physics with heavy ion beams Nuclear Instruments and Methods in Physics Research A 415 (1998), pp. 61-67 N.A. Tahir et al. Numerical simulations and theoretical analysis of proposed heavy-ion-matter experiments [...] cylindrical targets with intense heavy ion beams to be produced at the GSI Darmstadt SIS Facility Physics Letters A 249 (1998), pp. 489-494 M. Dornik et al. Heavy-ion-beam-induced motion in rare-gas cryo [...] Jacoby et al. Interaction of heavy ions with plasmas Nuclear Instruments and Methods in Physics Research B 115 (1996), pp. 67-13 C. Stöckl et al. Interaction of heavy ion beams with dense plasmas Laser and

to create hot, dense plasmas in bulk matter by ion beam irradiation, it is necessary to generate short, high intensity ion pulses. At the new facility, ion pulses with a power of a thousand billion watts [...] Helmholtzzentrum für Schwerionenforschung Highest beam intensities The higher the intensity of the ion beams, the higher the probability that rare reactions or reaction products can be observed. By providing [...] explosions - will become available. Brilliant beam quality © GSI Helmholtzzentrum für Schwerionenforschung Ion and antiproton beams of the utmost energy sharpness are necessary in precision experiments to determine

experiments in more detail. Most experiments plan for using ions from the GSI accelerator chain through ESR, providing intense beams of highly charged ions, and that is indeed the raison d'être for the CRYRING@ESR [...] in energy, intensity and available ion species. Beamtimes Beamtimes at CRYRING@ESR can be applied for through the G-PAC review process for experiment proposals. For ion beams injected through ESR a bi-annual [...] Experiments Experiments for a number of research fields are planned utilizing the low-energy heavy-ion stored beams available at CRYRING@ESR . These experiments perform spectroscopy in unprecentented resolution

the produced ions inevitably have a large velocity spread,” explains Professor Yury Litvinov, who was responsible for the conduction of the experiment at GSI/FAIR. “To force the same ion species to have [...] are exactly compensated by the lengths of ion trajectories. As a result, we were able to reliably separate the ground and the isomeric states of germanium-72 ions despite their very slight relative mass [...] number A=72, which was stripped of its entire electron shell. For this purpose, a beam of krypton ions was accelerated to about 70% of the speed of light with the GSI/FAIR accelerator facility and subsequently

Topic Critical and Super‐Critical Fields Atoms and Ions in Intense Laser Fields Ion / Laser Interactions and Spectroscopy Ion ‐ Atom / Molecule Collisions Cross‐Link between Atomic and Nuclear Physics

following Tables. Major treatment parameters: Ion species p, 3 He 2+ , 12 C 6+ , 16 O 8+ Ion energies 48 - 430 MeV/u Max. beam intensities 1·10 9 12 C 6+ ions/spill 4·10 10 protons/spill Beam contaminations [...] controlled rasterscan method, which was developed at GSI and was successfully applied at GSI with carbon ion beams to more than 400 patients from December 1997 until 2009. Patient treatment at HIT started in [...] ions < 1% Major linac parameters: Measured ion beam H 3+ : 700 µA, 3 He + : 840 µA Currents behind analyzing slits 12 C 4+ : 200 µA, 16 O 6+ : 170 µA Final beam energy 7 MeV/u Operating frequency 216.816

Experimental Setup Ions produced at the on-line mass separator at GSI or at ISAC (TRIUMF) are implanted into a thin carbon foil, thick enough to stop the low-energy (about 50-60 keV) ion beam. The foil is [...] positive potential at the ionization region will suppress background from lithium ions produced on the hot catcher surface and the ion optical lenses behind the ionization region will efficiently transfer the [...] efficiency of the desired mass close to unity. Hence, background from ions with other masses will be strongly suppressed. Finally, the ions passing the quadrupole are detected with a continuous dynode electron

methods for precision ion stopping range measurements in matter Laser Particle Beams 21 , 1 (2003) E. Dewald, D. H. H. Hoffmann et al.: Fundamental studies of intense heavy-ion beam interaction with solid [...] t of targets heated quasi-isochorically with heavy ion beams Phys. Rev. E 68 , 056406 (2003) S. Neff et al.: Gas density measurements with heavy ion beams J. Appl. Phys. 93 , 3079 (2003) C. Niemann, S [...] by High-Frequency Rotating Ion Beams Plasma Physics and Controlled Fusion 45 , 1733 (2003) A. R. Piriz, N. A. Tahir, D. H. H. Hoffmann, M. Temporal: Generation of a hollow ion beam: Calculation of the rotation

department: Ion-Laser Interaction at the UNILAC X-ray laser studies Warm Dense Matter (WDM) The LIGHT experiment Program in the next years With the high-current upgrades, the improved SIS18 ion beam qality [...] stopping, and charge-exchange cross-sections of heavy ions in dense plasma. Jointly with the GSI accelerator group, the matching conditions of laser-created ion beams to differet accelerator structures will be

Germany for his outstanding work at the LIONTRAP (Light Ion Trap) experiment, which focuses on high-precision mass measurements on light ions. Fabian Heiße has measured the proton mass, a fundamental [...] are determinations of atomic binding energies of heavy highly charged ions by measurements of the cyclotron frequencies of single ions of one element in different charge states such as highly-charged uranium