows good
performance for microwave absorbers, but still face bottlenecks. Herein, hierarchical double …

Hollow carbon spheres are potential candidates for lightweight microwave absorbers.
However, the skin effect of pure carbon‐based materials frequently induces a terrible …