In this paper, a novel compact planar coronavirus antenna is proposed for wide band
applications. In the design of this antenna, the idea of the radiating part has been taken from …

Advances in recent communication systems require minimal weight, low cost, high
performance and low-profile antenna to meet the demand for next generation wireless …

A high-gain and tri-band terahertz microstrip antenna with a photonic band gap (PBG)
substrate is presented in this paper for terahertz communications. Polyimide dielectric …

This research presents the design, analysis, and optimization of a fractal patch radiator
using graphene as the primary patch material for terahertz (THz) 6G communication …

This paper presents a novel antenna design with an enhanced gain‐bandwidth product for
modern communication networks, including 5G systems. The design is consistent with 17 …

In this paper, a novel dual-band photonic band gap (PBG) structure was proposed and
applied to a dual-band microstrip antenna. The antenna resonates at 1.267 THz and 1.502 …

Microstrip antennas are fabricated by a copper-etched printed circuit board (PCB) through
an exact patch shapes are arranged at one side and ground planes are arranged at other …

We propose a new split ring resonator engraved metamaterial MIMO patch antenna design
which applies in 6–11 THz frequency band. Four different THz antennas are investigated …

In this paper, an inset-fed rectangular microstrip patch antenna (RMPA) is designed for traffic
alert and collision avoidance system (TCAS) application. The TCAS is a mandatory …

At the THz frequency range, the modern advanced ultra-high speed and smart wearable
devices required highly efficient, low profile, and low-cost radiator designed with high …