Heavy Ion Synchrotron (SIS). We are working on the future accelerator diagnostics for the FAIR projects, high-energy beam transfer (HEBT), high-energy storage ring (HESR) and for the new heavy ion synchrotron

Slits The slit system is used to cut and collimate the ion/fragment beam in the transversal beam direction (horizontally or vertically). It consists of 12 horizontal ( x -slits) and 6 vertical ( y -slits)

system for pile-up handling. A resolution of energy loss of ΔZ =0.64 (FWHM) has been obtained for ions in the region around Z =50. Comparison of Z resolution between TEGIC and MUSIC in the region of Z=50

irradiated with 12 C beams at 62 MeV/nucleon at LNS-INFN, Catania. After an irradiation of 3.5x10 12 ions/cm 2 neither degradation of the signals was observed nor leakage current changes [3]. Horizonzal beam [...] strips (1 mm pitch) was irradiated with argon beam at 40.5 MeV/nucleon with an intensity up to 2x10 9 ions/s at Flerov laboratory JINR, Dubna. The detector has been operated in vacuum (10 -6 mbar) and cooled [...] detector strip was connected to a fast oscilloscope without amplification. After irradiation of 2.2x10 11 ions/cm 2 the signal slope of the strip has showed a small degradation (<10%). In 2014 and 2016 a large

Super-FRS, highly homogeneous transmission tracking detectors are crucial to tag the momentum of the ion/fragment beam. A GEM-TPC detector, whose design combines two major concepts in modern gas-filled detectors [...] generations (prototypes) have been constructed and tested in 2011, 2012 and 2014 with relativistic ion beams [1]. The lastest has a twin configuration, i.e. two GEM-TPC detectors flipped (with the electric [...] of the digital readout electronics GMX based on NYXOR and DNF boards was develped and tested with ion beams [2]. [1] F. Garcia et al., GSI Scientific Report (2014) p. 140. Twin GEM-TPC detector prototype

energy-loss of the fragments ( Bρ - ToF - ΔE method). For better separations and collimation of the ion/fragments beams a dedicated slit system has been developed. Using fission fragments of uranium beam

Super-FRS will allow the non-intercepting determination of the transverse position of the bunched ion beam. Wire profiles providing precision 2D beam profiles will be used for targeting and transporting [...] measured, see figure below, and simulated charges decreased up to 0.36 for the maximum intensity of 10 10 ions/spill. Horizontal profile of 238U88+ pulsed beam at 125 MeV/u (October 2014). Although a larger geometric

radiation level. As an example, a two-gap IC with 50 mm diameter active area used to measure 12 C ion-beam intensity is shown, see figure below. The detector was fit in a gas sensitive housing with stainless [...] pcCVD diamond detector was studied as a function of the beam rate and for different values of absorbed ions [4]. [4] F. Schirru et al, 2020 JINST 15 C04040 Irradiations carried with high intensity 1 GeV/nucleon

timing , position and energy-loss are needed. Moreover, for better separations and collimation of the ion/fragments beams a dedicated slit system is also mandatory. Also beam stoppers or diffusers are included

use of margin concepts for motion compensation as used in photon radiotherapy. The finite range of ion beams in matter is a major advantage, but also require precise knowledge of the radiological pathlength [...] techniques Treatment planning incorporation organ motion (4DTP) Radiosurgery New applications of ion therapy in noncancer diseases Collaborations University Clinic Erlangen (C. Bert, Ph.D.) Helmholtz