Nuclear Theory, 1981: Proceedings of the Nuclear Theory Summer Workshop, Santa Barbara, August 1981George F. Bertsch |
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amplitude angular momentum associated average boson calculated charge independence charge symmetry classical coherent collective modes contributions coordinates correlations coupling defined density effects electromagnetic energy weighted sum equations EWSR exchange excitation F₂ Fermi fermion finite forces Hamiltonian Hartree-Fock isoscalar isospin isovector Lecture Lett many-body mass matrix elements mean field theories mean fields mesons motion neutrons Nucl nuclear physics nuclei nucleon obtain one-body operator orbitals pair parameters parity particle particle-hole path integral phase phonon Phys pion potential propagator quantity quantization quantum numbers quarks quasiparticle rotating S-matrix scattering schematic semi-classical approximation shell model shown in fig single-particle spin stationary strength function sum rule TDHF temperature theory tion trajectories transformation vector vibration wave function wavefunction weak interaction weighted sum rule width zero-temperature