For WLAN/WIMAX applications, a brand‐new tree‐shaped metamaterial‐loaded microstrip
antenna is suggested. The reduced ground plane size and 4.4 dielectric constant (r) and …

ABSTRACT A wideband antenna with excellent efficiency is the most important requirement
in wireless communication. In this paper, a wideband and highly efficient planner …

A dual‐band microstrip patch antenna is designed and analyzed using metamaterial
artificial substrate. Metamaterial based substrate is designed using Square Split Ring …

A highly miniaturized significant gain triple band patch antenna loaded with a new modified
double circular slot ring resonator (MDCsRR) metamaterial unit cell is presented in this …

In this work a dual band rectangular microstrip patch antenna along with the innovative
metamaterial structure is proposed at a height of 3.2 mm from the ground plane, which …

The Metamaterial based antenna is designed for some improvement in the performance of
directivity gain, return loss and size of circuit area. A patch antenna has been designed and …

Abstract An “Interconnected Circular SRR's” shaped metamaterial structure at a height of 3.2
mm from the ground plane has been proposed in this work. Proposed metamaterial structure …

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 …

In this paper, a W-shaped patch antenna is designed, loaded with CSRR metamaterial
structure and Frequency Selective Surface (FSS) technique has been utilized to enhance …

The design of stacked patch antenna integrated with metamaterial for broadband
applications to achieve appreciable gain, directivity and low return loss is presented in this …