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The electronic states of the FeAs plane in iron-based superconductors areinvestigated on the basis of the two-dimensional 16-band d-p model, where thetight-binding parameters are determined so as to fit the band structureobtained by the density functional calculation for LaFeAsO. The model includesthe Coulomb interaction on a Fe site: the intra- and inter-orbital direct termsU and U', the exchange coupling J and the pair-transfer J'. Within the randomphase approximation (RPA), we discuss the pairing symmetry of possiblesuperconducting states including s-wave and d-wave pairing on the U'-J plane.

Electronic states and pairing symmetry in the two-dimensional 16 band d-p model for iron-based superconductor