HIGH-POWER NANOSECOND ELECTRON ACCELERATOR WITH INDUCTIVE STORAGE.

Abstract

An electron accelerator has been developed in which the primary energy storage is the capacity of a Marks generator (300 kV, 12 multiplied by (times) 10** minus **3 pF). The Marks generator discharges into the inductive energy storage through several parallel copper wires 50 mu in diameter, the inductive storage being the self-inductance of the generator. The wires explode at current maximum. The energy stored in the inductor is transferred to a diode with a multifront cathode. The accelerator yields an electron beam with an electron energy of 600 keV, a current of 5. 2 kA, and pulse about 100 nsec long.

Original language	English
Title of host publication	Sov Phys Tech Phys
Pages	136-137
Number of pages	2
Volume	19
Edition	1
Publication status	Published - Jul 1974

ASJC Scopus subject areas

Engineering(all)

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title = "HIGH-POWER NANOSECOND ELECTRON ACCELERATOR WITH INDUCTIVE STORAGE.",

abstract = "An electron accelerator has been developed in which the primary energy storage is the capacity of a Marks generator (300 kV, 12 multiplied by (times) 10** minus **3 pF). The Marks generator discharges into the inductive energy storage through several parallel copper wires 50 mu in diameter, the inductive storage being the self-inductance of the generator. The wires explode at current maximum. The energy stored in the inductor is transferred to a diode with a multifront cathode. The accelerator yields an electron beam with an electron energy of 600 keV, a current of 5. 2 kA, and pulse about 100 nsec long.",

author = "Koval'chuk, {B. M.} and Kotov, {Yu A.} and Mesyats, {G. A.}",

year = "1974",

month = jul,

language = "English",

volume = "19",

pages = "136--137",

booktitle = "Sov Phys Tech Phys",

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N2 - An electron accelerator has been developed in which the primary energy storage is the capacity of a Marks generator (300 kV, 12 multiplied by (times) 10** minus **3 pF). The Marks generator discharges into the inductive energy storage through several parallel copper wires 50 mu in diameter, the inductive storage being the self-inductance of the generator. The wires explode at current maximum. The energy stored in the inductor is transferred to a diode with a multifront cathode. The accelerator yields an electron beam with an electron energy of 600 keV, a current of 5. 2 kA, and pulse about 100 nsec long.

AB - An electron accelerator has been developed in which the primary energy storage is the capacity of a Marks generator (300 kV, 12 multiplied by (times) 10** minus **3 pF). The Marks generator discharges into the inductive energy storage through several parallel copper wires 50 mu in diameter, the inductive storage being the self-inductance of the generator. The wires explode at current maximum. The energy stored in the inductor is transferred to a diode with a multifront cathode. The accelerator yields an electron beam with an electron energy of 600 keV, a current of 5. 2 kA, and pulse about 100 nsec long.

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