Abstract

Valency-bond studies of the still unknown molecule pentalene C 8H 6 in which the molecular symmetry may be either D 2 h or C 2 h show that a more stable molecule (lower ground state energy) is found for the lower symmetry, and that marked alternation of bond lengths occurs. The corresponding Penney-Dirac bond orders have been determined. Preliminary results for heptalene forecast a similar conclusion.

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