Abstract
Droplet motion and vapor condensation have been examined in the electrical explosion of wires and foils with various electrode designs in order to separate the explosion products and obtain homogeneous condensates free from droplets. Droplets of diameter in excess of 0.1 μ m produce surface defects in the films. The effect is explained in terms of the motion and condensation of the vapor-droplet mixture. The behavior difference between the vapor and droplets allows one to produce gasdynamic separation and obtain mirror-finish condensates.
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