Rational construction of a profitable microstructure in carbon-based electromagnetic
composites is becoming a promising strategy to reinforce their microwave absorption …

Developing high-performance microwave absorbing materials is still a challenge to address
the electromagnetic pollution. Interfacial engineering to heighten interfacial polarization …

Developing microwave absorption (MA) materials with satisfied comprehensive performance
is a great challenge for tackling severe electromagnetic pollution. In particular, the magnetic …

Hollow engineering is an effective approach to optimize impedance matching and modify
magnetic-dielectric synergy for enhanced wave absorption capability, but the composition …

Nanoporous carbon materials derived from metal organic frameworks (MOFs) have attracted
considerable attention due to their low density for microwave absorption. Nevertheless, their …

Metal-organic framework materials (MOF) have become a new generation of microwave
absorption (MA) materials. However, it is still challenging to design an appropriate …

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 …

The systematic design of morphology and structure plays a significant role in enhancing the
physicochemical properties of functional materials. In this work, short carbon nanorod …

Abstract Metal-organic-frameworks (MOFs)-derived carbon materials have been considered
as promising candidates in electromagnetic wave absorption materials. However, precise …

Magnetic carbon-based composites derived from metal-organic frameworks have been
regarded as potential microwave absorption (MA) materials. Here, we successfully fabricate …