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Subunit model momentum representation
Equivalent onebody problem
Effect of nuclear environment on subunit
3 other sections not shown
absorption cross-section Algebraic assume behavior of u(r binding energy broad peak calculate center of mass class A functions correlations cubic equation curve decrease deuteron differential equation dipole absorption dipole cross-section effective range electric dipole example exchange forces experimentally Fermi gas finite function potential functions u(k gamma rays given in Table graph ground Hamiltonian harmonic mean energy height Hence high energy Hulthen potential increases integral equation interaction internal wave Levinger and Bethe matrix element meson momentum distribution momentum space representation neglected neutrons Ns neutrons nuclear sub-unit nucleons number of sub-units oscillator potential oscillator strength sum parameter particles photo-electric absorption Phys plane wave protons Pseudo-exponential potential radiation reduced mass region result Sachs and Austern Setting u'(k shape shown in Table square strength sum rules sub-unit cross-section sub-unit model threshold total cross-section values are given vanishes vector vector potential wave function whole nucleus zero