applications for high-intensity ion accelerators Alternative types of acceleration, such as laser acceleration Opportunities and limitations of the computer modeling of intensive ion beams. The Wilhelm and Else [...] 14:30 Radioactive ion factories, N. Angert (GSI) Accelerator driven transmutation, J.-L. Biarrotte (IPN Orsay) Vacuum, E. Mahner (CERN) Beam instabilities, O Boine-Frankenheim (GSI) 15:30 Ion sources, O. Kester [...] 517. WE-Heraeus-Seminar Accelerator physics for intense ion beams Physikzentrum Bad Honnef 14.10-18.10.2012 kindly supported by the Wilhelm und Else Heraeus Stiftung Organizer: Sabrina Appel, GSI Darmstadt

The department Library & Documentation provides literature and information in the field of heavy-ion research and accelerators R&D for the employees and guests of the GSI, and the department is in charge

(GSI) AO-10-IBER-4 Layer, PG (DE) Protective measures for vertebrate photoreceptors against heavy ion radiation, as analysed in 3-dimensional cell culture models Till Dettmering AO-10-IBER-6 Thielemann [...] altered platelet production and adhesion, and thrombus formation in space crews: effects of high-LET ion exposure on platelet production and platelet-endothelium interaction Diana Pignalosa AO-10-IBER-10 [...] processing in relation to carcinogenesis Burkhard Jakob AO-10-IBER-1 Thiel, G (DE) Effect of radiation on ion channels in mammalian cells Claudia Forunier AO-10-IBER-13 Lau, P (DE) Osteoblast Like Cell Culture

follow these instructions carefully. You have plenty of time to prepare your experiments with heavy ions. Remember that it is strongly advised to test your system with X-rays in your institute before the

Cancer Treatment with Ion Beams GSI is the birthplace of a new form of cancer treatment. This development was the result of many years of research in conjunction with GSI’s large ion-beam accelerator system [...] Schwerionenforschung GSI Helmholtzzentrum für Schwerionenforschung operates a unique accelerator for heavy ions. Researchers from around the world use this facility for experiments that help them make fascinating [...] addition, they continually develop new and impressive applications. Eyes on the Sun: Naked thallium-205 ion decay reveals history over millions of years The Sun, the essential engine that sustains life on Earth

sections of the Super-FRS can be operated in dispersive, achromatic or dispersion-matched spectrometer ion-optical modes, which allow measurements of momentum distributions of secondary-reaction products with

emitted from the reaction. Aims of the FOPI experiments are to study the characteristics of heavy ion reactions, to reconstruct the properties of the hot and dense reaction zone and investigate particle

ESR-CRYRING, 100 shifts at PHELIX. Ion experiments will be scheduled in 2026 and 2027, PHELIX experiments between end 2025 and summer 2026. Proposals to PPAC (laser & laser-ion) must be submitted by the 26 th [...] information on application and scheduling of ion beamtime is given under the websites Applying for Beamtime and Scheduling , respectively. General information on ion beam time can be found here . GATE platform [...] proposals that are submitted by individual users or user groups in the field of plasma physics with ions and lasers, currently for the FAIR-Phase 0 program. Following periodic calls for proposals, the PPAC

ESR-HITRAP and ESR-CRYRING, 100 shifts at PHELIX. For experiments at CRYRING in standalone-mode (internal ion sources only) a ‘Call’ for beamtime in 2026 will be communicated in 2025. A list of typically available

Committee (PPAC) - evaluates experiment proposals on plasmaphysics using ions and/or the Petawatt High-Energy Laser for Heavy Ion Experiments (PHELIX). Information for Users on services and beam time can [...] ESR-HITRAP and ESR-CRYRING, 100 shifts at PHELIX. For experiments at CRYRING in standalone-mode (internal ion sources only) a 'Call' for beamtime in 2026 will be communicated in 2025. For deadlines and details