‬ Abstract We have described a compact antenna based on fractal and metamaterial loads
techniques. The microstrip patch antenna is assumed as a basic antenna and then the effect …

A microstrip line fed rectangular patch antenna with slots in the patch radiator is designed to
realise triple resonant frequencies with satisfactory impedance matching (| S11|≤− 10 dB) at …

This article presents a dual-element metamaterial-inspired co-planar waveguide (CPW) fed
elliptical antenna using a simple compact frequency selective surface (FSS) for multiband …

In this paper, a wideband, high gain planar trapezoidal monopole antenna based on single‐
layer frequency selective surface (FSS) is presented. The antenna adopts an …

A simply constructed bi-layered compact Frequency Selective Surface (FSS) is reported in
this article to attain four distinct stop bands for multiband wireless applications. The compact …

In this presented work, Split Ring Resonator (SRR) is arranged in 7X7X4 form to create a
metamaterial superstrate which is incorporate on patch antenna. The SRR based …

In this article, a high‐gain antenna for ultra‐wideband (UWB) communication is presented
and experimentally validated. Gain enhancement is achieved by employing a frequency …

This study shows the gain enhancement achieved through dual band slot antenna
incorporated with dual band frequency selective surface. In order to do this, at first, a dual …

A novel, highly selective, low profile dual‐band, and bandpass miniaturized‐element
frequency selective surface is proposed to realize stable angular responses and a …

Recently bio-inspired elements with shapes or geometries found in nature have received
special attention, both for applications in antennas and in electromagnetic filters, the unit cell …