At present, develo** high-efficiency microwave absorption materials with properties
including light-weight, thin thickness, strong absorbing intensity and broad bandwidth is an …

The field of carbon nanofibers has been growing in terms of technological development and
seeking attention because of their dominant chemical properties, mechanical strength, and …

Enriching the electromagnetic wave loss mechanism and improving the impedance
matching are the keys to improve the electromagnetic wave absorption performance of …

Abstract Fe III-MOF-5-derived/carbon fibers composites (FMCFs) were successfully prepared
through facile electrospinning, along with deeply investigating the electromagnetic (EM) …

Carbon materials exhibit potential as lightweight microwave absorption (MA) absorber,
however, the MA performance of them is strongly limited due to the single loss mode and …

Due to the limited electromagnetic wave (EMW) loss capacity and agglomeration, carbon
black (CB) gradually fails to meet the increasingly harsh demanding conditions. Herein …

Bioderived carbon materials have garnered considerable interest in the fields of microwave
absorption and shielding due to their reproducibility and environmental friendliness. In this …

Advanced microwave absorbers (MAs) containing magnetic particles and carbon nanofibers
(CNFs) have raised widespread attention in the rapid popularization of electronic …

Carbon nanofibers (CNFs) not only retain a similar one-dimensional nanostructure, similar
special properties, and similar multi-functionality to carbon nanotubes, but they also exhibit a …

As important functional materials for absorbing and attenuating incident electromagnetic
waves, microwave absorption (MA) materials have found a wide range of applications in civil …