This paper presents a metamaterial based microstrip patch antenna with fractal geometry
and defected ground to give improved Return loss, Directivity, Gain and Bandwidth. Two …

In this article, the proposed microstrip patch antenna consisting of a ground plane, patch,
and 1.6 mm thickness dielectric made from FR-4 material with dimensions (28 x 28) mm2 …

The antenna along with the proposed Meta material structure designed to Resonate at 8.0
GHz frequency. But the proposed Meta material cover significantly reduces the return loss …

This paper offers an overview of microstrip patch antenna using metamaterial. It illustrates
the comprehensive survey on antenna designing with their developing schemes. It is …

In this paper, a metamaterial based compact multiband rectangular microstrip patch antenna
is proposed. The return loss of metamaterial loaded microstrip patch antenna obtained at the …

This paper presents a novel high gain metasurface (MS) antenna. The antenna structure
consists of a slotted square patch in a fractal shape, integrated with a metasurface layer …

This paper presents a comparative study of the performance of a 2.4 GHz microstrip patch
antenna, using various metamaterial surfaces, each working as a ground plane for the …

This paper investigates the single band microstrip antenna loaded with meta-material. The
main objective is to enhance the gain and directivity of the conventional microstrip patch …

Future communication has excessive control over wireless communication due to the great
rate of data transmission. A microstrip patch antenna is designed using Flame Retardant-4 …

In this paper a dual band antenna operating in S band and C band is designed and
developed with the help of metamaterial planar structure. Incorporating metamaterials in the …