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Plenarvortrag Fr., 14:40–14:55 F-PV11 The future FAIR accelerator facility for Antiprotons and Ion Research Christina Trautmann 1 1 Gesellschaft für Schwerionenforschung, Planckstr.1, 64291 Darmstadt The future international accelerator Facility for Antiproton and Ion Research (FAIR) will deliver relativistic beams of both stable and unstable heavy nuclei of highest intensities. The central part of FAIR consists of two superconducting synchrotrons which will accelerate heavy ion beams up to uranium for experiments at energies up to 35 GeV per nucleon, and for the production of radioactive ion beams and antiprotons. The existing GSI accelerators UNILAC and SIS will serve as injector. A complex system of storage rings is equipped with beam cooling, internal targets, and deceleration facilities. The presentation provides information about the current concept and design status with special focus on future installations and possibilities for research activities in atomic physics, material science, biophysics and other interdisciplinary fields. Fig. 1: Scheme of the planned FAIR facility
Abstracts: <strong>SNI</strong> für Neugierige
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Index Autoren und ihre Beiträge: u
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Index M-P98, M-P100, M-P101, M-P195
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Index Deák, L. D-P300 Decker, H. M
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Index Gavrila, G. D-P276 Gebhardt,
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Index Homeyer, J. D-P377, D-P389 Ho
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Index Kravtsov, E. D-P231, D-P252 K
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Index Mezei, F. M-P13, M-P22, D-V27
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Index Ponce, M.L. D-P214 Ponkratz,
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Index Schmidt, O. M-P132, M-P153 Sc
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Index Stürmer, D. D-P405 Stuermer,
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Index Wochner, P. F-V68 Woiterski,
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