In this letter, it is proposed to use metasurface (MS) to miniaturize patch antenna. The MS
studied is composed of two layers, layers 1 and 2. Layer 1 has simple rectangular microstrip …

In this article, bandwidth enhancement of a microstrip patch antenna using a new kind of
metasurface is discussed. This new geometry is used to generate new resonances in …

A metasurface (MS) is highly useful for improving the performance of patch antennae and
reducing their size due to their inherent and unique electromagnetic properties. In this …

This article presents a metasurfaced patch antenna in which the metasurface acts as a
superstrate/cover placed atop a 2.45‐GHz patch antenna, at a small distance. The …

A palisade‐shaped metasurface (PSMS) is presented to miniaturize the micropatch antenna.
With the aid of the metasurface, a footprint miniaturization is obtained, and the dual resonant …

A metamaterial is introduced into the cover of a patch antenna and its band structure is
analyzed. The metamaterial cover with correct selection of the working frequency increases …

This article presents a two layer metasurface antenna in which the top layer is metasurface
and the bottom layer is patch antenna. The metasurface enhances the bandwidth and gain …

A metamaterial slab applied as cover in front of a patch antenna focuses the radiations from
patch, reduces the beam-width, thus enhancing the Gain and Directivity. Usually the slab is …

In this paper, we present a new design of microstrip patch antenna based on metamaterial
refractive surface (MRS). By optimizing the air gap between the MRS layer and the patch …

A miniaturized broad bandwidth and high‐gain patch antenna was designed and fabricated
using the metamaterial concept via the pattern‐etched upper patch and bottom ground …