What people are saying - Write a review
We haven't found any reviews in the usual places.
SCATTERING BY LONG RANGE
GENERAL THEORY OF COLLISIONS
13 other sections not shown
accurate asymptotic form atomic units axis Born approximation bound boundary conditions Bransden Burke calculations Callaway center of mass Chapter charge exchange close coupling closed channel collision continuum corresponding coupled equations defined differential cross section discussed distorted wave eigenfunctions eigenvalues elastic scattering electron scattering excitation cross section expansion expression given Green's function H(ls Hamiltonian helium high energies hydrogen atom impact parameter incident inelastic integral equation interaction internuclear ionization Joachain levels long range matrix elements molecular molecule nuclei obtained open channels optical potential partial wave particles phase shift Phys plane wave polarization proton pseudostate quantum numbers R-matrix radial resonance satisfy scattered electron scattering amplitude scattering of electrons Schrodinger equation second Born approximation second order semi-classical shown solution spin target theory threshold total cross section trajectory transition matrix trial function values variational method velocity wave function zero