BETATRON WITH MAGNETIC EXCITATION.

Аннотация

A 15-MeV betatron-generating powerful braking radiation of 0. 16 R per pulse is studied. The necessary flux distribution in the space between the poles of the electromagnet is compensated by a screening winding loaded onto an inductance. The use of dc magnetic excitation enables the energy of the accelerated electrons to be increased by a factor of 1. 5-2.

Язык оригинала	Английский
Название основной публикации	Instruments and Experimental Techniques (English Translation of Pribory I Tekhnika Eksperimenta)
Страницы	908-910
Число страниц	3
Том	22
Издание	4 pt 1
Состояние	Опубликовано - июл 1979

ASJC Scopus subject areas

Engineering(all)

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Цитировать

Vasil'ev, V. V., Moskalev, V. A., & Furman, E. G. (1979). BETATRON WITH MAGNETIC EXCITATION. В Instruments and Experimental Techniques (English Translation of Pribory I Tekhnika Eksperimenta) (4 pt 1 ред., Том 22, стр. 908-910)

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title = "BETATRON WITH MAGNETIC EXCITATION.",

abstract = "A 15-MeV betatron-generating powerful braking radiation of 0. 16 R per pulse is studied. The necessary flux distribution in the space between the poles of the electromagnet is compensated by a screening winding loaded onto an inductance. The use of dc magnetic excitation enables the energy of the accelerated electrons to be increased by a factor of 1. 5-2.",

author = "Vasil'ev, {V. V.} and Moskalev, {V. A.} and Furman, {E. G.}",

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AU - Vasil'ev, V. V.

AU - Moskalev, V. A.

AU - Furman, E. G.

PY - 1979/7

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N2 - A 15-MeV betatron-generating powerful braking radiation of 0. 16 R per pulse is studied. The necessary flux distribution in the space between the poles of the electromagnet is compensated by a screening winding loaded onto an inductance. The use of dc magnetic excitation enables the energy of the accelerated electrons to be increased by a factor of 1. 5-2.

AB - A 15-MeV betatron-generating powerful braking radiation of 0. 16 R per pulse is studied. The necessary flux distribution in the space between the poles of the electromagnet is compensated by a screening winding loaded onto an inductance. The use of dc magnetic excitation enables the energy of the accelerated electrons to be increased by a factor of 1. 5-2.

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