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Basis-set superposition errors were evaluated by using the standard Counterpoise correction, the largest being of the order of 6 kcal/mol. To test basis-set dependence of energetic and structural features, additional calculations were performed by using a larger basis set only on O, P, and B atoms in order to test basis-set dependence for the formation of 2. In particular, it was shown that the same qualitative results are obtained with a Pople triple-zeta basis including polarization function on these atoms (6-311G(d)). The same holds when adding a diffuse function on oxygen atoms (i.e. 6-311+G(d)). Therefore, if not differently specified, all values correspond to those obtained with the LANL2DZ basis.
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Basis-set superposition errors were evaluated by using the standard Counterpoise correction, the largest being of the order of 6 kcal/mol. To test basis-set dependence of energetic and structural features, additional calculations were performed by using a larger basis set only on O, P, and B atoms in order to test basis-set dependence for the formation of 2. In particular, it was shown that the same qualitative results are obtained with a Pople triple-zeta basis including polarization function on these atoms (6-311G(d)). The same holds when adding a diffuse function on oxygen atoms (i.e. 6-311+G(d)). Therefore, if not differently specified, all values correspond to those obtained with the LANL2DZ basis.
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2 with arylboronic acids, see ref 2c.
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Even if all experiments have been performed in anhydrous conditions, the presence of water cannot be excluded because of the equilibrium between arylboronic acid and its boroxine
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Even if all experiments have been performed in anhydrous conditions, the presence of water cannot be excluded because of the equilibrium between arylboronic acid and its boroxine.
-
-
-
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