Abstract
We report on the oscillatory behavior of the reduction factors for the electronic orbital angular momentum of Jahn-Teller coupled non-Kramers doublets, which comes from the diagonal matrix elements of the orbital angular momentum. The calculated envelope of the magnetic circular dichroism for the parity-allowed transition $A\ensuremath{\rightarrow}E$ also exhibits an oscillatory behavior, which is given by the nondiagonal matrix elements of the orbital angular momentum.
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