Abstract
Energies, wavelengths, transition probabilities, oscillator strengths, and line strengths have been calculated for 4s(2)4p-4s4p(2) and 4s(2)4p-4s(2)4d transitions in gallium-like ions from Z = 60 to 65, for Nd XXX, Pm XXXI, Sm XXXII, Eu XXXIII, Gd XXXIV, and Tb XXXV using the fully relativistic multiconfi guration Dirac-Fock method. The correlation with the n = 4 complex and the quantum electrodynamic effects have been considered in the calculations. The obtained results have been compared with the available experimental and other theoretical results.