changes and organ motion. The current clinical approach is to increase the high dose volume to ensure target coverage, counteracting the primary advantage of CIRT. Novel strategies for image guidance and beam [...] ion beams that enable concurrent treatment and image guidance. Carbon ions deliver the dose to the target while Helium ions, simultaneously accelerated to the same velocity, traverse the patient and monitor [...] location and beam range. PROMISE realizes true portal imaging, providing real-time information on the target anatomy as seen by the treatment beam. Coupled with innovative detectors, AI-based image recognition

Magnet power supplies Bruker / Danfisik (200/400A) - High voltage power supplies Haefely (+-330kV) - Target wheel motor and control electronics - SHIP Interlock system - Valve and vacuum control system - [...] panels (CAD) Creation of various prototypes and pcbs Supporting: - Beam Energy Controlling system Y5 - Target Online Monitoring system - SHIPTrap Mentoring working students and pupils "Sicherheitsbeauftragter"

half of the primary is converted to fragments inside the production target, but all fragements and the primary beam come out of the target. This power of up to 24 kW with very localised energy deposition

methods. Due to their high kinetic energy, fast heavy ions penetrate deep into the volume of the target where they deposit the energy along the ion trajectories. This interaction mechanism constitutes [...] effective volume heating of the sample with low gradients, as long as ion range is large compared to the target dimension. In an accelerator experiment the particle number and the particle energy are well determined [...] is known with high precision. The spatial and time dependent energy deposition profile inside the target volume can be derived from the intensity distribution during the beam pulse and the radial intensity

beam were put on the Super-FRS production target, it is likely it would be destroyed. To avoid this, we will use a relatively large beam spot at the target, especially in the vertical, non-dispersive [...] deviation d as a fraction of the nominal (reference) value. The “path length” is from the Super-FRS target. FRF3 is 3.5 m from the end of the last quadrupole, FRF3QT32. 1st-order transfer matrix elements

up to a velocity which is just high enough to overcome the Coulomb forces and then collides with a target nucleus which is provided as a thin foil. Usual projectile velocities for the synthesis of heavy [...] the speed of light. Such beams are provided by the UNILAC accelerator. © Fusion If projectile and target nucleus fuse, a so-called compound nucleus is formed which is still in an excited state. Most of [...] usually the lighter of both nuclei is provided as projectile. About 10 12 projectiles impinge the target every second. But a fusion reaction occurs rather rarely and becomes more and more unlikely with

Group Coordinators Electron / Positron Spectrometers Xinwen Ma / Pierre-Michel Hillenbrand Electron Targets / Cooler Carsten Brandau / Stefan Schippers High Energy Single Pass Experiments Alexandre Gumberidze [...] Schöffler Ring Physics and Performance Michael Lestinsky / Yuri Litvinov Slow Ion / Surface Experiments Target Developments Robert Grisenti / Alfons Khoukaz Theory: Atomic Structure / Collision Dynamics Stephan

crane to the entrance of the Target Hall. © RBRB GSI GLAD in front of the Target Hall entrance. © RBRB GSI GLAD is moved inside the Target Hall. © RBRB GSI GLAD in the Target Hall. On November 4th the GLAD [...] GLAD magnet has been moved into the Target Hall at GSI, see Photos below. © RBRB GSI GLAD in front of the Target Hall at GSI. © RBRB GSI GLAD in front of the Target Hall at GSI. © RBRB GSI Transport traverse [...] The side coils are optimized to reduce the fringe field, and guarantee a low magnetic field in the target region, where detectors have to be placed. The GSI cite preparation and installation of the GLAD

Heavy Ion Imploded Cylindrical Targets Laser Part. Beams 20 427-429 (2002) A.R. Piriz, R.F. Portugues, N.A. Tahir and D.H.H. Hoffmann Implosion of multilayered cylindrical targets driven by intense heavy ion [...] Vol. 94 , No. 1, pp. 60-72 (2002) O.N. Rosmej et al. X-ray spectromicroscopy of fast heavy ions and target radiation Nuclear Instruments and Methods in Physics Research A, 495 , 29-39 (2002) M. Roth et al [...] (2002) D.Varentsov et al. Energy loss dynamics of intense heavy ion beams interacting with solid targets Laser Particle Beams 20 , pp. 485-491 (2002) D.Varentsov et al. Precise ion opticle description of

Temperaturverlauf der PPT98-Targets Tabelle