## I. Form Factors of the Three-body Nuclei: II. Coulomb Scattering and the Form Factor of the Pion |

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### Contents

FORM FACTORS OF THE THREE BODY NUCLEI | 19 |

THE PION FORM FACTOR AND COULOMB SCATTERING | 41 |

rrr for tt a Elastic Scattering c m | 76 |

9 other sections not shown

### Common terms and phrases

analysis angular momentum Appendix assumed assumption asymptotic form bra-ket notation calculations clearly co-ordinates components consider constant convergence corresponding Coulomb contribution Coulomb scattering covariant current conservation cut-off defined definition derived deuteron diagrams discussion dispersion theory divergence Doctor of Philosophy effects eigenstates electromagnetic electron energy evaluate exact result experiment Feynman diagram frame give Green's function Hamiltonian hand side Hence homogeneous equation implies important integral equation integrand interference term intermediate isospin large number magnetic matrix elements meson neglected neutron Note nuclear current nuclear distortions nuclear vertex nucleon form factor nucleus obtain operator optical model partial wave expansion performed photon pion form factor pion radius plane wave point Coulomb potential problem region relativistic relativistic corrections scalar scattering amplitude Schiff Schrbdinger equation sensitive sets of parameters spinors strong interactions T-matrix technique three nucleon three-body nuclei trinucleon vertex function wave function Wronskian