Nuclear, Particle and Many Body Physics, Volume 1Philip McCord Morse Nuclear, Particle and Many Body Physics ... |
Contents
S FUBINI AND G VENEZIANO Algebraic Treatment of Subsidiary Conditions | 12 |
JONES AND R K SHELINE Energy Levels of Tm16 | 53 |
NATHAN ROSEN The Complete Schwarzschild Solution | 134 |
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Amos de-Shalit amplitude angular momentum ANN interaction Appendix approximation assume bare-nucleon calculated channel coefficients components configuration contribution core correlations corresponding Coulomb Coulomb excitation de-Shalit defined denotes density dependence dipole discussed do/dt doorway doublet effective elastic scattering electron equation evaluation exchange excitation energy experimental expression form factor function g factors given gives hadronic Hamiltonian high energies hypernuclei integral isospin lattice lepton Lett levels m₁ magnetic moments mass matrix elements measured meson neutron Nucl nuclear nuclei nucleon observed obtained operator orbital parameters parity particle phase Phys Physics pion polarization potential predicted proton quadrupole quantum numbers ratio reaction region relation relative resonance s-wave shell model single-particle spin strength structure sum rule symmetry symplecton Table tensor theoretical theory transition v₁ values vector wavefunctions weak coupling model width zero