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Polar liquids are characterized by high permittivity and high dielectric strength. These properties make them appealing dielectrics for use in high-energy storage systems and as high-power switching media. Most of the studies on electrical breakdown and recovery have focused on water as a switch medium in pulsed-power systems. As an alternative to water, the authors have studied the breakdown and...
Polar liquids are being studied as switch media for the generation of sub-microsecond pulses with nanosecond or even shorter rise times. The inherent dielectric strength of polar liquids allows for small gap lengths, down to less than 1 mm even for voltages up to 100 kV, and consequently enables the reduction of the switch inductance. Most of the breakdown studies to date have been conducted for longer...
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