Abstract
The location of hydroxyl radical (OH*) generation in aqua plasma is investigated with the images of vapor bubble discharge in a conductive electrolyte (saline). A comparison of the visible-and UV-ray data taken from the Na+* and radical OH* reveals that Na+* is generated in both volume and surface of bubble while most of OH* is observed at the vapor surface. This result implies that the steamer-type of aqua plasma was generated in the vapor bubble covered over a metal electrode tip, and the charged particles disperse along the surface of the vapor bubble.
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