Energetic X-ray Processes in Atoms
Abstract
Properties of highly stripped ions have been computed relativistically in intermediate coupling with configuration interaction, including quantum electrodynamic effects. Charged-particle ionization cross sections have been calculated, including effect of autoionizing resonances on electron-impact excitation rates. Dielectronic recombination rates have been calculated. An extensive computation of relativistic Auger radial matrix elements has been performed; the results can be used to calculate radiationless transition rates in multiply ionized atoms and are expected to be very useful for the computation of Auger rates in molecules. Keywords: Atomic physics, Atomic inner shell processes.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jul 10, 1990
- Accession Number
- ADA224997
Entities
People
- Bernd Crasemann
Organizations
- University of Oregon