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In most case, stable, relatively uniform, and large-volume plasmas in atmospheric air are desirable for various applications. Therefore, different methods are used to obtain a diffuse discharge, among which exciting power source is a key parameter. In this paper, pulsed discharges can be produced by microsecond or nanosecond pulses in open air. Two kinds of pulsed powers are applied to the HV electrode...
Pulsed power can provide instantaneously high power density to generate atmospheric nonthermal plasma in open air. In this paper, using two power supplies including a \(\mu \) s-pulse generator with a rise time of 300 ns and a pulsewidth of 5 \(\mu \) s and a ns-pulse generator of a rise time of 70 ns and a pulsewidth of 100 ns, pulsed gliding discharges are created with point-to-point electrodes...
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