Abstract
A new method is being developed at GANIL to reduce the length of the beam bunches. It consists in tuning a SSC as a rebuncher by increasing the magnetic field over the last accelerated turns. This method has been applied on the SSC2 to reduce the time length of the bunches delivered to the experimental room. Encouraging results have led to apply the same method on the first SSC in order to reduce the phase extension of the beam injected in the second SSC and subsequently minimize energy spread of the ejected beam. Procedure is described and results presented. (author) 2 refs., 11 figs.
Citation Formats
Bibet, D, and Moscatello, M H.
Cyclotron tuning as a rebuncher.
France: N. p.,
1992.
Web.
Bibet, D, & Moscatello, M H.
Cyclotron tuning as a rebuncher.
France.
Bibet, D, and Moscatello, M H.
1992.
"Cyclotron tuning as a rebuncher."
France.
@misc{etde_10138686,
title = {Cyclotron tuning as a rebuncher}
author = {Bibet, D, and Moscatello, M H}
abstractNote = {A new method is being developed at GANIL to reduce the length of the beam bunches. It consists in tuning a SSC as a rebuncher by increasing the magnetic field over the last accelerated turns. This method has been applied on the SSC2 to reduce the time length of the bunches delivered to the experimental room. Encouraging results have led to apply the same method on the first SSC in order to reduce the phase extension of the beam injected in the second SSC and subsequently minimize energy spread of the ejected beam. Procedure is described and results presented. (author) 2 refs., 11 figs.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Cyclotron tuning as a rebuncher}
author = {Bibet, D, and Moscatello, M H}
abstractNote = {A new method is being developed at GANIL to reduce the length of the beam bunches. It consists in tuning a SSC as a rebuncher by increasing the magnetic field over the last accelerated turns. This method has been applied on the SSC2 to reduce the time length of the bunches delivered to the experimental room. Encouraging results have led to apply the same method on the first SSC in order to reduce the phase extension of the beam injected in the second SSC and subsequently minimize energy spread of the ejected beam. Procedure is described and results presented. (author) 2 refs., 11 figs.}
place = {France}
year = {1992}
month = {Dec}
}