ing Magnets and Testing - The central tasks of the department include: Magnet design according to ion optical requirements as well as cryostat development and module integration, Development and optimization

222-232, 2026 Total nuclear reaction cross-section database for radiation protection in space and heavy-ion therapy applications F Luoni, F Horst, CA Reidel, A Quarz, L Bagnale, L Sihver, U Weber, RB Norman

atmosphere density and magnetic field intensity, and is therefore much more exposed to energetic heavy ions form the galactic cosmic radiation than LEO. This increases the uncertainty on the radiation-induced

stripped ions (beam particles without electrons). For heavy, fully stripped ions the collimation efficiency decreases, but in principle the system can also be used for such types of ions as well. Ion-Halo [...] beam halo in operation with protons and light or fully stripped ions. Ion Halo-Collimators are used in operation with partially charged ions to remove the beam halo Unavoidable systemic losses during slow [...] for Ion-Halo-Collimation uses the fact that partially charged beam ions still carry electrons, which can be partially removed by passing through a foil at the edge of the beam. These stripped ions are

on in Relation to RFQ-Input [%]* 88,4 88,4 88,3 *(only for 238 U 4+ , resp. 238 U 28+ ) Reference Ions 130 Xe 238 U 20 Ne A/z (after stripping) 6,2 8,5 2,9 Stripping Efficiency [%] 15,0 12,0 40,0 Magnetic

Utilisation Guideline of the GSI Helmholtz Centre for Heavy Ion Research mbH Utilisation Guideline of the GSI Helmholtz Centre for Heavy Ion Research mbH In order to fulfil its social mission and the purpose

research Materials research and ion membrane technology When materials are irradiated with heavy, high-energy ions, cylindrical zones are formed in certain materials along the ion path in which some of the [...] material's properties are modified. These zones, so-called latent ion tracks, can be selectively developed and processed using chemical etching methods. Membranes prepared in this way can be used in further

with radioactive carbon beams at GSI for the BARB project ( Biomedical Applications of Radioactive ion Beam Boscolo D.

possibly double counting GSI-MU Ion Facilities LK2 G:(DE-HGF)POF4-6G14 all entries in grant period 2021-2026 2021 web year HGFref : 4 2021 PhD : 0 possibly double counting GSI-MML Ion Facilities LK2 G:(DE-HGF

1837 Fax +49-6159-71 2988 E-Mail A.Andreev(at)gsi.de Room BR1 1.137 Tasks R&D and operation of ECR ion sources Microwave technology Operations of CRYRING injector Computer simulation and technology Projects