Can valence bond theory help understand the geometries of complexes that have high coordination indices?

Abstract

In the present paper, valence bond theory is used to rationalize the higher coordination numbers using the precise set of s, p, d or f orbitals that participate in a defined geometry. For coordination numbers eight and nine, some troubles are clearly solved. For coordination numbers ten to twelve, looking at the data of the literature we can conclude that do not exist monodentate ligands which offer the capability to form such coordination numbers.

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