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New energy levels, lifetimes and transition probabilities in four times ionized xenon (Xe V)

Calculated lifetimes for 12 new energy levels belonging to the 5s25p6d and 5s25p7s configurations and weighted oscillator strengths and transition probabilities for 81 new classified lines are presented. The configurations involved in these transitions were 5s25p6p, 5s25p4f and 5s5p3, 5s25p5d, 5s25p6d, 5s25p6s, 5s25p7s for the even and odd parities, respectively. Relativistic Hartree–Fock and multiconfigurational Dirac–Fock calculations were used. Least-squares-fitted parametric calculations have been carried out to interpret the observed spectrum. The weighted oscillator strengths for all the observed spectral lines were also calculated considering the fitted values for the energy parameters.