2007 TFS Experimente ( German ) 10.03.2005 Transversale Strahlanregung und Inbetriebnahme des TFS am SIS ( German ) 01.11.2002 If you have any further questions or remarks, please send an email to P. Schwab

They are created by certain reactions of the ions previously accelerated in the ring accelerator SIS18 . With the FRS the interesting isotopes can be separated from other reaction products. They are then

cavities. Afterwards the beams may be passed through the Transfer Channel (TK) towards the synchrotron SIS18 for further acceleration or to various experimantal branches. A unique feature of the UNILAC is that [...] Current Injector (HSI) High Charge State Injector (HLI) Gasstripper Poststripper Beam Transfer Line (TK) SIS 18 - Injection

isotopes. The beam injection into the rings requires very short beam packets from the synchrotrons (SIS-18 and SIS-100). If a small beam spot of such a time-concentrated beam were put on the Super-FRS production

existing facility (UNILAC, synchrotron SIS18, storage rings ESR and CRYRING and the connecting transport lines) or will be part of the FAIR accelerators (Proton-LINAC, SIS100, CR and HEBT). The development

other words, everything from the ion sources, the linear accelerator UNILAC and the ring accelerator SIS to the experimental storage ring (ESR) and the magnets, strippers and electrodes that guide the ion

of 108 meters. Ions accelerated before by the linear accelerator UNILAC and the ring accelerator SIS18 can circulate in the ESR at high speeds performing several millions of circulations per second. They

other words, everything from the ion sources, the linear accelerator UNILAC and the ring accelerator SIS to the experimental storage ring (ESR) and the magnets, strippers and electrodes that guide the ion

NUclear STructure, Astrophysics and Reactions. Current experimental programmes concentrate on the SIS/FRS and UNILAC/SHIP facilities at GSI Darmstadt, supported by corresponding theoretical studies. As

High tech for FAIR © Photo: Babcock Noell Superconducting magnet for SIS100 particle accelerator © Photo: G. Otto/GSI Helmholtzzentrum für Schwerionenforschung GmbH Cryo-collimator Cutting-edge technologies [...] as information and superconductor technology. Superconducting magnets and an ultra-high vacuum The SIS100 ring accelerator and many experiments need superconducting magnets in order to guide the extremely