Nanosecond plasmas in liquids play an important role in the field of decontamination,
electrolysis or plasma medicine. The understanding of these very dynamic plasmas requires …

In this paper, we investigate pre-breakdown and breakdown phenomena in gas-liquid
systems. Cavitation void formation and breakdown in bubbles immersed in liquids are …

This letter focuses on the streamer-to-spark transitions generated by microsecond pulsed
discharges (±20 kV of amplitude, 150 μs of pulse width) in deionized water to provide a …

Nanosecond plasmas in liquids are being used for water treatment, electrolysis, or
biomedical applications. The exact nature of these very dynamic plasmas and, most …

This paper presents experimental investigations on the formation, propagation and
termination of bubble-induced discharges in deionized water. Time-resolved visualization …

Experimental and theoretical investigations of the initial stage of the formation of a pulsed
volume discharge between two plane electrodes in argon at atmospheric pressure under …

Abstract Changes in pressure above the saturated liquid in an airtight container can cause
gas evolution and dissolution. In this study, a mathematical model was developed based on …

The evolution of a cylindrical gaseous bubble produced by an underwater electrical
discharge is considered in the present study. Both the gas flow inside and the water flow …

Electrical breakdown of liquid dielectrics under nanosecond pulsed high voltage has been
investigated extensively in the last decade. Prior studies have focused on either …

The transition between thermal and streamer discharges has been observed experimentally
in water solution with conductivity 100 μS/cm applying positive voltage pulses to pin-to-rod …