Atomic Physics at Accelerators: Stored Particles and Fundamental Physics

1. Ion-electron recombination.- Recombination Measurements at Ion Storage Rings.- Enhancement of Low-Energy Electron Ion Recombination in a Magnetic Field.- Recombination Enhancement in Electron Coolers.- Enhancement of Dielectronic Recombination by External Electromagnetic Fields.- Radiative Electron Capture into the K- and L-Shell of H-, He-, and Li-Like Uranium Ions at Relativistic Energies.- Polarization of the Lyman-?1 Line Following the Radiative Recombination of Bare, High-Z Ions.- Dielectronic Recombination of Very Heavy Lithiumlike Ions.- 2. Fundamental constants, interactions and symmetries.- Measurement of the g Factor of the Bound Electron in Hydrogen-like Oxygen 16O7+.- Mass of the Electron from the Electronic g Factor in Hydrogenlike Carbon — the Influence of Other Fundamental Parameters.- Towards a Measurement of the n = 2 Lamb Shift in Hydrogen-like Nitrogen Using an Electron Beam Ion Trap.- Vacuum- Polarization Corrections to Parity-Nonconserving Effects in Atomic Systems.- Toward a New Test of the Relativistic Time Dilation Factor by Laser Spectroscopy of Fast Ions in a Storage Ring.- The Weak Interaction Studied with Trapped Ions and Atoms.- The Legnaro Francium Magneto-Optical Trap.- WITCH: A Penning Trap Retardation Spectrometer Combination for Precision Studies of the Weak Interaction.- 3. Spectra and lifetimes of highly charged ions.- Structure and Dynamics of High-Z Ions Studied at the ESR Storage Ring.- Fast-Beam Laser Spectroscopy of Helium-like Silicon.- Physics with Highly-Charged Ions in an EBIT.- Systematic Calculations of Total Atomic Binding Energies.- Relativistic Transition Energies and Radiative Transition Rates for Forbidden Transitions in the Is2 2s2 2p4 Atomic Configuration for 20 ? Z ? 30.- Correlation and RelativisticEffects on Landé gJ Factors of Atomic Ions.- Magnetic Sublevel Population Studied for H- and He-like Uranium in Relativistic Ion-Atom Collisions.- Lifetime Measurement of the Metastable 23P0 State in Helium-like 197Au.- Nuclear and Electron Polarization Contributions to the HFS of Hydrogen- and Lithium-like Ions.- 4. Atomic lifetimes and spectra.- Studies of Lifetimes in an Ion Storage Ring Using Laser Technique.- Strong Relaxation and Correlation Effects on the 2p53s-2p6 Spectrum of Neutral Neon.- 5. Ionization, fragmentation and electron capture.- Threshold Laws for Four-Particle Fragmentation: Mass Effects.- Subshell Resolved Measurements of Single Electron Capture in Slow Ne7+-Helium Collisions.- 6. Cooling of beams in traps and storage rings.- Vertical Blow-up in a Low-Current, Stored, Laser-Cooled Ion Beam.- Laser- Cooled Ions and Atoms in a Storage Ring.- Electron Cooling of Positrons in LEPTA.- Stability of Crystalline Ion Beams.- Observations of Ordered Beams in CRYRING.- Cold Electrons from Cryogenic GaAs Photocathodes: Energetic and Angular Distributions.- Study of Cooling and Storage Properties of a Gas-Filled Linear Paul Trap Coupled to a Time-of-Flight Mass Spectrometer for Mass Measurements of Exotic Nuclei.- 7. New developments in charged particle traps and storage rings.- New Magnetic Storage Rings.- Research with Trapped keV Ion Beams.- First Results of Ion Trapping in the Dresden EBIT II.- SHIPTRAP is Trapping: A Capture and Storage Device on Its Way towards a RIB- Facility.- Design Studies of an Electrostatic Storage Ring.- First Tests of a Linear Radiofrequency Quadrupole for the Cooling and Bunching of Radioactive Light Ions.- 8. Investigations relevant for Astrophysics.- Molecular Physics in Storage Rings: From Laboratory to Space.-Astrophysically Motivated, Forbidden-Line Lifetime Measurements on Iron Ions (Fe9+-Fe12+) Using a Heavy-Ion Storage Ring.- 9. Clusters, biomolecules, aerosols and nanoparticles.- Laser Investigations of Stored Metal Cluster Ions.- Studies of Clusters and Biomolecules ín ELIS A.- Molecular Ions and Nanoparticles in RF and AC Traps.- Carbon Cluster Ions For a Study of the Accuracy of ISOLTRAP.- 10. Atomic physics with antiparticles.- Atomic Spectroscopy and Collisions Using Slow Antiprotons — the ASACUSA Experiment at CERN-AD.- Practical Uses of Antiprotons.- Energy Levels of Hydrogenlike Kaonic Atoms.- High-Precision Calculation of the Fine and Hyperfine Structure Splittings of Antiprotonic Helium-3,4 Atoms.- Time-Dependent Coupled-Channel Calculations of the Annihilation Rate in Positron-Hydrogen Collisions.- Measurement of the Strong Interaction Shift and Width of the Ground State of Pionic Hydrogen.- Author Index.