## Quantum Theory of Scattering Processes |

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### Contents

Highenergy Scattering and Coulomb Scattering | 29 |

Scattering of Two Structureless Particles | 45 |

Chapter 4 Scattering of Two Complex Particles | 57 |

Copyright | |

5 other sections not shown

### Common terms and phrases

asymptotic form becomes boundary condition centre of force centre of mass Chapter classical collision consider coordinates Coulomb defined denote differential cross-section direction eigenstates electron evaluate example exp ik-r exp ikz exponential Fi(r final wave flux free particle given gives Green's function Hamiltonian Heisenberg picture Hence Hermitian Hermitian operator high energies iHt/h incident beam incident particles initial integral equation integrand laboratory system momentum nn/Akz normalized number of particles obtain operator orthonormal particles emerging Pauli principle physical position vector potential quantum mechanical reader relative replaced result rewritten right-hand side satisfies the boundary scattered wave scattering amplitude scattering problem scattering theory Schrodinger equation Section 4.1 solid angle solution spin substitute symmetric target particles tends to zero term total cross-section total Hamiltonian vanishes velocity Volume wave function wave packet wave vector