was moved to the ISAC mass separator at TRIUMF . This facility offered us more than 30,000 11 Li ions/s, produced in spallation reactions induced by a 500 MeV proton beam with 40 μA beam current. During

ms and 178 ms respectively. They were produced at the GSI on-line mass separator by impinging 12 C ions at 11.4 MeV/u onto a graphite ( 8 Li) or a tungsten ( 9 Li) target. The experimental run was performed

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

2 S 1/2 - 3 S 1/2 two-photon transition, followed by resonance ionization (RIS) and single-ion detection. Ions are easily extracted by electric fields and can be detected with an efficiency of almost 100%

Publication Accepted by Physical Review Letters 26.-27. June 2004 First Test-Beamtime with Off-Line Ion Source June 2004 Installation of Experiment at ISAC Low-Energy Beamline GP3 (TRIUMF, Vancouver) 01 [...] Laboratory to Mass Separator with LMA-20 Large Mode Area Photonic Fiber. 04. Nov. 2003 First Lithium Ion Beam on Graphite Catcher October 2003 Setup of Experiment at GSI online Mass Separator 12. Aug 2003

to capture and store highly-charged ions extracted from an EBIT or from any other external source. The cryogenic surrounding allows for efficient cooling of the ions during storage, thus opening the possibility [...] spectroscopy of highly charged ions. At GSI, SPECTRAP is presently under commission. The final goal is precision laser spectroscopy experiments with highly-charged ions, which will be delivered by the [...] super heavy elements. Moreover, laser forces are also used to manipulate and even to cool down stored ions in the experimental storage ring ESR. The following list provides links to different laser spectroscopic

Electron spectroscopy in Dynamics of near-relativistic heavy ion - atom collisions I. Instrumentation: a) imaging forward electron spectrometer b) longitudinal reaction microscope II. e-N Bremsstrahlung [...] ng and the 00-electron cusps III. Simultaneous projectile and target ionization, (e,2e) IV. heavy ion induced electron emission in solids V. A toroidal reaction microscope for the NESR

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

with ion and antiproton beams has opened up new opportunities for many areas besides hadron and nuclear physics. A field which especially benefited from the availability of highly-charged heavy ions and [...] electromagnetic fields occur in highly-charged heavy ions, e.g. hydrogen-like uranium-91 + and can be further increased in experiments with fast heavy ions passing each other. The field strengths achieved [...] and antiprotons is atomic physics. Atom physics with high-engergy heavy ions Atomic physics phenomena are generally very well understood in terms of Quantum Electrodynamics (QED) - the theory of the elec

future facility for antiproton and ion research: status report 2014 Phys. Scr. (2015) T166, p.014076 A. Gumberidze, Th. Stöhlker et al. Investigation of the heavy-ion mode in the FAIR High Energy Storage [...] Publications Towards experiments with highly charged ions at HESR X-Ray Spectrometry . 2019; pp.1–4 Rodolfo Sánchez, et al. Polarization reconstruction algorithm for a Compton polarimeter Journal of physics: [...] Series 1024, p.012041 (2018) Vockert, M.; Weber, G. , et al. SPARC experiments with highly charged ions at the HESR of FAIR Journal of physics: Conference Series 875, p.092013 (2017) Kovalenko, O.; Litvinov