A broadband polarisation‐independent circuit analogue absorber comprising multi‐layer
resistive frequency selective surfaces (FSS) has been presented in this study. The proposed …

In this paper, we present a novel design of broadband metamaterial microwave absorber
(MWA) based on asymmetric sectional resonator structures (SRSs), which has been verified …

In this paper, a bandwidth-enhanced polarization-insensitive ultra-thin metamaterial
absorber has been presented. A simple equivalent circuit model has been proposed …

Design and implementation of a broadband polarization-insensitive multilayered microwave
absorber using resistive ink has been presented here. The proposed absorber is …

In this paper, a polarization-independent metamaterial absorber with enhanced bandwidth
at two separate frequency bands is proposed over wide angle of incidence. The proposed …

This article claims, an investigation on compact ultrathin triple band polarization
independent metamaterial absorber for microwave frequency applications. The proposed …

The objective of this article is to devise a cost-effective, conformal, polarization-insensitive,
and broadband metamaterial absorber for X-band applications. A periodic subwavelength …

A triple-band polarization-independent conformal absorber for C-and X-frequency bands
have been presented. The designed absorber comprises a Jerusalem cross resonator at the …

Metamaterials [MTMs] are usually classified as a class of material which is effectively
homogeneous, well–engineered in nature and can offer some unconventional and fruitful …

In this study, a novel multi‐band metamaterial absorber has been proposed which is ultra‐
thin, compact, polarisation‐insensitive and wide‐angle absorptive. The proposed structure …