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The effect of the voltage rise time on nanosecond and sub-nanosecond impulsebreakdown of distilled water is studied. The dependence of anode initiatedstreamer inception on this parameter is shown to be more intricate thanpreviously reported, particularly as it relates to mechanisms directly in theliquid phase. Dynamics of the emission phase for sub-nanosecond pulses with600ps rise time are presented to enable comparison with previous work onnanosecond initiation features. Schlieren imaging is also used to show thedevelopment of optical density perturbations and rarefactions as a result ofelectrostriction in the liquid which were previously found for nanosecondpulses as well. The mechanism of nanopore generation in the liquid due to fastimpulses proposed by Shneider, Pekker and Fridman is used to explain theresults.

journal of physics. d, applied physics

Anode initiated impulse breakdown in water: the dependence on pulse rise  time for nanosecond and sub-nanosecond pulses and initiation mechanism based  on electrostriction