Abstract
Taking advantage of the system of coupled cyclotrons at GANIL, a method has been developed for mass measurements with a cyclotron. The secondary nuclei are produced in a target located between the two separated sector cyclotrons by the interaction of a beam coming from the first cyclotron. They are subsequently accelerated in the second cyclotron. The prior tuning of this cyclotron for those very low intensity is accomplished using a beam having the same q/A ratio at the right velocity. For fine tuning, a probe inside one sector of the cyclotron has been developed. This new probe is described and first results are presented. (author) 7 refs., 4 figs.
Bricault, P;
Auger, G;
Bajard, M;
Baron, E;
Bibet, D;
Chabert, A;
Ferme, J;
Gaudart, L;
Joubert, J;
[1]
Audi, G;
[2]
Gillibert, A;
[3]
Fifield, K
[4]
- Grand Accelerateur National d`Ions Lourds (GANIL), 14 - Caen (France)
- Paris-11 Univ., 91 - Orsay (France). Centre de Spectrometrie Nucleaire et de Spectrometrie de Masse
- CEA Centre d`Etudes de Saclay, 91 - Gif-sur-Yvette (France)
- Australian National Univ., Canberra, ACT (Australia); and others
Citation Formats
Bricault, P, Auger, G, Bajard, M, Baron, E, Bibet, D, Chabert, A, Ferme, J, Gaudart, L, Joubert, J, Audi, G, Gillibert, A, and Fifield, K.
A cyclotron as a mass spectrometer.
France: N. p.,
1992.
Web.
Bricault, P, Auger, G, Bajard, M, Baron, E, Bibet, D, Chabert, A, Ferme, J, Gaudart, L, Joubert, J, Audi, G, Gillibert, A, & Fifield, K.
A cyclotron as a mass spectrometer.
France.
Bricault, P, Auger, G, Bajard, M, Baron, E, Bibet, D, Chabert, A, Ferme, J, Gaudart, L, Joubert, J, Audi, G, Gillibert, A, and Fifield, K.
1992.
"A cyclotron as a mass spectrometer."
France.
@misc{etde_10139160,
title = {A cyclotron as a mass spectrometer}
author = {Bricault, P, Auger, G, Bajard, M, Baron, E, Bibet, D, Chabert, A, Ferme, J, Gaudart, L, Joubert, J, Audi, G, Gillibert, A, and Fifield, K}
abstractNote = {Taking advantage of the system of coupled cyclotrons at GANIL, a method has been developed for mass measurements with a cyclotron. The secondary nuclei are produced in a target located between the two separated sector cyclotrons by the interaction of a beam coming from the first cyclotron. They are subsequently accelerated in the second cyclotron. The prior tuning of this cyclotron for those very low intensity is accomplished using a beam having the same q/A ratio at the right velocity. For fine tuning, a probe inside one sector of the cyclotron has been developed. This new probe is described and first results are presented. (author) 7 refs., 4 figs.}
place = {France}
year = {1992}
month = {Dec}
}
title = {A cyclotron as a mass spectrometer}
author = {Bricault, P, Auger, G, Bajard, M, Baron, E, Bibet, D, Chabert, A, Ferme, J, Gaudart, L, Joubert, J, Audi, G, Gillibert, A, and Fifield, K}
abstractNote = {Taking advantage of the system of coupled cyclotrons at GANIL, a method has been developed for mass measurements with a cyclotron. The secondary nuclei are produced in a target located between the two separated sector cyclotrons by the interaction of a beam coming from the first cyclotron. They are subsequently accelerated in the second cyclotron. The prior tuning of this cyclotron for those very low intensity is accomplished using a beam having the same q/A ratio at the right velocity. For fine tuning, a probe inside one sector of the cyclotron has been developed. This new probe is described and first results are presented. (author) 7 refs., 4 figs.}
place = {France}
year = {1992}
month = {Dec}
}