Dr
Yuri Litvinov
(GSI Helmholtzzentrum für Schwerionenforschung, Darmstadt, Germany,)
12/5/11, 4:15 PM
Invited
Stored in heavy-ion storage rings, secondary beams enable a wide range of nuclear physics experiments. Such experiments profit, e.g., from high resolving power and excellent quality of cooled beams, from high revolution frequencies, which allows to “recycle” exotic nuclei, from ultra-high vacuum conditions, which allows to preserve high atomic charge states, from low background conditions, etc....
Yacine Kadi
(CERN)
12/5/11, 4:45 PM
Submitted
The HIE-ISOLDE project is a major upgrade of the existing ISOLDE radioactive ion-beam facility at CERN. The present energy of 3MeV/u for post-accelerated radionuclides will be boosted to up to 10 MeV/u which will allow experiments to address all exotic nuclides produced at ISOLDE using, e.g., Coulomb excitation and nucleon transfer reactions. A R&D program on the superconducting linear...
Matthew Alexander Fraser
(University of Manchester)
12/5/11, 5:25 PM
Submitted
The expected beam characteristics will be presented for each stage of the HIE linac upgrade at 5.5 MeV/u, 10 MeV/u and for decelerated beams at 0.45 MeV/u, along with the layout for the HEBT line.
Francesca Zocca
(Consejo Superior de Investigaciones Cientificas (CSIC) (ES))
12/5/11, 5:45 PM
Submitted
In the framework of the High Intensity and Energy (HIE)-ISOLDE project, a beam instrumentation R&D program is on-going for the superconducting upgrade of the REX linac (HIE-REX). An overview of the main beam diagnostics developments is presented, focusing on the challenging specifications required by the superconducting linac. The project includes intensity and transverse profile monitors to...