Electronic and Atomic Collisions: Abstracts of Contributed Papers : Fourteenth International Conference on the Physics of Electronic and Atomic Collisions, Palo Alto, 1985M. J. Coggiola, David L. Huestis, Roberta P. Saxon |
Contents
Reactive Scattering | 8 |
Atomic Photoionization Experiment | 8 |
Single and Double Photoionization of AlkalineEarth Atoms | 14 |
Copyright | |
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amplitude angular distribution approximation asymmetry Auger autoionizing branching ratios calculations channel Chem Collisions configuration interaction continuum correlation Coulomb curve Department of Physics differential cross sections dipole dissociation effects ejected electron elastic scattering Electron Capture electron correlation electron energy electron impact electron scattering energy loss energy range equation exchange experiment experimental Figure Hâ‚‚ Hartree-Fock helium ICPEAC impact energy incident electron incident energy inelastic intensity interaction Laboratory laser Lett matrix elements measured method molecular molecules momentum multiphoton observed obtained orbital oscillator strengths parameters peak photodissociation photoelectron photoionization photoionization cross section photon photon energy Phys polarisation potential present quantum defect quantum number R-matrix radiation References region relativistic rotational Rydberg scattered electrons scattering angle shape resonance shown spectra spectrometer spectroscopy spectrum synchrotron radiation target theoretical theory threshold tion transition University vibrational wave function wavefunctions wavelength width