Nuclidic Masses

Session I. Theoretical.- Paper 1. Nuclear Masses and Nucleosynthesis.- Paper 2. Mass Laws and Nucleosynthesis.- Paper 3. Semi-Empirical Analysis of Nuclear Masses.- Paper 4. Empirical Separation Energies and the BCS Pairing Theory.- Paper 5. A New Nuclidic Mass Law.- Paper 6. Semi-Empirical Interpretation of Nuclear Masses and Deformations.- Paper 7. Construction of an Extended Nuclidic Mass Table.- Paper 8. Status Report on Atomic Masses.- Paper 9. Considerations about Programming Mass Adjustments.- Paper 10. Some Statistical Problems in the Computation of Nuclidic Mass Formulae.- Session II. Fundamental Constants.- Paper 1. The Proton Gyromagnetic Ratio as a Nuclear Standard.- Paper 2. Precision ?-Ray Wavelength Measurement by Crystal Diffraction.- Paper 3. Precision Measurements on the Muon, Muonium, Positronium, and Helium as Related to the Fundamental Atomic Constant.- Paper 4. The Most Probable Up-to-Date Value of the Normal Molecular Volume V0 of an Ideal Ga.- Paper 5. The International Union of Pure and Applied Chemistry and its Interest in the Values of the Fundamental Constants.- Paper 6. Present Status of our Knowledge of the Numerical Values of the Fundamental Physical Constants.- Session III. Energy Differences Between Nuclear States.- Paper 1. Systematics of Single Particle Levels.- Paper 2. Separation Energies of Nucleon Pairs.- Paper 3. Mass Systematics Involving Low-Lying Excited States.- Paper 4. Nuclidic Masses and Structure of Nuclei.- Session IV. Calibration Energies for Nuclear Measurements.- Paper 1. Energies of Natural Alpha Radiators.- Paper 2. The Energy of Polonium Alpha Particles as Determined by Different Methods.- Paper 3. Atomic Effects on Nuclear Reaction Yield Curves.- Paper 4. Nuclear Resonance Energies.- Paper 5. Absolute Energy Standards for Van de Graaff Accelerators.- Paper 6. Recommended Values of Calibration Energies.- Session V. Nuclear Q-Value Determinations.- Paper 1. Q-Value Measurements at M. I. T..- Paper 2. Nuclear Reaction Measurements at the National University of Mexico.- Paper 3. Q-Value Measurements at the University of Pittsburgh.- Paper 4. The Relative Masses of Some Uranium Isotopes Determined from Nuclear Reaction Studies.- Paper 5. Accurate Measurements of (p, n) Thresholds in the Proton Energy Range 5 to 10 MeV..- Paper 6. Q-Values as Measured Through Resonance Energies.- Session VI. Mass Values from Mass Spectroscopy.- Paper 1. Some Atomic Masses in the Region from Gallium Through Molybdenum.- Paper 2. Atomic Masses from Ruthenium to Xenon.- Paper 3. Recent Mass Values Obtained at McMaster University.- Paper 4. Mass Differences of Doublets Involving H, D, C, N and O..- Paper 5. A Direct Determination of the3H-3He Mass Difference.- Paper 6. Nuclidic Masses and Binding Energies of Nuclei from Samarium to Lutetium.- Summation of the Conference.