Spectral properties for Fluorine-like Ions

In addition, a detailed analysis is also carried out to explore the convergence and uncertainties of our results. Large-scale B-spline relativistic configuration interaction calculations are carried out to generate the atomic properties of F-like ions.

The radial parts of one-electron Dirac orbitals are obtained from the relativistic self-consistent field procedure in which the Breit Interaction and QED corrections (vacuum polarization and self-energy terms) are also included. A numerical method, called Emu CI, is adopted to decrease the size of CI matrix significantly without loss of much accuracy. Energy levels and line strengths for electric-dipole (E1), electric-quadrupole (E2), and magnetic-dipole (M1) transitions are provided for the 250 lowest levels of each system, showing a good agreement with available theoretical and experimental information.