Atomic Masses and Fundamental Constants 6

Session I Studies of Isotopes Produced by Nuclear Reactions.- Studies of Isospin Quintets and Neutron-Deficient Indium Isotopes with the On-Line Mass Analysis System Rama.- Mass Measurements of Proton-Rich Nuclei and Exotic Spectroscopy.- Masses of Medium Weight Nuclei by Transfer Reactions.- Mass of 9C.- Mass Measurements Using Exotic Reaction — 48Ca(3He, 11C) 40S.- Mass Measurements with Pion Double Charge Exchange.- Production of New Isotopes by Heavy Ion Fragmentation.- Search for Light Neutron-Deficient Nuclei Produced in 800 MeV Proton Spallation Reactions.- Session II Theory of Atomic Masses, First Section.- Atomic Masses — Comments on Macro-Micro Mass-Formulae.- The Shell Correction Method and its Application to Nuclear Masses.- Masses from Inhomogeneous Partial Difference Equations; A Shell-Model Approach for Light and Medium-Heavy Nuclei.- Atomic Mass Data and n-p Residual Interaction in Deformed Nuclei.- Mutual Support of Magicities.- Trends in Nuclear Mass Systematics.- Atomic Mass Formulas with Empirical Shell Terms.- Nuclear Mass Relations and Equations.- Session III Fundamental Constants.- Corrections to the Faraday as Determined by Means of the Silver Coulometer.- The Value of the Faraday Via 4-Aminopyridine.- High Resolution Penning Trap as a Precision Mass-Ratio Spectrometer.- Magnetic Moments of Electrons and Positrons.- Comparison of the K X-Ray Energy Ratios of High Z and Low Z Elements with Relativistic SCF DF Calculations.- Precision Measurements of the Triplet and Singlet Positronium Decay Rates.- Precision Gamma- and X-Ray Energies.- Precise ?-Ray Energies from Radionuclide Decay and the (n,?) Reaction: Revised Values for the Neutron Mass and Selected Neutron Binding Energies.- Session IV Direct Mass Measurements.- The Absolute Measurement of Accelerator Beam Energies.- Absolute Measurement of the Energy of Alpha Particles Emitted by 239Pu.- Atomic Mass Determinations at the University of Manitoba.- Recent Mass Doublet Results from the University of Minnesota.- Considering L.G. Smith’s RF Mass Spectrometer.- Mapping of Nuclear Masses in the Region (N?126, Z?82) from Direct Measurements of Francium Isotopes.- New Mass Spectrometric Measurements on Sodium Isotopes Masses of 31–34Na.- Direct Measurements of Masses of Short Lived Nuclei: 74–79Rb 90–99Rb, 117–124,126Cs and 138,140–147Cs.- Session V Theory of Atomic Masses, Second Section.- Nuclear Masses from First Principles.- Present Status of Hartree-Fock Calculations of Nuclear Binding Energies Using Effective Interaction.- Hartree-Fock Approach to Mass Formula.- Generalized Hartree-Fock and Mass Relationships.- Microscopic Energy Density Mass Formula.- The Phenomenological Shell-Model and the Systematics of Nuclear Masses.- Atomic Masses in Astrophysics.- Session VI Studies of Isotopes with On-Line Mass Separators.- Alpha Decay of Neutron-Deficient Isotopes Studied at GSI Darmstadt.- Masses of Very Neutron Deficient Nuclides in the Tin Region.- Alpha-Decay Systematics for Elements with 50 Measurements of Q? for Neutron-Deficient Nuclei with A~80.- Experimental Beta-Decay Energies of Neutron-Rich Isotopes of I, Xe, Ce, and Pr.- 151Pr, 153Nd and 153Pm as New Isotopes Obtained at SIRIUS.- Session VII Summaries.- Gamma-Ray Energy Calibration Standards.- Comparison of Precision Mass Measurements of Light Isotopes.- Progress and Future of Mass Measurements Among Nuclei Far From ?-Stability.- Status of the Fundamental Constants.- Citation Counts for Tables.- Progress in Atomic Mass Determinations Since 1977.