A detailed comparison is carried out between consistency contributions to the nuclear quadrupole antishielding factor for the Fe⁺³ ion obtained by the linked-cluster many-body perturbation procedure, as well as a procedure employing perturbed wave functions used in conventional differential-equation procedures for studying antishielding factors. The agreement between results by the two procedures is found to be good, indicating that the procedure using perturbed wave functions is a viable one for studying consistency effects, at least for positive ions.
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Ray et al. (1975) studied this question.
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