Abstract
The hydrogen cluster accelerator of the Institut de Physique Nucleaire de Lyon (IPN Lyon) has been upgraded by adding a Variable Energy Post-accelerator of RFQ type (VERFQ). This operation has been performed in the frame of a collaboration between KfK Karlsruhe, IAP Frankfurt and IPN Lyon. The facility has been designed to deliver beams of mass selected Hn{sup +} clusters, n chosen between 3 and 49, in the energy range 65-100 keV/u. For the first time, hydrogen clusters have been accelerated at energies as high as 2 MeV. This facility opens new fields for experiments which will greatly benefit from a velocity range never available until now for such exotic projectiles. (author) 13 refs.; 1 fig.
Gaillard, M J;
Genre, R;
Hadinger, G;
Martin, J;
[1]
Schempp, A;
Deitinghoff, H;
Kipper, A;
Madlung, J;
[2]
Moser, H O
[3]
- Lyon-1 Univ., 69 - Villeurbanne (France). Inst. de Physique Nucleaire
- Frankfurt Univ. (Germany). Inst. fuer Angewandte Physik
- Institut fuer Mikrotechnik GmbH, Mainz (Germany)
Citation Formats
Gaillard, M J, Genre, R, Hadinger, G, Martin, J, Schempp, A, Deitinghoff, H, Kipper, A, Madlung, J, and Moser, H O.
First high energy hydrogen cluster beams. A new facility at IPN Lyon, France.
France: N. p.,
1993.
Web.
Gaillard, M J, Genre, R, Hadinger, G, Martin, J, Schempp, A, Deitinghoff, H, Kipper, A, Madlung, J, & Moser, H O.
First high energy hydrogen cluster beams. A new facility at IPN Lyon, France.
France.
Gaillard, M J, Genre, R, Hadinger, G, Martin, J, Schempp, A, Deitinghoff, H, Kipper, A, Madlung, J, and Moser, H O.
1993.
"First high energy hydrogen cluster beams. A new facility at IPN Lyon, France."
France.
@misc{etde_10136920,
title = {First high energy hydrogen cluster beams. A new facility at IPN Lyon, France}
author = {Gaillard, M J, Genre, R, Hadinger, G, Martin, J, Schempp, A, Deitinghoff, H, Kipper, A, Madlung, J, and Moser, H O}
abstractNote = {The hydrogen cluster accelerator of the Institut de Physique Nucleaire de Lyon (IPN Lyon) has been upgraded by adding a Variable Energy Post-accelerator of RFQ type (VERFQ). This operation has been performed in the frame of a collaboration between KfK Karlsruhe, IAP Frankfurt and IPN Lyon. The facility has been designed to deliver beams of mass selected Hn{sup +} clusters, n chosen between 3 and 49, in the energy range 65-100 keV/u. For the first time, hydrogen clusters have been accelerated at energies as high as 2 MeV. This facility opens new fields for experiments which will greatly benefit from a velocity range never available until now for such exotic projectiles. (author) 13 refs.; 1 fig.}
place = {France}
year = {1993}
month = {Mar}
}
title = {First high energy hydrogen cluster beams. A new facility at IPN Lyon, France}
author = {Gaillard, M J, Genre, R, Hadinger, G, Martin, J, Schempp, A, Deitinghoff, H, Kipper, A, Madlung, J, and Moser, H O}
abstractNote = {The hydrogen cluster accelerator of the Institut de Physique Nucleaire de Lyon (IPN Lyon) has been upgraded by adding a Variable Energy Post-accelerator of RFQ type (VERFQ). This operation has been performed in the frame of a collaboration between KfK Karlsruhe, IAP Frankfurt and IPN Lyon. The facility has been designed to deliver beams of mass selected Hn{sup +} clusters, n chosen between 3 and 49, in the energy range 65-100 keV/u. For the first time, hydrogen clusters have been accelerated at energies as high as 2 MeV. This facility opens new fields for experiments which will greatly benefit from a velocity range never available until now for such exotic projectiles. (author) 13 refs.; 1 fig.}
place = {France}
year = {1993}
month = {Mar}
}