Quantum Theory of Scattering Processes, Volume 2, Issue 4 |
Contents
Highenergy Scattering and Coulomb Scattering | 29 |
Scattering of Two Structureless Particles | 45 |
Scattering of Two Complex Particles | 57 |
Copyright | |
5 other sections not shown
Common terms and phrases
¹ exp asymptotic form atom becomes Born approximation boundary condition centre of force centre of mass Chapter collision consider coordinates defined denote differential cross-section dk C(k eigenstates electron exp iHot/h exp ikr exponential Fi(r final wave Fo(r free particle ƒ dk given gives Green's function Hamiltonian Heisenberg picture Hence Hermitian high energies iExt/h ik⋅r incident beam incident particles initial integral equation laboratory system momentum number of particles obtain operator orthonormal particles emerging Pauli principle physical potential quantum mechanical reader relative replaced result rewritten right-hand side satisfies the boundary scattered wave scattering amplitude scattering problem Schrödinger equation Schrödinger picture Schwinger-Lippmann Section solid angle solution substitute symmetric target particles tends to zero term total cross-section unperturbed V₁ vanishes velocity Volume Voo(r wave function wave packet wave vector Xp(x Απ