Theoretical Auger rates and fluorescence yields for some excited single K-vacancy terms for boron II

Auger rates and radiative transition probabilities are calculated for highly excited single K-vacancy terms of boron II. The analysis of the resonant behaviour of the S scattering matrix of the boron III+e- theoretical collision gives both the width and the energy of each excited term. Energies, widths, radiative transition probabilities and fluorescence yields are shown.