Abstract
It is shown how symmetry may be used in the context of the self-consistent field theory of the localised molecular orbital of the chemical bond. The results are (1) a reduction of the order of the secular determinant of the localised molecular orbital: (2) the classifying of the localised and canonical molecular orbitals under the various symmetry groups of the bonds and the molecule: (3) a clarification of the various types of symmetry group which are involved with the localised molecular orbitals.
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