Berlin 2005 – wissenschaftliches Programm
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HK: Physik der Hadronen und Kerne
HK 28: Instrumentation und Anwendungen
HK 28.1: Gruppenbericht
Dienstag, 8. März 2005, 14:00–14:30, TU MA041
The Super-FRS project at GSI — •Martin Winkler — GSI Darmstadt
Since more than a decade the GSI projectile fragment separator FRS has successfully demonstrated the research potential of in-flight separators at relativistic energies. To overcome the limitations of this facility the next–generation large scale European in–flight facility is presently planned at GSI. It will provide primary beams of all projectiles up to uranium accelerated up to 2 GeV/u. The maximum intensities of these projectiles beams will be (1-3)×1012/s depending on the energy, mass and charge state.
The new fragment separator, the Super-FRS, is a super conducting
large acceptance device with multiple degrader stages providing
spatially separated rare-isotope beams for:
1) the high-energy branch (Bρmax = 20 Tm) including a high–resolution
spectrometer to perform reaction studies
2) the low-energy branch (Bρmax = 10 Tm) for spectroscopy with
energy-bunched rare isotope beams
3) the ring branch (Bρmax = 13 Tm) for precision experiments with
stored and cooled beams,including reactions with light hadrons and
electrons.
In this contribution we present the main characteristics of the
Super-FRS and the present status of the design studies.