Traditionally reduced graphene oxide (RGO)-based electromagnetic wave (EMW) absorbing
materials have poor absorption effectiveness due to impedance mismatch caused by skin …

The problems of electromagnetic wave (EMW) pollution in X and Ku bands (8–18 GHz) are
becoming more and more serious. Therefore, it is urgent to design EMW absorbing materials …

Heterointerface engineering originated from structure design is a promising approach to
develop high-performance electromagnetic (EM) absorption materials but remains …

The precise modulation of morphology engineering utilizing metal-organic frameworks
(MOFs) presents a promising avenue for the development of optimal microwave absorbers …

Traditional EMW absorbing or infrared stealth materials show the disadvantages of heavy,
hard and size limitation. Therefore, it is very important to develop flexible and efficient radar …

Among magnetic materials, spinel ferrite is regarded as a potentially excellent low-frequency
electromagnetic wave (2–8 GHz) absorber with low magnetic resonance frequency …

The construction of multi-component composite heterojunction materials through advanced
composite strategies that ensure effective impedance matching and robust electromagnetic …

Metal-organic frameworks (MOFs) have been widely applied in the field of electromagnetic
wave absorption (EMWA) on account of unique morphology, simple fabrication, and ultra …

A composite material with a high potential for absorbing electromagnetic waves (EMW) was
obtained by selecting poly (vinylidene fluoride)(PVDF) as the matrix, MXene as the …

Ingenious microstructure design and suitable component regulation are the prevailing
methods to meet the requirements of lightweight, broadband, and high-efficiency …