Abstract
A method is proposed for high-current relativistic electron beam modulation. The method are not connected with the beam space charge. In the proposed approach is used the proper magnetic field of the beam and is supposed that the beam is neutralized in space charge in the region of beam transport. 10 refs.; 4 figs.
Citation Formats
Astrelin, V T, and Lebedev, S V.
Application of proper magnetic field for high-current REB modulation; Ispol`zovanie sobstvennogo magnitnogo polya dlya modulyatsii toka sil`notochnogo REhP.
Russian Federation: N. p.,
1992.
Web.
Astrelin, V T, & Lebedev, S V.
Application of proper magnetic field for high-current REB modulation; Ispol`zovanie sobstvennogo magnitnogo polya dlya modulyatsii toka sil`notochnogo REhP.
Russian Federation.
Astrelin, V T, and Lebedev, S V.
1992.
"Application of proper magnetic field for high-current REB modulation; Ispol`zovanie sobstvennogo magnitnogo polya dlya modulyatsii toka sil`notochnogo REhP."
Russian Federation.
@misc{etde_10112955,
title = {Application of proper magnetic field for high-current REB modulation; Ispol`zovanie sobstvennogo magnitnogo polya dlya modulyatsii toka sil`notochnogo REhP}
author = {Astrelin, V T, and Lebedev, S V}
abstractNote = {A method is proposed for high-current relativistic electron beam modulation. The method are not connected with the beam space charge. In the proposed approach is used the proper magnetic field of the beam and is supposed that the beam is neutralized in space charge in the region of beam transport. 10 refs.; 4 figs.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}
title = {Application of proper magnetic field for high-current REB modulation; Ispol`zovanie sobstvennogo magnitnogo polya dlya modulyatsii toka sil`notochnogo REhP}
author = {Astrelin, V T, and Lebedev, S V}
abstractNote = {A method is proposed for high-current relativistic electron beam modulation. The method are not connected with the beam space charge. In the proposed approach is used the proper magnetic field of the beam and is supposed that the beam is neutralized in space charge in the region of beam transport. 10 refs.; 4 figs.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}