Oscillator strengths have been computed for all possible electric dipole transitions between the terms niS, n3S, n'P, 2 , n1D, and n3D, where n goes from one to nine for S terms, from two to eight for P terms, and from three to eight for D terms. The computations were carried through using central-field wave functions with exchange and configuration interaction. The parameters in these wave functions had previously been determined by the use of the minimum principal. The oscillator strengths as computed by the length and velocity expressions are reported. For the series, the results found with the acceleration expression are also included. The agreement between the results obtained with the length and the velocity expressions as well as that between the present work and earlier computations, where available, give confidence in the dependability of the results.
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Green et al. (1966) studied this question.