Ac-driven breakdown processes have been explored much less than the pulsed or dc breakdown, even though they have possible applications in industry. This paper focuses on the frequency range between 60 kHz and 1 MHz, at a pin–pin electrode geometry and gap lengths of 4 or 7 mm. The breakdown process was examined in argon and xenon at 0.3 and 0.7 bar. We used electrical and optical measurements to characterize the breakdown process, to observe the influence of frequency change and the effect of ignition enhancers—UV irradiation and radioactive material
Due to the small size of the gas gap in micro- and millimeter sized discharges, the presence of a me...
A study into the fundamental causes of vacuum breakdown on metal electrodes exposed to high vacuum c...
The radio-frequency breakdown in argon gas was investigated by using particle-in-cell simulation tec...
Ac-driven breakdown processes have been explored much less than the pulsed or dc breakdown, even tho...
The effect of frequency on the characteristics of ac-driven breakdown processes in 0.7 bar argon is ...
High-frequency AC breakdown covers a broad range of frequencies. The reakdown process in not the sam...
Electrical breakdown in near-atmospheric pressure noble gases requires voltages that are quite high,...
This thesis presents the results of experimental and modelling studies of breakdown processes in nea...
We report a detailed study of breakdown voltage of atmospheric-pressure helium gas between two paral...
This report contains information about the effect of frequency on the breakdown voltage of an air ga...
The mechanisms that contribute to RF breakdown/arcing in an antenna environment are being studied. R...
As noble liquid time projection chambers grow in size their high voltage requirements increase, and ...
This paper presents the results of testing the electrical strength of an insulating system in a vacu...
Townsend\u27s ionization coefficient a in an ac electric field √2 E, cos ωt is investigated by encom...
The paper examines the breakdown process at 100 kHz in a changing temperature-dependent mixture of A...
Due to the small size of the gas gap in micro- and millimeter sized discharges, the presence of a me...
A study into the fundamental causes of vacuum breakdown on metal electrodes exposed to high vacuum c...
The radio-frequency breakdown in argon gas was investigated by using particle-in-cell simulation tec...
Ac-driven breakdown processes have been explored much less than the pulsed or dc breakdown, even tho...
The effect of frequency on the characteristics of ac-driven breakdown processes in 0.7 bar argon is ...
High-frequency AC breakdown covers a broad range of frequencies. The reakdown process in not the sam...
Electrical breakdown in near-atmospheric pressure noble gases requires voltages that are quite high,...
This thesis presents the results of experimental and modelling studies of breakdown processes in nea...
We report a detailed study of breakdown voltage of atmospheric-pressure helium gas between two paral...
This report contains information about the effect of frequency on the breakdown voltage of an air ga...
The mechanisms that contribute to RF breakdown/arcing in an antenna environment are being studied. R...
As noble liquid time projection chambers grow in size their high voltage requirements increase, and ...
This paper presents the results of testing the electrical strength of an insulating system in a vacu...
Townsend\u27s ionization coefficient a in an ac electric field √2 E, cos ωt is investigated by encom...
The paper examines the breakdown process at 100 kHz in a changing temperature-dependent mixture of A...
Due to the small size of the gas gap in micro- and millimeter sized discharges, the presence of a me...
A study into the fundamental causes of vacuum breakdown on metal electrodes exposed to high vacuum c...
The radio-frequency breakdown in argon gas was investigated by using particle-in-cell simulation tec...