Energy Levels and Transition Rates for GA-Like Ions (Xe XXIV–Pr XXIX)

We report an extensive and elaborate theoretical study of atomic data for Cs XXV by using multi-configuration Dirac–Fock method and calculated energy levels for the lowest 110 fine structure levels. We have presented the radiative data for electric and magnetic dipole (E1, M1) and quadrupole (E2, M2) transitions among lowest 110 levels. We have made comparisons of our calculated excitation energies with theoretically calculated and experimentally observed energy levels. We have studied the effect of correlation by introducing more configurations in our calculations. We have also computed energy levels by performing similar relativistic distorted wave calculations using Flexible Atomic Code. Additionally, we have also provided new atomic data for Cs XXV and identified extreme ultraviolet and soft X-ray spectral lines with gA spectra for E1 and M2 transitions, which are not published elsewhere in the literature. We believe that our results may be beneficial in fusion plasma research and applications.

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Energy Levels and Transition Rates for GA-Like Ions (Xe XXIV–Pr XXIX)

Cited by 2 publications

References 27 publications

Z -dependent crossing of excited-state energy levels in highly charged galliumlike lanthanide atomic ions

Z -dependent crossing of excited-state energy levels in highly charged galliumlike lanthanide atomic ions

Spectroscopic study of EUV and SXR transitions of Cs XXV

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