Add to ORKGA glow discharge has been experimentally investigated in air at atmospheric pressure using two different electrode configurations of a perforated aluminium sheet and stainless steel wire mesh. The observations of the Lissajous figure of voltage-electric charges is used as a method of distinguishing between the glow discharge produced by perforated aluminium sheet and stainless steel wire mesh. The perforated material shows a better glow discharge stabilization than that of stainless steel wire mesh
DC-excited atmospheric pressure glow discharges in a metal pin-liquid electrode system are investiga...
In this research, the electrical characteristics of glow discharge plasma were studied. Glow dischar...
Radio frequency (rf) atmospheric pressure glow discharges (APGDs) have received growing attention fo...
Abstract: A glow discharge has been experimentally investigated in air at atmospheric pressure using...
Ozone generation using both perforated-aluminium plate and fine-mesh stainless steel electrodes is s...
Low-frequency (100 Hz), intermediate-current (50 to 200 mA) glow discharges were experimentally inve...
Direct current glow discharges have been operated in atmospheric air by using 100 μm microhollow cat...
Atmospheric pressure glow discharge is realized in argon by using a plasma needle. With increasing t...
Array of atmospheric pressure surface discharges confined by a two-dimensional hexagon electrode mes...
It is widely believed that, at low frequencies of 1–100 kHz, the generation of atmospheric pressure...
It is widely accepted that electrode insulation is unnecessary for generating radio-frequency (rf) a...
In this letter, the authors present an experimental study of the temporal characteristics of submicr...
International audienceThis paper presents simulations of the dynamics of air discharges between two ...
A microhollow cathode discharge was used as a plasma cathode to sustain a stable direct current glow...
In this letter, an experimental investigation is presented to characterize the properties and benefi...
DC-excited atmospheric pressure glow discharges in a metal pin-liquid electrode system are investiga...
In this research, the electrical characteristics of glow discharge plasma were studied. Glow dischar...
Radio frequency (rf) atmospheric pressure glow discharges (APGDs) have received growing attention fo...
Abstract: A glow discharge has been experimentally investigated in air at atmospheric pressure using...
Ozone generation using both perforated-aluminium plate and fine-mesh stainless steel electrodes is s...
Low-frequency (100 Hz), intermediate-current (50 to 200 mA) glow discharges were experimentally inve...
Direct current glow discharges have been operated in atmospheric air by using 100 μm microhollow cat...
Atmospheric pressure glow discharge is realized in argon by using a plasma needle. With increasing t...
Array of atmospheric pressure surface discharges confined by a two-dimensional hexagon electrode mes...
It is widely believed that, at low frequencies of 1–100 kHz, the generation of atmospheric pressure...
It is widely accepted that electrode insulation is unnecessary for generating radio-frequency (rf) a...
In this letter, the authors present an experimental study of the temporal characteristics of submicr...
International audienceThis paper presents simulations of the dynamics of air discharges between two ...
A microhollow cathode discharge was used as a plasma cathode to sustain a stable direct current glow...
In this letter, an experimental investigation is presented to characterize the properties and benefi...
DC-excited atmospheric pressure glow discharges in a metal pin-liquid electrode system are investiga...
In this research, the electrical characteristics of glow discharge plasma were studied. Glow dischar...
Radio frequency (rf) atmospheric pressure glow discharges (APGDs) have received growing attention fo...