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

Recent experiments have demonstrated that a freely localized 100 GHz microwave
discharge can propagate towards the microwave source with high speed, forming a complex …

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 …

This paper presents the state of art of Microwave Rocket development and related
researches on atmospheric discharge in a high‐power millimeter‐wave beam. Its …

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 …

Remote detection of radioactive materials is impossible when the measurement location is
far from the radioactive source such that the leakage of high-energy photons or electrons …

The microwave breakdown in air is simulated numerically within a simple 1D model taking
into account a perturbation of electromagnetic field by plasma. The simulations were …

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 …

The simplified model is proposed to simulate numerically air breakdown in a focused
microwave beam. The model is 1D from the mathematical point of view, but it takes into …