Abstract
We report a systematic computational study focused on the global minimum and low-lying isomer search for the P2E3(-) (E = N, P, As, Sb, Bi) series of anions. We found nine planar five-membered rings and proved their aromatic character by various quantum chemical techniques. The possible use of two different P2N3(-) aromatic anions as ligands in a number of sandwich complexes was also studied.
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