Microwave discharges in argon gas produced in pulse regime operation with surface waves being carrier waves are studied in a pressure range between 0.1 and 10 Torr. The changes of the shape of the pulses of the total light emission, as an indication for the plasma density, and of the electric field power are registrated along the discharge length. Experimental results on properties of the ionization front (ionization front velocity, rise time of the pulses) and on separation of a solitary-like ionizing wave from the leading edge of the pulses are presented. Their relation to effects of strong ionization nonlinearity responsible for the discharge production in general, is discussed. Development of modulation instability on the stationary par...
Abstract Typical ionization waves (IWs) are observed during the propagation of nanosecond pulsed atm...
In this research we analyse different plasma wave propagation mechanism of microcavity discharge in ...
The paper discusses the wave-plasma energy coupling in cylindrical microwave discharges produced in ...
In this paper, a detailed investigation of the spatio-temporal dynamics of a pulsed microwave plasma...
The ionization front preceding the expanding plasma column of a pulsed surface-wave discharge is stu...
Physical properties of atmospheric pressure argon plasma driven by pulsed microwave are investigated...
Subject of inquiry: ionization waves with gas impulse breakdown in long discharge tubes. The goals o...
Plasma state can persist after the removal of external driving power via the release of the energy s...
Pulsed discharges in high-pressure gases are of considerable interest as sources of nonequilibrium p...
Consideration is given to an experimental study of the dynamics of the plasma formation of inert gas...
The paper reviews the main types of pulsed self-sustained discharges produced in gas by strong micro...
An investigation into wave interactions between self-excited ionization waves - striations - in the ...
Argon surface wave discharges, created at 210 MHz in capillary tubes have been studied at medium pre...
The properties of a pulsed radio frequency capacitive discharge are investigated at atmospheric pres...
The microwave plasma jet has the advantage of high plasma density and abundant active particles but ...
Abstract Typical ionization waves (IWs) are observed during the propagation of nanosecond pulsed atm...
In this research we analyse different plasma wave propagation mechanism of microcavity discharge in ...
The paper discusses the wave-plasma energy coupling in cylindrical microwave discharges produced in ...
In this paper, a detailed investigation of the spatio-temporal dynamics of a pulsed microwave plasma...
The ionization front preceding the expanding plasma column of a pulsed surface-wave discharge is stu...
Physical properties of atmospheric pressure argon plasma driven by pulsed microwave are investigated...
Subject of inquiry: ionization waves with gas impulse breakdown in long discharge tubes. The goals o...
Plasma state can persist after the removal of external driving power via the release of the energy s...
Pulsed discharges in high-pressure gases are of considerable interest as sources of nonequilibrium p...
Consideration is given to an experimental study of the dynamics of the plasma formation of inert gas...
The paper reviews the main types of pulsed self-sustained discharges produced in gas by strong micro...
An investigation into wave interactions between self-excited ionization waves - striations - in the ...
Argon surface wave discharges, created at 210 MHz in capillary tubes have been studied at medium pre...
The properties of a pulsed radio frequency capacitive discharge are investigated at atmospheric pres...
The microwave plasma jet has the advantage of high plasma density and abundant active particles but ...
Abstract Typical ionization waves (IWs) are observed during the propagation of nanosecond pulsed atm...
In this research we analyse different plasma wave propagation mechanism of microcavity discharge in ...
The paper discusses the wave-plasma energy coupling in cylindrical microwave discharges produced in ...