This paper aims to provide a general review of the fundamental ideas, varieties, methods,
and experimental research of the most advanced frequency selective surfaces available …

In this paper, a novel dual‐band multilayer frequency selective surface (FSS) with high
selectivity and miniaturization characteristics is proposed. The FSS consists of a top and …

A small‐scale data‐selection method is proposed for deep‐learning‐based inverse design
of reflective metasurface antennas (MAs). The overall design process involves discretization …

This communication presents a wide bandpass frequency-selective surface (FSS) based on
aramid-paper honeycomb sandwich structures. The proposed FSS consists of a 2-D planar …

This article presents design of two single-polarized frequency selective absorbers (FSAs)
based on aramid-paper honeycomb structures. Second-order coupled slotlines are applied …

This paper presents the design of a single‐layer, double‐sided frequency selective surface
(FSS) with bandpass characteristics at the S‐band (2.45 GHz) and C band (5.8 GHz) for sub …

A new, extremely thin, and bidirectional microwave passband FSS with multiple bands has
been developed. This FSS consists of an FR4 sandwiched between three concentric …

This paper presents a paper-based lightweight three-dimensional frequency selective slab
(FSSlab) which exhibits elliptical filtering response. The FSSlab consists of two layers of …

This paper proposes a novel frequency selective surface based on three-dimensional
structure, which consists of the planar periodic hexagonal ring gap structure and three …