Effects of configuration interaction on atomic hyperfine structure in lN l' configurations

2013 Experimental results for a thick absorber of Sn02 compared with different theoretical models : calcula- tions with the model developed in this paper; --- model in

Experimental proof of configuration interaction on the hyperfine structure of the 57Fe

2014 Hartree-Fock values of discrete spectrum contributions to the parameters describing crossed second- order effects of electrostatic and hyperfine interactions

The temperature dependence of the iron hyperfine field (proportional to Fe sublattice magnetization) in SmFeO, has already been measured and compared with various

La precision du gradient du champ electriqi~e calcule, pour le bore, est estinie a partir de I'erreur relative silr les constantes de structure hyperfine

The perturbing effects of a higher lying configuration upon the ground configuration may be taken into account by adding to the first order Hamiltonian the

(4) The fourth attractive feature of the LCMBPT procedure is that once one has a basis set for a certain choice of SC,, the same set may be used not only for

E K 1 + ET is the total energy of a state where one electron has been transferred from the ith orbital of the anion to the jth orbital of the cation. This denominator is