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Antiferromagnetic polarization in the periodic Anderson lattice.

By using a third-order approximation of the local approach to the periodic symmetric Anderson lattice, the ground-state energy, the correlation energy, the local magnetic moment, and the antiferromagnetic polarization are obtained. We found that the local magnetic moment and the antiferromagnetic polarization increase with increasing one-site f-f electronic Coulomb interaction U and with decreasing d-f electronic hybridization strength V.