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Direct and Compound Nuclear Reactions
The PlaneWave Theory
The Phenomenological Optical Potential
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6-j symbol alpha particles angle angular distribution angular momentum antisymmetrization Ascuitto asymptotic calculation Chapter Clebsch-Gordan coefficients coefficients collision components corresponding Coulomb coupled equations cross section defined denote density dependence derived direct reactions discussed distorted waves DWBA effective interaction elastic cross section evaluated example exchange excitation finite form factor G matrix Glendenning Green's function Hamiltonian indirect transitions inelastic scattering inelastic transitions integral intrinsic coordinates isospin multipole expansion neutrons notation nuclear reactions nuclear wave functions nucleon-nucleon nucleons nucleus obtain operator optical potential orbits outgoing wave parameters parity partial wave partition Petrovich Phys plane wave plane-wave projectile protons reduced matrix reduced matrix element referred region relative coordinate relative motion result Satchler scattered particle scattering amplitude scattering problem Schrodinger equation shell shell-model shown in Fig single-particle solution spherical harmonics spin-orbit target tensor theory tion transfer reactions transformation transition amplitude two-body two-nucleon transfer vector vibrational wave function