tronik 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 (CT) [...] passive pulse CTs and 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)

IBER_005_Hellweg erman Aerospace Center DLR (DE) /Christine E. Hellweg Insa Schröder Mechanisms of heavy ion-induced damage in primary neuronal cells (NEURON) 7 IBER_008_Thielemann Univ. of Applied Sciences [...] /Gerhard Thiel Claudia Fournier The effect of ionizing irradiation on the function of two cardiac ion channels in the context of a risk of sudden heart failure 11 IBER_004_Averbeck GSI Darmstadt (DE) /Nicole [...] /Nicole Averbeck --- Study on the molecular mechanism of break-end resection, a step in repair of heavy¬ion induced DNA-double-strand breaks suggested to be involved in cancer induction 12 IBER_003_Manda Victor

Ring Branch The figure below shows the 3rd-order ion optics as a “beam plot”. The Main Separator of the Super-FRS is shown, from FPF4 along the Ring Branch up to the focus at FRF3, where slits would be [...] especially in the vertical, non-dispersive dimension. The large emittance of the beam is reflected in the ion-optics shown, which is quite different to that of the other branches, particularly in the vertical [...] RESR and NESR where the EXL and ILIMA experiments are planned. Additionally, an intersecting electron ion ring will allow the scattering of electrons on exotic nuclei ELISe .

Collaboration © Photo: GSI/FAIR © [Translate to English:] Photo: GSI The Facility for Antiprotons and Ion Research (FAIR) is the new International accelerator facility presently under construction at the site [...] unique opportunities for biomedical research. The production of very high energy (10 GeV/n) heavy ions is very important for studies in space radiation protection, both in biology and microelectronics [...] whereas the high intensity of the FAIR beams gives opportunities for using high-energy radioactive ion beams and ultra-high dose rates in particle therapy, and for the production of new radioisotopes. 1st

FOPI detector For high-energy research with the SIS18 particle accelerator, which can bring heavy ions up to 90 % of the speed of light, new detectors, such as FOPI (4Pi), a detector that covers almost [...] investigate the hot, dense nuclear matter that is produced for a very short time in a high-energy heavy ion collision. It expands explosively and emits newly produced particles. FOPI was designed by an international [...] Places 4 – 10 © Photo: G. Otto, GSI Place 4 – Storm troopers at HADES © Photo: J. Hosan, GSI Place 5 – Ion sources © Photo: A. Zschau, GSI Place 6 – Control room in 1975 © Photo: A. Zschau, GSI Place 7 – Autumn

biophysics of heavy ions for terrestrial and space applications. It will contribute to research and development in the field of biomedical and biophysical applications of heavy ions in Europe and will highlight [...] Masterclasses © Foto: CERN Interested students can experience a day of research on particle physics or ion beam therapy during the Masterclass events. The events are part of the International Masterclasses

in heavy-ion physics today. Hans Gutbrod and the Plastic Ball continued their investigations at the CERN accelerator SPS, where he was the spokesperson for the groundbreaking SPS heavy-ion experiments [...] s reported in lectures on Hans Gutbrod’s work and achievements in the field of relativistic heavy-ion physics. Professor Karl-Heinz Kampert from the University of Wuppertal gave account of Hans Gutbrod’s

the ion beam from the SIS and with PHELIX can take place at the “HHT” measuring station. PHELIX is used here, for example, to generate X-rays that can be used to study plasmas generated with the ion beam [...] measuring station offers the unique opportunity to combine intense laser radiation with the heavy ion beam of the universal linear accelerator (UNILAC) at GSI. This opens up the possibility for interesting

Unslowed Heavy Ion Fusion Products G. Münzenberg, W. Faust, S. Hofmann, P. Armbruster, K. Güttner, and H. Ewald Nucl. Inst. Meth. 161, 65-82, 1979 Multiple Scattering and Energy Loss of Fast Heavy Ions in Thin [...] Separator and Detector Development - Publications Study of average charges of 188 Pb and 252,254 No ions at the gas-filled separator TASCA J. Khuyagbaatar, D. Ackermann, L.-L- Andersson, J. Ballof, W. Brüchle [...] Phys. Research A 662, 164 (2010) MOCADI-FUSION: extension of the Monte-Carlo code MOCADI to heavy-ion fusion-evaporation Reactions M.Mazzocco, D.Ackermann, M.Block, H.Geissel, F.Herfurth, F.P.Heßberger

using High-energy Light Ions for Space Radiation Protection Applications M.Durante, D.Boscolo TU Darmstadt, Physics 2024 Kaya Hilt Master thesis A comparative study of RBE models in ion beam treatment planning [...] hypoxia radiosensitization with ion beams M. Durante, R. von Klitzing TU Darmstadt, FB Physik 2018 Norman Reppingen Dissertation Pharmacological Augmentation of Heavy Ion Cancer Therapy M. Durante, G. Thiel [...] of DNA double-strand breaks induced by heavy ion irradiation Durante, Thiel TU Darmstadt, FB Biologie 2014 Dirk Muessig Dissertation Re-scanning in scanned ion beam therapy in the presence of organ motion