Abstract
We calculate the energy spectrum of doubly excited 1,3Se equivalent-electron states, within a semiclassical planar model. The latter is based on the so-called asynchronous-mode configuration, proposed previously by Grujic and Simonovic (1991). Making use of the propagation method with regularization classical configurations with very complex structure and surprisingly rich kinematics have been computed. Semiclassical energies of singlet and triplet intra-shell S states are evaluated. Numerical results show that the model improves values for the 1Se states, obtained by other authors within the asymmetric-stretch collinear kinematics, but overestimates triplet-state energies. The general features of the model are discussed and compared with other proposed classical configurations.
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