A novel wide-angle and broadband rasorber is presented incorporating several advances.
To broaden the bandwidth, we introduce a new type of frequency selective surface (FSS) in …

This article proposes a new method to realize a low-profile broadband absorber. The unit
cell of the proposed absorber consists of two layers: a lossy layer with four rotationally …

High quality ()-factor metamaterial absorbers are an emerging technology, which can be
used in refractive index sensing for dielectric coating and in radar cross Section (RCS) …

Metasurfaces have been extensively investigated to achieve radar cross section (RCS)
reduction over a wide frequency band. In this article, we propose the design of a novel …

In this paper, by engineering the filling factor of the resonator of a hybrid frequency selective
surface (FSS), a low-profile and application-targeted microwave metamaterial absorber is …

The multispectral electromagnetic (EM) absorber based on the frequency selective surface
(FSS) has been applied with interest in the field of stealth technology due to its ability to …

In this paper, we propose an ultra-broadband metamaterial absorber optimized by the
particle swarm optimization (PSO) algorithm. A unit cell of the absorber is made of TiN/TiO …

An ultrawideband frequency selective surface (FSS) absorber with high angular stability and
polarization independency applied in a microwave band is proposed. The absorber is …

In this article, the significant radar cross section (RCS) reduction of curved surfaces in the
low microwave frequency band is reported. The design method of partition layout loading of …

A wideband radar cross section (RCS) reduction method is proposed based on
checkerboard metasurface, which is one of the promising solutions for higher efficiency and …