Since their revolutionary report in 1967, metamaterials have exhibited extraordinary physical
properties such as the negative refractive index and the inverse Doppler effect. In recent …

Metacomposites have received significant interest over the past decade due to their unique
double‐negative electromagnetic properties. Magnetic particles, conductive polymer, and …

In recent years, carbon materials reinforced composites have aroused widespread interests
owing to their remarkable physicochemical performances and important biological …

Abstract Different from common “Metamaterials”,“Metacomposites” are used to describe
random nanocomposites with negative permittivity, which is determined by controlling their …

Metacomposites with negative permittivity always suffer from high dielectric loss tangent,
which limits their match with positive permittivity materials and magnetic components. In this …

The recent rise of metacomposites offered a new research strategy for electromagnetic
shielding materials owing to their negative electromagnetic parameters, such as negative …

Designing adjustable intrinsic metamaterials with double negative electromagnetic
properties has been a challenging subject. The flexible carbon foam matrix intrinsic …

Dielectric constant (ε, epsilon) is one of the basic physical parameters for materials,
determining the response of materials to electromagnetic waves or electrical field; its value …

Carbon-integrated polymer composites and foams have garnered significant attention in
recent years due to their unique properties and wide-ranging applications. This review …

Negative permittivity is realized in unstructured imide polymer/carbon nanofiber (CNF)
nanocomposites. The microstructure of CNFs is one of the factors that exert profound effects …