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 …

In this letter, a novel coding metasurface (CM) based on low Q resonators and fast
optimization method is proposed to achieve wideband radar cross section (RCS) reduction …

Information metasurfaces have attracted much attention in recent years due to the capability
to link the physical world and information science. However, most of the current information …

Radar cross section (RCS) reduction in the working band of antennas, likely leading to
radiation performance change or deterioration, is quite difficult for both antenna elements …

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 …

This letter presents three wideband checkerboard metasurfaces (CMSs) for monostatic radar
cross-section (RCS) reduction realized using low-cost FR4 material. The CMSs designed for …

A wideband low-scattering metasurface with optical transparency and flexibility is proposed
by using the combination of phase cancellation and absorption mechanisms …

In this paper, a hybrid mechanism metasurface (HMM) that incorporates absorption,
polarization conversion and phase cancellation mechanisms is proposed for wideband and …

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 article, a novel antenna array with self-adaptive radar-cross-section (RCS) reduction
has been proposed for the first time. The design mechanism of the proposed array is based …