This letter presents a 2.5-D frequency selective surface (FSS) based on four-legged loaded
loop elements of third-order iteration inspired by fractal geometries. This FSS design strives …

In this work, a broadband and wide-angle band-stop FSS based on dual-layered periodic
arrays of fractal square loops was proposed and demonstrated. Equivalent circuit model and …

In this paper, a flexible, ultra-thin, miniaturized broadband frequency selective surface (FSS)
is demonstrated for wideband electromagnetic shielding application. The unit cell of the …

This letter presents the design and testing of a novel triple-layer frequency selective surface
(FSS) with ultraminiaturization for electromagnetic shielding applications. The proposed unit …

This paper demonstrates an analytical study of different nonplanar frequency selective
surfaces (FSSs) for X‐band (8–12 GHz) electromagnetic (EM) shielding applications. A well …

The 2.5-dimensional closed loop is investigated to constitute a novel miniaturized frequency-
selective surface (FSS) whose electric size of one unit cell is as small as 0.048 λ 0× 0.048 λ …

This study covers the design, manufacturing, and experimental electrical tests for a novel
three-dimensional (3-D) band-pass frequency selective surfaces (FSS) containing …

In this paper, frequency selective surface (FSS) with low profile, miniaturized structure and
closely located dual-band is proposed based on the fractal technology. The FSS is designed …

This article presents a fractal design methodology for frequency selective surfaces (FSSs) by
printing a finite planar array of Vicsek fractal metallic patches on a single dielectric layer …

A three‐dimensional (3D) frequency selective surface (FSS) with a response that is
independent of incident angle is presented in this study. The proposed FSS is a periodic …