MNDO calculations for compounds containing aluminum and boron
Larry P. Davis, R. Martin Guidry, J. R. Williams, Michael J. S. Dewar, Henry S. Rzepa
Abstract
Larry P. Davis, R. Martin Guidry, J. R. Williams, Michael J. S. Dewar, Henry S. Rzepa
Abstract
Abstract Parametrization of MNDO for aluminum and comparisons of calculated molecular properties with experimental values indicate the general usefulness of MNDO to study aluminum‐containing compounds. Although results are not as good as for molecules containing only C, H, N, and O, they are nevertheless accurate enough to be useful, especially when predictive biases noted in this article are considered. Inclusion of the d orbital in the MNDO scheme may improve the aluminum results. Results for boron‐containing molecules not previously reported are also reported in this article.
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Abstract Parametrization of MNDO for aluminum and comparisons of calculated molecular properties with experimental values indicate the general usefulness of MNDO to study aluminum‐containing compounds. Although results are not as good as for molecules containing only C, H, N, and O, they are nevertheless accurate enough to be useful, especially when predictive biases noted in this article are considered. Inclusion of the d orbital in the MNDO scheme may improve the aluminum results. Results for boron‐containing molecules not previously reported are also reported in this article.
Key concepts: MNDO, Parametrization (atmospheric modeling), Aluminium, Molecule, Boron, Computational chemistry, Molecular orbital, Chemistry