Experimental and Theoretical Investigations on Light Nuclei |
Contents
SHELL MODEL CALCULATIONS ON ENERGY LEVELS IN THE 2s1d SHELL II | 20 |
THE 23 Nap y24 Mg REACTION II | 60 |
GAMMARAY BRANCHINGS IN 34Cl FROM THE 33Sp y34Cl REACTION | 76 |
3 other sections not shown
Common terms and phrases
1d shell 28Si core 511 keV resonance 743 keV resonance angular correlation angular distributions antisymmetric binding energies branching ratios cascades coincidence spectra Coulomb energy COUNTS PER CHANNEL de-Shalit decay scheme denote Ec(Z eigenvalues elements of class energy levels excitation energies experimental Ey MeV Gamma rays observed ground-state transition H₁ intensity Method interaction energies isospin keV resonance Ex level decays level energies linear lower levels measured MeV channel MeV level MeV line MeV transition Mixing parameters Na(p Nuclear Physics nuclei nucleons observed gamma rays obtained order-preserving P. M. Endt P. W. M. Glaudemans parity Phys population probabilities proton proton energy PULSE HEIGHT MeV reduced widths resonance level resonance spin sect shell model side wave function single spectrum stripping reactions symbols Talmi tantalum THEOR two-particle interactions two-particle matrix elements values y-ray yield zijn