ON THE IMPULSE ELECTRICAL BREAKDOWN OF CENTIMETER VACUUM GAPS.

I. I. Kaljatsky, G. M. Kassirov, F. G. Sekisov

R&D Laboratory for Pulse-Beam, Electric Discharge and Plasma Technologies

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

The authors discuss the results of their investigation of prebreakdown conduction, discharge radiation in the visible spectral region, and vacuum gap breakdown voltage in pulses up to 1 1/2 mV. Experiments were carried out in a technical vacuum using large-area electrodes spaced 60 mm apart. Possible mechanisms for the initial stage of evolution of the discharge in large vacuum gaps are proposed.

Original language	English
Title of host publication	Unknown Host Publication Title
Place of Publication	Central Inst of Electron Physics, Berlin, East Ger
Publisher	Acad of Sciences of the GDR
Pages	29-31
Number of pages	3
Publication status	Published - 1984

ASJC Scopus subject areas

Engineering(all)

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title = "ON THE IMPULSE ELECTRICAL BREAKDOWN OF CENTIMETER VACUUM GAPS.",

abstract = "The authors discuss the results of their investigation of prebreakdown conduction, discharge radiation in the visible spectral region, and vacuum gap breakdown voltage in pulses up to 1 1/2 mV. Experiments were carried out in a technical vacuum using large-area electrodes spaced 60 mm apart. Possible mechanisms for the initial stage of evolution of the discharge in large vacuum gaps are proposed.",

author = "Kaljatsky, {I. I.} and Kassirov, {G. M.} and Sekisov, {F. G.}",

year = "1984",

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N2 - The authors discuss the results of their investigation of prebreakdown conduction, discharge radiation in the visible spectral region, and vacuum gap breakdown voltage in pulses up to 1 1/2 mV. Experiments were carried out in a technical vacuum using large-area electrodes spaced 60 mm apart. Possible mechanisms for the initial stage of evolution of the discharge in large vacuum gaps are proposed.

AB - The authors discuss the results of their investigation of prebreakdown conduction, discharge radiation in the visible spectral region, and vacuum gap breakdown voltage in pulses up to 1 1/2 mV. Experiments were carried out in a technical vacuum using large-area electrodes spaced 60 mm apart. Possible mechanisms for the initial stage of evolution of the discharge in large vacuum gaps are proposed.

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BT - Unknown Host Publication Title

PB - Acad of Sciences of the GDR

CY - Central Inst of Electron Physics, Berlin, East Ger

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