Author:
Rezvani Jalal Masoud,Rezvani Jalal Javad,Fakhry Saeed,Younesi Zadeh Feyzolla,Alvand Faezeh
Abstract
In this paper, the shape, sound, and current of an electrical discharge in the air between a metal pin and an electrolyte solution are studied. Two different situations are considered: (A) without, and, (B) with inclusion of a dielectric wall in the discharge circuit. It is found that: (1) the discharge A has a cylindrical shape rather than a branched shape in discharge B, (2) the sound and current of discharge in case A are coherent and deterministic but those of case B are incoherent and stochastic. These differences along with the simulation results of a simple model demonstrate that the discharge in case A is glow, but, that in case B is spark.
Publisher
Cambridge University Press (CUP)
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