The emergence of metamaterials and their continued prosperity have built a powerful
working platform for accurately manipulating the behavior of electromagnetic waves …

Recently, electromagnetic wave (EMW) absorption materials with enhanced and tunable
EMW absorption performance are required in practical applications, and attaining such …

Ceramic-based nanofiber materials for high-performance thermal management have drawn
increasing attention owing to their high-temperature resistance, efficient thermal insulation …

The demand for optically transparent microwave absorbers has attracted increasing interest
among researchers in recent years. However, integrating broadband microwave absorption …

Carbon-based hybrid nanostructures have shown to be promising candidates as cost-
efficient and effective fillers for electromagnetic interference shielding and RF absorption. In …

Abstract 3D printing technologies have expanded the possibilities of fabricating new
composite materials with tailored properties, which depend on both the materials selected …

Multimaterial aerosol jet printing offers a unique capability to freely mix inks with different
chemical compositions in the aerosol phase, enabling one-step digital fabrication with …

This article investigates the dichroic properties of aligned γ-Al 2 O 3 nanofibers coated with
graphene in the terahertz (THz) regime, revealing significant variance in absorption based …

We proposed a switchable bifunctional metasurface for broadband absorber and linear-to-
circular polarization converter (LTCPC) in terahertz regime. When vanadium dioxide (VO2) …

This article presents novel graphene‐based absorber materials which can be directly
integrated in terahertz waveguide systems. A simple, low‐cost integration method is …