Reaction Studies of CRYRING 2016/02/11: Technical Design Report: maXs 2016/02/04: Technical Design Report: SiM-X Project 2015/05/01: Technical Design Report: SPECTRAP 2015/11/30: Technical Design Report: S [...] Documents related to SPARC@FAIR 2012/11/29: Modularized Start Version of FAIR: A Short Summary of the Science Case of the APPA-Collaborations 2012/08/16: CRYRING @ ESR: A study group report 2012/01/26: [...] Construction and Commissioning of the SPARC laser systems for laser cooling at the FAIR SIS100 2018/11/01: Technical Design Report: The CRYRING Internal Jet Target 2018/05/20: Technical Design Report:

employed for high SIS-output energies. However, the present way of charge state separation with a single 11 dipole magnet after a 25 m beam transport section is not adequate to meet the FAIR requirements: it

for the mass of the electron from an experiment on the g factor in 12C5+ and 16O7+ Can. J. Phys. 80, 1241 (2002) J.L. Verdu, T. Beier, S. Djekic, H. Häffner, H.-J. Kluge, W. Quint, T. Valenzuela and G. Werth [...] Local Spin Polarization of Surfaces from Interaction with Multiply Charged Ions Phys. Rev. Lett. 96, 177601 (2006) M. Seliger, C.O. Reinhold, T. Minami, and J. Burgdörfer, Non-unitarity master equation for [...] Tokesi, and J. Burgdörfer Single and double ionization of Helium in heavy-ion collisions J. Phys. B 38, 1001 (2005) M. Seliger, C. Reinhold, T. Minami, and J. Burgdörfer Quantum trajectory Monte Carlo method

Suherman Telefon: 06159-71-1361 Telefon:06159-71-2135 Vacuum Lab Team José Cavaco 06159-71-1364 Daria Dönig 06159-71-2390 Christian Kolligs 06159-71-1767 Edgar Renz 06159-71-1411

precise mass measurements for nuclear structure? (pdf, 1.31 MB) Contribution of F. Iachello: Shape phase transitions and nuclear masses (pdf, 101 KB) Session 3: Laser Spectroscopy Chair: K. Wendt Talk [...] thermalization and fast extraction of energetic and intense rare isotope beams (pdf, 2.08 MB) Talk 11: D. Lunney The ion circus: a tabletop, mass selective, circular trap (pdf, 3.77 MB) Talk 12: P. Dendooven

UNILAC linear accelerator at GSI, where it delivers ion beams (typically, Ca to U) with energies up to 11.4 MeV/u. There, samples can be exposed to fluences ranging from one single ion up to 10 13 ions/cm

organisation. Its work follows the tradition of the great natural scientist Hermann von Helmholtz (1821-1894). www.helmholtz.de/en Alfred Wegener Institute for Polar and Marine Research © AWI AWI Scientists

GSI and FAIR Timeline: From 1969 until 2019 The GSI Helmholtzzentrum für Schwerionenforschung celebrates its 50th anniversary in 2019. During the decades, GSI has developed from a national research in

the SIS space charge limit. For 238 U 26+ this intensity is 2×10 10 ions/burst, while it is 1.4×10 11 ions/burst for fully-stripped 14 N. Intense primary 14 N-beams are mandatory for the secondary pion

Vormann(at)gsi.de Room: BR1 2.133 unknown 02 Dr. Paul Scharrer Phone: +49-6159-71 1551 E-Mail: P.Scharrer(at)gsi.de Room: BR1 2.141a Steffen Frank Schmidt Fax: +49-6159-71 2987 E-Mail: Stef.Schmidt(at)gsi.de [...] Michael Kaiser Phone: +49-6159-71 1436 Fax: +49-6159-71 2987 E-Mail: M.S.Kaiser(at)gsi.de Room: BR1 2.141a Dr. Michael Maier Phone: +49-6159-71 1706 Fax: +49-6159-71 2935 E-Mail: M.Maier(at)gsi.de Room: BR1 [...] 138 unknown 02 Dr. Anja Seibel (IAP) Phone: +49-6159-71 1584 E-Mail: A.Seibel(at)gsi.de Room: BR1 2.141a Dr. Stephan Yaramyshev Phone: +49-6159-71 1392 Fax: +49-6159-71 2987 E-Mail: S.Yaramyshev(at)gsi.de