Magnetic carbon-based microwave absorption materials (MAMs) derived from metal-organic
frameworks (MOFs) have been regarded as promising candidates for addressing the …

Developing metal–organic frameworks (MOFs) derived microwave absorbers with the merits
of thin matching thickness, broad bandwidth and strong absorption still remains a big …

Transition metal carbon composites derived from metal organic frameworks (MOFs) attract
increasing attention in microwave absorption field. However, finding a relatively facile and …

Abstract Metal–organic framework (MOF)-derived magnetic carbon composites have
become ideal candidates as high-performance microwave-absorbing materials. Herein, the …

Magnetic carbon-based composites are the most attractive candidates for electromagnetic
(EM) absorption because they can terminate the propagation of surplus EM waves in space …

At present, the magnetic metal/carbon composites have been widely explored for microwave
absorption (MA), which effectively integrate the characteristics of magnetic and dielectric …

Lightweight and high-performance are two determining factors for metal-organic-frameworks
(MOFs) derived microwave absorbers. However, most of the reported MOFs derived …

Developing lightweight and high-efficiency microwave absorbents derived from metal-
organic frameworks (MOFs) was proven to be a promising strategy to solve the increasingly …

Metal-organic frameworks (MOFs) appear as promising candidates for microwave absorbing
materials with a low density as well as tunable electromagnetic parameters. In this study, a …

Organic ligands and metal ions in the metal–organic frameworks (MOFs, a type of porous
magnetic metal/carbon nanocomposites obtained through high-temperature carbonization) …