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A model of the electron structure of a nanoobject comprising a stack of lead phthalocyanine (PbPc) molecules with stacking faults is proposed. The results of the molecular orbital (MO) calculation indicate that a 0.6 e charge is transferred from Pb atom to the Pc macrocycle ring and show that the nanostructure can be considered as a metal-filled nanotube. The proposed model provides for the first time a quantitative interpretation of the electric switching effect previously observed in PbPc films.
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Poklonski et al. (2001) studied this question.
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