Abstract
The design and construction of a millimeter size noninvasive capacitive probe array to investigate ionization growth phenomena in pulsed capillary discharges are presented. The probes estimated to be characterized by a time response better than 0.5 ns, with very good electric noise rejection. The probes have identified a fast ionization wave in the prebreakdown phase of a hollow cathode initiated fast pulsed capillary discharge.
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