Energy levels, transition probabilities, and wavelengths for Ga-like Ag, Cd, and In ions

The energy levels, transition probabilities, the relative uncertainty u, and wavelengths of electric dipole (E1) transitions for Ga-like Ag, Cd, and In ions were produced using the general purpose relativistic atomic structure package (GRASP2K) based on the fully relativistic multi-configuration Dirac-Hartree-Fock (MCDHF) method. The calculated energy levels and wavelengths are in excellent agreement with experimental and theoretical values. On the basis of the calculations, the energy levels of the highly excited states, the wavelengths and transition probabilities of E1 transitions (4s²4p-4s²4d, 4s4p²–4p³) are also given, which are new and previously unpublished.