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Spark discharges in iodine vapour
Journal of Physics D: Applied Physics, 1981Sparks in iodine vapour have been studied at pressures between 0.08 and 0.80 Torr, and for gaps of the order of 10 cm. Sparks were initiated in non-uniform fields, using voltage pulses between 1 kV and 3 kV, corresponding to overvoltages of up to 300%. Development of the spark proceeds through a glow phase to a filamentary arc.
D B Lewis, G A Woolsey
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Spark discharges in condensed media
Technical Physics, 2001The formalism of phase transition waves is shown to be applicable to the description of both fast and slow discharges in condensed media. The definitions of a streamer and leader are refined, and the mechanisms for their formation and propagation are described. The discharge propagation velocities in low-and high-resistivity media are estimated.
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Electrode Erosion by Spark Discharges
British Journal of Applied Physics, 1950Theoretical estimates of the areas of electrode hot-spots are made from a consideration of the lateral spread of the electrons and positive ions due to diffusion and their space charge. Areas thus found show that very high current densities of the order 106 A/cm2 are possible in typical short spark gaps at atmospheric pressure.
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Development of the Spark Discharge
Nature, 1934T. E. ALLIBONE, B. F. J. SCHONLAND
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An equivalent discharge model of electrostatics spark
Journal of Electrostatics, 2021Zhiyu Wang, Shuliang Ye
exaly
Journal of Loss Prevention in the Process Industries, 2023
Kai Zhang, Zongling Zhang, Mingshu Bi
exaly
Kai Zhang, Zongling Zhang, Mingshu Bi
exaly