Fractal geometries are appealing in all applications where miniaturization capabilities are
required, ranging from antennas to frequency selective surfaces (FSS) design. Recently …

We propose a multilayer unit cell consisting of Minkowski fractal-shaped reflector with
aperture coupled phasing stubs to obtain a broad phase range for reflectarray antenna with …

This letter introduces a new class of miniaturized reflectarray unit cells with increased phase
swing employing Minkowski fractal-shaped patch-slot elements. Square, 1st Minkowski, and …

We investigated a dielectric resonator ceramic microstrip patch antenna. The antenna was
formed using barium strontium titanate (BST), which has a dielectric constant of 15. A new …

In this paper, a high gain, low side lobe level Fabry Perot Cavity antenna with feed patch
array is proposed. The antenna structure consists of a microstrip antenna array, which is …

A novel RCS (radar cross section) reduction configuration for a reflectarray antenna,
employing the appropriate FSS (frequency-selective surface) as a ground, is proposed. The …

In this work, a novel multi-objective design optimization procedure is presented for the
Minkowski Reflectarray RA s using a complete 3-D CST Microwave Studio MWS-based …

This article presents a systematic analysis and design of the X‐band Minkowski reflectarray
antenna (RA) by using the 3‐D Computer Simulation Technology Microwave Studio (CST …

In this paper, a wideband microstrip antenna for X-band (8.2 GHz--12.4 GHz) applications is
introduced. First, simple patch antennas are studied. The resultant design demonstrates …

In recent years reflectarray antennas have become very popular research area for scientists
to overcome their limitations which are the narrow band of the radiating elements and the …