Atmospheric millimeter-wave discharge was investigated experimentally using a 28 GHz
gyrotron. The propagation velocity of an ionization front, plasma structure, and vibrational …

Electron density and neutral gas density have been measured in a non-equilibrium air
breakdown plasma using optical emission spectroscopy and two-dimensional laser …

The development of microwave plasma streamers at 110 GHz in atmospheric pressure air is
numerically investigated taking into account the intense gas heating and its effects on the …

A microwave (MW) plasma channel (filament, plasmoid, and plasma dipole) shows promise
for its applications for off-body non-electrode modification of a gas flow (plasma …

Fluid models of microwave streamers at 110 GHz in atmospheric pressure air predict the
formation of filamentary plasma patterns that show a good qualitative agreement with …

A photonic crystal (PhC) with a single vacancy sustains an argon microplasma at 94 GHz.
The PhC consists of a 7× 13 array of small alumina rods, each 250 μm in radius. The PhC …

We report a simulation study on nitrogen vibrational and translational temperature in 3 μs
pulse 110 GHz microwave air breakdown at pressure from 1 Torr to 100 Torr. The one …

A standing wave induced in front of the ionization-front of a millimeter-wave discharge was
numerically investigated to develop an interferometric discharge structure identification …

We report on a computational modeling study of small scale plasma discharge formation
with rectangular dielectric resonators (DR). An array of rectangular dielectric slabs …

Modeling and simulation of high power microwave (HPM) breakdown, involving complex
coupling between high frequency electromagnetic wave and plasma, is a computationally …