This article is focused on the application of plasma technology for the development of
microwave lens antennas with electronically controllable radiation gain. With this aim, the …

Abstract Gaseous Plasma Antennas (GPAs) are devices that exploit weakly or fully ionized
gases to transmit and receive electromagnetic (EM) waves. GPAs can offer several …

This article presents the complete design of a hybrid metal-plasma transmit-array antenna
with beam-scanning capabilities. The antenna operates at 1.07 GHz and consists of an …

A thermionic plasma source apparatus has been developed and characterised for high-
density gaseous plasma antenna (GPA) applications. The system produces a cylindrical …

Gaseous Plasma Antennas are devices in which an ionized gas (ie, plasma) is exploited to
transmit and receive Electromagnetic waves. Their main advantage over metallic systems is …

A gaseous plasma antenna (GPA) is a device in which a plasma medium is used to transmit
or receive electromagnetic (EM) waves. This work is devoted to the presentation of a …

The experimental characterization of a plasma dipole in the ultrahigh frequency band is
presented. The antenna consists on two customized plasma sources disposed as the arms …

This paper aims to comprehensively review the literature on Gaseous Plasma Antennas
(GPAs). These innovative devices transmit electromagnetic (EM) signals through ionized …

Plasma-based intelligent reflecting surfaces (IRSs) have been recently proposed to
reconfigure the radiation environment between transmitting and receiving antennas. Plasma …

Abstract Gaseous Plasma Antennas (GPAs) exploit an ionized gas to transmit and receive
electromagnetic waves. GPAs offer several advantages over metal antennas since, while in …