A review on planar printed structures that are based on Matryoshka-like geometries is
presented. These structures use the well-known principle of Matryoshka dolls that are …

This paper presents a multiband director based on the frequency selective surface (FSS)
unit cell structure using the double layer with interdigital CPW (ICPW) technique. The unit …

This paper describes by the first time, at least of the authors' knowledge, a frequency
selective surface, FSS, based on the Matryoshka geometry, with dual-band band-pass …

This research paper proposes a multi-band frequency selective surface (FSS) director using
the aperture interdigital technique. The FSS unit cell has been designed based on a basic …

Frequency selective surfaces, FSS, are well known structures with applications from
microwave to terahertz. One of the most adjustable parameters in the design of the FSS is …

This paper describes the development of a double-sided band-pass frequency selective
surface based on Matryoshka geometry, preserving features such as miniaturization …

Wireless communication technology evolves to meet current needs, focusing on antenna
size reduction for smaller, multi-frequency devices. This research introduces a novel …

The purpose of this paper is to present cascaded frequency selective surfaces (FSSs) with
matryoshka geometry to increase the effective bandwidth. We carry out an analysis of the …

In this paper the resonant behavior of frequency selective surfaces, FSS, using matryoshka
geometry is analyzed considering polarizations x and y. The basics of the FSS using …

A new planar sensor based on the matryoshka microstrip resonator is presented in this
paper. The matryoshka resonator is described and its properties discussed, including initial …