Metamaterial absorbers have been widely studied and continuously concerned owing to
their excellent resonance features of ultra‐thin thickness, light‐weight, and high absorbance …

This review discusses the evolution of the various radar cross-section (RCS) reduction
techniques, with an emphasis on metasurfaces. The paper first introduces the terms RCS …

An efficient and fast strategy to design and realize single-layer Fourier phased metasurfaces
for wideband radar cross-section (RCS) reduction when illuminated by a circular …

Random metasurfaces have demonstrated significant potential in radar‐signature control
applications, but their ability to manipulate scattering‐field reduction is limited by relying …

This letter presents a fast and efficient metasurface design approach without using time-
consuming optimization algorithms, for wide-angle low scattering applications and …

Coding metasurfaces, characterized by processing the electromagnetic waves for specified
functions through predesigned coding sequences either in space or time, can manipulate …

A programmable metasurface based on a substrate-integrated waveguide (SIW) is proposed
to realize a dynamic-pattern antenna, which satisfies the critical needs of low cost, ease of …

In this paper, an absorptive coding metasurface (ACM) is proposed for ultra-wideband radar
cross section (RCS) reduction, the design process is presented in detail, in which a lossy …

Programmable reflective metasurfaces that combine the features of reconfigurable phased
array antennas and reflectors are an effective solution for radar and modern communication …

This article presents the design of 1-bit metasurfaces for radar cross section (RCS) reduction
over wide frequency band from 60 GHz to 120 GHz. The proposed 1-bit metasurfaces can …