The Theory of Atomic Collisions

Contents:
The wave equation
The theory of the scattering of a beam of particles by a centre of force
Scattering of a beam of particles by a Coulomb field
Inhomogeneous differential equations - the Green's function
Scattering by a centre of force - Born's approximation and semi-classical approximations
Variational methods for central force problems
The scattering matrix, dispersion relations and miscellaneous theorems
Scattering due to non-local, absorptive, and multicentral interactions
The spin of the electron
Scattering by spin-dependent interactions - analysis of polarization - non-relativistic treatment
Collisions between two particles: non-relativistic theory
General theory of atomic collisions - the Born and impulse approximations
General theory of atomic collisions - the two-state approximation
General theory of atomic collisions - the many-state problem and the generalized S matrix
General theory of atomic collisions - rearrangement collisions
Collisions of fast electrons with atoms
Scattering of low energy electrons and positrons by hydrogen atoms
Scattering of slow electrons and positrons by complex atoms
Collisions between massive particles
Nuclear collisions
Transition probabilities by method of variation of parameters
Relativistic two-body problems - radiation.