storage ring ESR has a circumference 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

are controlled from here — in 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

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 a step forward

industry. Compared to broad beams, the existing heavy ion microprobe at GSI’s linear accelerator UNILAC enables the injection of charge carriers into spatially defined locations in integrated circuits [...] circuits for radiation hardness testing of detectors and electronics with heavy ion micro beams. The UNILAC ion beam energies of up to 11 MeV/u provide a penetration range in the materials of up to 100 µm. The [...] integrated electronic circuits. The project will facilitate industry access to GSI’s linear accelerator UNILAC to carry out their own high-resolution electronic tests with ion micro beams more efficiently, with

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 to charge

Exotic Atoms and Hypernuclei SHIP/SHIPTRAP @ UNILAC: Production and Characteristics of Superheavy Elements with the Separator of Heavy-Ion Products TASCA@UNILAC : Chemistry of Superheavy Elements. Hadron

MAT Beam time schedule Please find here the MAT beam time schedule including UNILAC (M-branch, X0, µ-probe) and SIS18 (Cave A). (link as pdf) MAT user facility Further information for your stay and beam

Maier, S. Mickat, T. Milosic, and S. Yaramyshev Experimental Evidence of the 90° Stop Band in the GSI UNILAC Physical Review Letters Authors: L. Groening, W. Barth, W. Bayer, G. Clemente, L. Dahl, P. Forck

(Photo by Jan Gremmler). Contact Person for GSI Accelerator Machines MASCHINE PERSON IN CHARGE TEL Unilac, SIS18, ESR, HEST, CryRing Momme Kreutz 06159-71-1906 Liam Miller 06159-71-2761 Björn Mai 06159-71-3438

al. Development of a vacuum arc ion source for injection of high current uranium ion beam into the UNILAC at GSI To fill up the GSI heavy ion synchrotron (SIS) to its space charge limit with uranium ions [...] possible to exceed the space charge limit of 15 mA U 4+ ions at the entrance of the linear accelerator (UNILAC) for the very first time. The reliability as well as the noise behaviour has been improved to such