Application of multiple SCF perturbation theory to the tensors which describe the magnetic shielding and the multipole magnetizabilities of molecules

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Abstract
The self-consistent perturbation theory of the preceding paper has been applied to obtain explicit formulas for the calculation of a number of magnetic properties of molecules in closed-shell electronic states. These properties are the components of the tensors which describe the magnetic shielding and its dependence on electric and magnetic fields, and the dipole, quadrupole and octopole magnetizabilities.