The paper presents a review of modern works on gasdynamic flow control using a highly
nonequilibrium pulsed plasma. The main attention is paid to the effects based on ultrafast …

Many experimental and numerical studies have been conducted to elucidate the fascinating
physics of plasma formation and shock wave propagation during millimeter wave beam …

The microwave discharge produced in gases by millimeter wave radiation in wave beams is
characterized by high plasma density, and wave beams allow one to control the form and …

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

Atmospheric millimeter-wave discharge at intensity on the order of 1 GW/m 2, which is lower
than the critical intensity for breakdown by one order, was computed numerically using a …

Проведен обзор современных работ по управлению газодинамическими потоками с
помощью сильнонеравновесной импульсной плазмы. Основное внимание уделено …

An atmospheric argon discharge plasma was induced by a high-power microwave beam
using a 28 GHz gyrotron and investigated at pressures of 40 kPa–100 kPa and Gaussian …

In this study, voltage distribution and surface dielectric barrier discharge (DBD) of a
microplasma discharge device (MDD) were modeled in 2-D domain using finite-element …

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 …