Author:
Lipchak A I,Barakhvostov S V,Volkov N B,Chingina E A,Turmyshev I S
Abstract
Abstract
The paper presents the experimental results of triggering a high-voltage gas gap by YAG: Nd3+ laser radiation. The gas gap was used as the primary switch of a high-current pulsed e-beam RADAN-type accelerator. As a result, an operating regime when the instability and delay time appeared to be minimal was experimentally found. The developed gas gap and the found operating regimes sustain the switching instability no more than 0.3 ns. The physical mechanisms determining the switch-on delay and the obtained level of instability are discussed.
Subject
General Physics and Astronomy
Cited by
4 articles.
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