Presently, up to 4·10 9 ions is delivered by the SIS-18 synchrotron in 70 - 300 ns long bunches. Taking full advantage of the electron cooler of SIS-18, such intense uranium beams can be focused to a [...] GSI designed for High Energy Density Physics (HEDP) experiments with intense ion beams delivered by SIS-18 heavy ion synchrotron. The HHT beam line is equipped with a strong Final Focus System which allows

SIS-Trafo-Elektronik Diese Seite existiert momentan nur auf Englisch. Abstract: At GSI's accelerator facilities ion beam intensities usually are observed and measured with various types of current transformers [...] two DC-CTs based on the magnetic modulator principle are implemented in the heavy ion synchrotron (SIS) and the experimental storage ring (ESR). In the high-energy beam transfer lines (HEBT) the particle

Heavy-Ion-Synchrotron SIS100 Structure of Working Packages in the Subproject Division SIS100 Work Package Name Responsible Responsible Deputy SIS100 System Design Dr. D. Ondreka Dr. N. Pyka SIS100 Machine Modeling [...] Dr. D. Ondreka SIS100 DMU M. Konradt R. Hettinger SIS100 Beam Dynamics Dr. V. Kornilov Prof. Dr. O. Boine-Frankenheim SIS100 Sc Dipole Module Production Dr. F. Kaether Dr. C. Roux SIS100 Sc Quadrupole [...] Winkler J. P. Meier SIS100 Stringtest Dr. P. Bartolome Dr. B. Streicher SIS100 HTS Current Leads Dr. A. Bleile - SIS100 Normal Conducting Magnets Dr. P. Rottländer Dr. C. Mühle SIS100 Sc Electrical Systems

FAIR ring accelerator SIS100: The assembly of the accelerator machine in the newly constructed buildings is being prepared, and the final spurt towards the installation start of the SIS100 has begun. The persons [...] persons responsible for the relevant subprojects SIS100/SIS18 and SMG (Site Management) recently met for a closed meeting focusing on this topic. The installation start is scheduled for the first quarter [...] accelerator components fit together precisely in the shell like a gigantic puzzle. The start of the SIS100 installation will be in the straight of the western sector 4. From there, the installation will

groundbreaking progress has been made for the large FAIR ring accelerator SIS 100: A section of the cryogenic part of the SIS100 was built at the STF series test facility on the GSI/FAIR campus and then [...] too much. Each individual unit was tested extensively by the manufacturers and approved by the SIS100/SIS18 sub-project at GSI/FAIR. Only the interconnection areas of the large superconducting modules [...] installation begins. The setup now realized at the STF corresponds to a continuous section of the SIS100 arc, consisting of two dipole modules and a one quadrupole module. Other important and technically

The workshop „Physics Opportunities with Proton Beams at SIS100” was held recently in Wuppertal. It was organized by the Helmholtz Research Academy Hesse for FAIR (HFHF), GSI/FAIR together with the Bergische [...] in the field of proton induced interactions, and explored possibilities for exciting physics at the SIS100 accelerator at FAIR. The overarching aim was to identify synergies among the various theoretical [...] matter. (CP) Further information Website of workshops „Physics Opportunities with Proton Beams at SIS100“

SIS18 Upgrade for FAIR © Copyright: GSI Helmholtzzentrum für Schwerionenforschung GmbH Electrostatic Septum with Inflector Magnet (draft) © Copyright: GSI Helmholtzzentrum für Schwerionenforschung GmbH

For the first time, the beam pipe of a section of the FAIR ring accelerator SIS100, operating at room temperature, has been pumped down to a high vacuum level (approx. 10 -8 mbar). The commissioning of [...] flanges. As the main accelerator of the new FAIR complex, the superconducting heavy ion synchrotron SIS100, which is currently under installation, operates in an underground tunnel about 17 meters below [...] cryogenic temperature (liquid helium at -269°C). Following the successful vacuum acceptance tests on this SIS100 section, work will continue in other room-temperature sectors. (CP) Further information GSI/FAIR

members of the SIS18/SIS100 sub-project have succeeded in accelerating and extracting two different ion beams with different revolution frequencies together in the same cycle at the SIS18 heavy ion synchrotron [...] least, the method also enables high-precision measurement of the energy of the beam extracted from the SIS18, which is important for certain hadron experiments. In the machine study carried out now, beams of [...] were injected one after the other from the preceding linear accelerator UNILAC into the synchrotron SIS18. Although both types of ions come from UNILAC at the same speed, they have a different ratio of mass

Heavy-Ion-Synchrotron SIS18 © Picture: A. Zschau, GSI Helmholtzzentrum für Schwerionenforschung View into an accelerator cavity of SIS18 If you have any further questions or remarks, please send an email