The approaching sixth-generation (6G) communication network will modernize applications
and satisfy user demands through implementing a smart and reconfigurable system with a …

Microstrip patch antennas have gained popularity due to their compact size, flat design, cost-
efficiency, and ability to accommodate various design needs. Despite their advantages …

A graphene-based two ports antipodal Vivaldi antenna with improved gain for THz
applications is introduced. The single antenna is composed of an antipodal Vivaldi antenna …

A novel graphene antenna composed of a graphene dipole and four auxiliary graphene
sheets oriented at 90∘ to each other is proposed and analyzed. The sheets play the role of …

This article presents a systematic technique for designing a novel multiband plasmonic
antenna based on graphene with a silicon nitride (SiO3N4) dielectric substrate in the …

A technique is implemented for obtaining tunable band notch/filtering features in terahertz
(THz) monopole wideband antennas. A parasitic metal strip is engraved in the antenna …

A simple method for creating lightweight and inexpensive microstrip patch antennas using
reduced graphene oxide or acetylene black added epoxy resin was developed. The biggest …

Recently, modern technology has towards stealth technology, especially in military
applications so, this paper presents a terahertz radar cross-section (RCS) reduction utilizing …

A reflectarray with graphene and beam steering feature is presented. It is designed to
operate at a frequency band of 3.6 THz. The unit cell is composed of a graphene circular …

This study proposed a small, tilted beam, frequency bending-insensitive antenna based on
the incipient tilted beam angle provided by the microstrip Yagi antenna. A semi-enclosed …