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BSSE-corrected B3LYP energies were determined using the AMI or PM3 internal geometries for the QM monomer. Test calculations showed that the use of these geometries for the QM monomer instead of the B3LYP optimized ones affected very slightly both the location and depth of the minimum in the energy profile
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BSSE-corrected B3LYP energies were determined using the AMI or PM3 internal geometries for the QM monomer. Test calculations showed that the use of these geometries for the QM monomer instead of the B3LYP optimized ones affected very slightly both the location and depth of the minimum in the energy profile.
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note
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Calculations were performed using the nonelectrostatic formalism reported by Cummins and Gready. In addition to the 6-12 potential function for the nonelectrostatic term, their treatment considers a 10-12 pair potential function for hydrogen-bond interactions, and hydrogen atoms in the TIP3P water molecule have nonzero van der Waals parameters (ε = 0.02 kcal/mol; r* = 1 Å).
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