A New Approach to the Microscopic Theory of Light Ion Collisions

³He A₁ A₂ angular momentum projected antisymmetrization appendix Baye binding energy central potential clusters complex phase shifts computation configuration coordinate corresponding Coulomb D. R. THOMPSON defined elastic scattering equal equation exch experimental formulae gaussian functions GCM matrix elements Generator-Coordinate Method Hackenbroich Hamiltonian HANCK harmonic-oscillator He+ He system Heenen imaginary potential integration interaction internal isospin Kanada kernel kinetic energy microscopic NN phase shifts NN potential Nucl nuclear nuclei nucleons obtained oscillator P-wave P₁ parity partial wave Pauli resonances Pauli-forbidden phase shifts calculated Phys Prog R₁ R₂ relative function resonating-group result RGM-GCM calculations Schrödinger equation SCSP shell model single-Gaussian singlet Slater determinant spin spin-orbit and tensor spin-orbit potential sum of Gaussian tensor potential tensor-even Theor triplet two-body u-value V₁ W₁ Walliser wave function width parameter Y. C. TANG zero α₂