This article is focused on understanding of the effect of a low-pressure argon plasma on split
ring resonator (SRR) metamaterial resonance. After an experimental characterization of …

A concept of plasma-enabled tuning of radio frequency systems is introduced and
experimentally verified in this paper. Specifically, a commercial gas discharge tube (GDT) is …

Experiments demonstrate that an electromagnetic wave incident on a photonic crystal (PhC)
containing a single point-defect causes gas breakdown. After breakdown we report the …

Several computational imaging systems have recently been proposed at microwave and
millimeter-wave frequencies enabling a fast and low cost reconstruction of the scattering …

An original electrically small antenna concept relying on plasma discharges is presented in
this paper. It consists of a small coaxial probe placed above a ground plane and surrounded …

We demonstrate the ability to develop one-dimensional electromagnetic band gap structure
in X-band waveguide solely by using the positive columns of glow discharges in neon at the …

This article presents a parametric study using full-wave simulations about the potential use
of cold plasma discharges to achieve frequency reconfiguration on a Sievenpiper mushroom …

The overtaking collision between two single and unidirectional dust acoustic waves in dusty
plasmas consisting of Boltzmann electrons and ions, and negative dust grains has been …

The ability to use plasma columns of pulse discharges in argon at atmospheric pressure to
form a one-dimensional electromagnetic band gap structure (or electromagnetic crystal) in …

We present a leaky wave antenna operating at a fixed frequency in which the radiation
angle is controlled by varying the electron density of a large volume plasma discharge. The …