Breakdown phenomena of long gaps under switching impluse conditions: papers presented on Wednesday, July 17, 1974 at the IEEE Power Engineering Society, 1974 summer meeting and energy resources conference
IEEE Power Engineering Society, IEEE Power Engineering Society. Power and Environmental Sciences Committee, IEEE Power Engineering Society. Transmission and Distribution Committee
[Institute of Electrical and Electronics Engineers] : available from Single Publication Sales Dept., IEEE, 1974 - Science - 86 pages
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Basic Aspects of the Physics Concerning the Development of Long Sparks in Air
7 other sections not shown
1-cosine applied voltage avalanche BREAKDOWN PHENOMENA breakdown voltage calculated capacitive CIGRE circuit computed configuration corona discharge corona inception crest curves dark period density determined direct breakdown disruptive discharge effect electric field electrode electron avalanches electron mobility engineers equation Faraday cage field distribution final jump Flashover function Gallimberti gap length gap spacing geometry gradient high voltage humidity image converter camera impulse corona impulse shape impulse voltage inception voltage increase influence insulation ionization ions kV/cm leader channel leader corona leader development leader growth leader length leader progression leader propagation leader tip leader velocity light emission long air gaps long gaps measured minimum molecules negative ions obtained oscillogram overvoltage parameters photomultiplier Phys physical plane gaps positive predischarges rate of rise reilluminations Renardieres Group resistor rod-plane gaps space charge sparkover voltage sphere statistical streamer switching surge tion U-curve us/div wave waveshape