Abstract
Investigations are performed of the formation of long-lived microbubbles 20 to 100 μm in size in water with the aid of a pulse-heated wire electrode. The results of optical investigations of the behavior of bubbles in a strong pulsed electric field of up to 300 kV/cm demonstrate that the bubbles stretch out in the field direction, are compressed in the transverse direction, are divided, and separate from the electrode. Differences in the behavior of anode and cathode bubbles are registered.
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