Atomic Physics at Accelerators: Mass Spectrometry: Proceedings of the APAC 2000, Held in Cargese, France 19-23 September 2000 Book

Foreword - organizing APAC2000; D. Lunney. Tutorial on Aspects of Atomic Masses (in honor of the 78th birthday of Aaldert Wapstra). The evaluation of atomic masses; G. Audi. Experimental overview of mass measurements; A. Lépine-Szily. The quest for a microscopic nuclear mass formula; J.M. Pearson. Effects of QED and beyond from the atomic binding energy; G. Soff, et al. Nuclear masses and the r- and p-processes of nucleosynthesis; S. Goriely. Standard-model tests with superallowed beta decay: an important application of very precise mass measurements; J.C. Hardy, I.S. Towner. Memories of mass determinations; A.H. Wapstra. Mass Measurements and Nuclear Structure. Masses and proton separation energies obtained from Qalpha and Qrho measurements; C.N. Davids, et al. Anomalies in the alphadecay energies and half lives of neutron-deficient Po isotopes; M. Huyse, et al. Shape coexistence and the N=28 shell closure far from stability; F. Sarazin, et al. Decay experiments on N " Z nuclei: the role of masses Q values and separation energies; E. Roeckl. Mass Measurements for Metrology. Ultra-precise mass measurements using the UW-PTMS; R.S. Van Dyck Jr., et al. Precise measurements on the masses of Cs, Rb and Na: a new route to the fine structure constant; S. Rainville, et al. Prompt (n.gamma) mass measurements for the AVOGADRO project; A. Paul, et al. Precision measurement of the charged pion mass by high resolution x-ray spectroscopy; G.L. Borchert, et al. A possible new value for the electron mass from g-factor measurements on hydrogen-like ions; G. Werth, et al. On-Line Ion Trap Mass Measurement Programs. ISOLTRAP mass measurements – an overview; G. Bollen. The Canadian Penning Trap spectrometer at Argonne; G. Savard, et al. New mass measurements using highly charged ions at SMILETRAP; T. Fritioff, et al. On-Line Mass Programs. The SPEG mass measurement program at GANIL; H. Savajols. Mass measurements at the Wright nuclear structure laboratory; D.S. Brenner. Mass measurements in nuclear reactions; Y.E. Penionzhkevich. On-Line Mass Programs Using Circulating Ions. Mass measurements at GANIL using the CSS2 and CIME cyclotrons; M. Chartier, et al. Schottky Mass Measurements of cooled exotic nuclei; Yu.A. Litvinov, et al. Isochronous mass measurements of hot exotic nuclei; M. Hausmann, et al. Recent results on Ne and Mg from the MISTRAL mass program at ISOLDE; D. Lunney, et al. Recent Mass Measurements for Nuclea Physics. Towards shorter-lived nuclides in ISOLTRAP mass measurements; F. Herfurth, et al. Mass Measurement of Exotic Nuclei Around N = Z = 40 With CSS2; A.-S. Lalleman, et al. Determination of Atomic Masses and Nuclear Binding Energies via Neutron Induced Reactions; C. Wagemans, et al. Mass Measurements of 114-124,130Xe With the Isoltrap Penning Trap Spectrometer; J. Dilling, et al. Accurate mass determination of neutron-deficient nuclides close to Z=82 with ISOLTRAP; S. Schwarz, et al. Atomic Theory. QED effects in heavy few-electron ions; V.M. Shabaev, et al. Relativistic calculations for trapped ions; P. Indelicato, et al. Parity nonconserving radiative corrections in the highly-charged ions; I. Bednyakov, et al. Vacuum polarization screening corrections to the low-lying energy levels of helium-like ions; T. Beier, et al. Calculation of QED Effects in Hydrogen; U.D. Jentschura, et al. Testing of QED-Theory and Precise Measurements of the Rydberg Series for He-Like Multicharged Ions; V.G. Pal'chikov. Accurate Calculations on Dielectronic Recombination Resonances in Cu-Like Pb; M. Tokman, et al. Calculation of the Interelectronic-Interaction correction to Radiative Recombination of an Electron with a Heavy He-Like Ion; V.A. Yerokhin, et al. Evaluation of the two-photon Self-Energy Correction for Hydrogenlike Ions; H. Goidenko, et al. Nuclear Theory and Mass Models. Mass Predictions from Mean-Field Calculations; P.H. Heenen. Monte Carlo Shell Model Mass Predictions; T. Otsuka. From Exploding Stars to the Laboratory: Nucleosynthesis n the RP-Process; A. Aprahamian, et al. Semiempirical Shell Model Masses with Magic Proton Number Z = 126 For Translead Elements; S. Liran, et al. Towards a Skyrme-Hartree-Fock-Bogoliubov Mass Formula; M. Samyn, et al. New Mass Measurement Techniques, Instrumentation and Projects. The use of time-of-flight mass analyzers for nuclear decay spectroscopy of mass-identified nuclei; H. Wollnik, A. Casares. A proposed storage ion trap of an 'in-flight capture' type fro precise mass measurement of radioactive nuclear reaction products and fission fragments; N.I. Tarantin. A Small Isochronous Storage Ring for Spectrometry; O.S. Kozlov, S.I. Kozlov. HITRAP: a facility for experiments with trapped highly charged ions; W. Quint, et al. Status of the Shiptrap Project: A Capture and Storage Facility for Heavy Radionuclides From Ship; G. Marx, et al. Space Charge Effects with Rextrap; F. Ames, et al. Space Charge Effects in a Gas Filled Penning Trap; D. Beck, et al. Weak Interaction Studies Using a Paul Trap; G. Ban, et al. Status of HIGISOL, a new version equipped with SPIG and electric field guidance; R. Béraud, et al. Spectroscopy of Lyman-alpha Lines at Storage Rings by Crystal Spectrometry and Absorption Edge Technique; M. Czanta, et al. A Physics Case for Shiptrap: Measuring the Masses of Transuranium Elements; J. Dilling, et al. Prospects of Ion Chemical Reactions with Heavy Elements in the Gas Phase; Dretzke, et al. 7 Additional Chapters.