Abstract
Numerical Hartree-Fock wave functions for neutral atoms (for the ground state) calculated by Froese [1] have been used to calculate nuclear magnetic shielding constants (σ) for all the atoms from helium (Z = 2) to radon (Z = 86). From the analysis of the partial contributions to σ from the various shells in xenon it is pointed out that the innermost shells make the largest contribution in agreement with the observation of Malli and Fraga [2] reported earlier.
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