## Class Notes for Seminar on Collision Processes |

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angle of scattering angular momentum asymptotic form atomic behavior Bessel functions center of mass classical theory CM-system collision component Compton effect compute consider convenient curve differential cross-section differential equation differential scattering cross-section effect elementary particles energy formula energy loss energy of particle excitation expression field of force flux of particles free electrons fron give given identical particles incident particle initial integral interpretation ionization cross-section ionization potential kinetic energy laboratory system Legendre polynomial low-energy limit magnitude maximum measure molecule motion neutron nucleus number of particles obtained particle moving particle Noo particles of type Pauli principle Paull phase shifts positive ions potential energy function quantity quantum mechanical theory radiation relation Rutherford scattering scattered particles scattering angle scattering parameter scattering per unit Scattering Problem solution speed spherical spin quantum substituting Thomson total energy total momentum transformation unit solid angle velocity wave equation wave function wavelength