A three-dimensional woodpile structure tunable plasma photonic crystal is designed,
simulated, and experimentally characterized over the S–X band of the electromagnetic (EM) …

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 …

Experiments demonstrate gas breakdown within a single point defect in a 2D photonic
crystal at millimeter wave frequencies (43.44 GHz) using only 1.5 W of continuous wave …

Argon (1s 5) metastable density and translational gas temperature are experimentally
measured using laser diode absorption spectroscopy within a 43 GHz microplasma. The …

Plasma-based microwave power limitation in a suspended microstrip transmission line
integrating a micro hollow cathode discharge (MHCD) in its centre is experimentally and …

The manipulation of millimeter-scale microwaves is studied using plasma discharges formed
within a vacancy defect of a two-dimensional photonic crystal consisting of a hexagonal …

The electron density (⁠ ne⁠) and argon metastable density (⁠ 1 s 5⁠) of a 43 GHz
microplasma are obtained using the zero-dimensional plasma kinetics solver (ZDPlasKin®) …

We present the transmission characteristics of pulsed 44 GHz millimeter waves (MMWs)
through a plasma formed within a photonic crystal. Initially, a low density plasma (ne= 0.3× …

Microplasma generated within a millimeter wave (MMW) photonic crystal (PhC) is analyzed
by direct measurement of the electron density and the wave transmission spectra (S 21) of …

A method to generate spatiotemporally controllable plasma lattice structures via dielectric
barrier discharge is proposed by utilizing a latticed water electrode. A variety of plasma …