Broadband metamaterials absorbers with high absorption, ultrathin thickness and easy
configurations are in great demand for many potential applications. In this paper, we first …

A technique to synthesize a new category of radar cross-section (RCS)-reduction
metasurfaces is presented. The appealing feature of the proposed technique is that by …

In this article, a comprehensive review of published techniques for reducing radar cross‐
section (RCS) of a target in various military and industrial applications is presented. This …

Metasurface provides an efficient method to regulate wave propagation in multiphysics fields
ranging from light waves, electromagnetic (EM) waves, and acoustic waves. Considering the …

In this communication, a switchable active metasurface (SA-MS), with functions for
absorption and polarization conversion, is proposed. The metasurface comprises rotated …

Metasurface-based sandwich composites are designed here to achieve radar cross section
(RCS) reduction within a wide frequency band. The RCS reduction is realized by spatially …

This letter presents a novel phase-cancellation and absorptive metasurface (PCAM) with
ultralow scattering and broadband features. The PCAM is formed by two circular frequency …

Digital coding metasurfaces, composed of only two types of unit cells with opposite phase
responses (0 and π) that can map to the usual binary elements “0” and “1”, are capable of …

Infrared broadband absorbers are in great demand in various applications, such as
integration into uncooled infrared detectors and microbolometers. In this thesis, we …

In this paper, we propose a metamaterial absorber using 3-D printing technology. To
miniaturize the footprint size of a unit cell, we introduce a 3-D printed stair-like Jerusalem …