Metal organic frameworks (MOFs) derived carbon materials have attracted much attention as
hopeful electromagnetic microwave absorbents. However, the poor impedance matching …

Metal–organic framework-derived carbon materials have attracted considerable attention as
efficient electromagnetic microwave absorption (EMA) materials due to their tunable …

Metal-organic frameworks (MOFs) derived metallic nanoparticles embedded nano-porous
carbon (NPC) composites have shown to be promising microwave absorbing materials …

Metal–organic frameworks (MOFs) are booming as a promising precursor for constructing
lightweight, high-efficiency microwave absorbing (MA) material. However, it is still a …

Extending effective absorption bandwidth at a low filling ratio is still a challenge for metal–
organic framework-derived microwave absorbing materials. Herein, varied complex …

The use of magnetic particles and carbon materials, particularly those with compatible
dielectric and magnetic loss, is crucial in managing microwave pollution. However, the …

Abstract Metal-organic-frameworks (MOFs) derived carbon-based composites with balanced
impedance matching and synergistic dielectric/magnetic loss are considered as promising …

High‐performance microwave absorption (MA) materials have attracted more and more
attention because they can effectively prevent microwave radiation and interference from …

High-performance broadband microwave absorbers are greatly required to cope with the
increasingly serious microwave radiation pollution. Integration of dielectric and magnetic …

Designable electromagnetic parameters accompanied by a low density of metal–organic
framework (MOF)-derived metal/carbon composites are essential prerequisites for excellent …