Author:
KOVALCHUK B.M.,ABDULLIN E.N.,GRISHIN D.M.,GUBANOV V.P.,ZORIN V.B.,KIM A.A.,KUMPJAK E.V.,MOROZOV A.V.,SKAKUN V.S.,STEPTCHENKO A.S.,TARASENKO V.F.,TOLKACHEV V.S.,SCHANIN P.M.,TSOU N.V.
Abstract
A high-current accelerator for pumping of the 200-L excimer
laser is developed, providing electron energy of 550 keV, a
diode current of 320 kA, and an e-beam current of 250 kA. The
high-voltage part of the accelerator consists of two linear
transformers with a stored energy of 98 kJ. To reduce the influence
of the self-magnetic field on e-beam formation, the vacuum diode
is divided into six separate magnetically isolated diodes.
Subject
Electrical and Electronic Engineering,Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Cited by
8 articles.
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