included the main supply building with its technical installation areas and rooftop platform, the SIS100 accelerator tunnel, central beamline distribution structures, as well as buildings for the FAIR

facility (STF) for superconducting magnets, the main supply building, the underground accelerator tunnel SIS100 and the central building for beam guidance and distribution, the buildings for the CBM experiment

only). © Copyright: GSI Helmholtzzentrum für Schwerionenforschung GmbH Electrical test system on a SIS100 dipole © Copyright: GSI Helmholtzzentrum für Schwerionenforschung GmbH Quench detection electronics

s The IBER-10 program will grant you access to the beamtime for 2 years. 2012 and 2013, either at SIS or UNILAC. For details on the beams/energy available please contact the scientific coordinator. IBER

rich scientific harvest was obtained at the previously commissioned GSI accelerator facilities UNILAC/SIS/ESR, with numerous discoveries and new technological developments. Professor Specht also played an

11 Pages (German) If you have any further questions or remarks, please send an email to Webmaster SIS100

in the tunnel had begun recently. The work is progressing steadily. The main supply building, the SIS100 accelerator tunnel located 17 meters underground, the central beamline and transfer building and

progress. The program included the cryogenics buildings, the underground accelerator ring tunnel SIS100, the central hub for the facility’s beam line and distribution (transfer building) and the buildings

the individual construction sections. The program included the underground accelerator ring tunnel SIS100, the central beamline and transfer building, and the buildings for the experimental sites. (JL)

construction site. There, the guests saw the central crossing structure, the impressive size of the SIS100 particle accelerator and the buildings for the FAIR experiments. Furthermore, they had the opportunity