Contents
1. Nuclear Forces:
Nuclear Forces, Phenomenological two nucleon potential, Symmetry and nuclear forces, general form of two nucleon potential. Excited state of deuteron, magnetic moment and quadrupole moment of deuteron, deuteron with non central potential and deuteron D-state.
2. Nuclear structure:
Vibrational model, Breathing mode, quadrupole and octupole vibration, Giant resonance, Gamow-Teller resonance, Nilsson unified model for deformed potential. Collective model, quantum mechanical treatment, Nuclear shell model-effective Hamiltonian.
3. Nuclear reactions:
Coulomb excitation, compound nucleus formation, Direct reaction, Statistical theory of multi step compound reaction
References:
1. Nuclear Physics: A Course Given by Enrico Fermi at the University of Chicago - Enrico Fermi - University of Chicago Press; Revised edition
2. Introductory Nuclear Physics: Samuel S. M. Wong - Wiley VCH; 2nd Edition edition
3. Nuclear Physics : S. N. Ghoshal - S Chand
4. Nuclear Physics: Theory and Experiment - R. R. Roy and B. P. Nigam - New age publishers