0000000001109840

AUTHOR

Piotr Borowski

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On the theoretical determination of the electron affinity of ozone

1993

Multiconfigurational electron correlation methods have been analyzed in order to theoretically compute the electron affinity (EA) of ozone. The near-degeneracy correlation effects, which are so important in O3 and O 3 − , have been described using complete active space (CAS) SCF wave functions. Remaining dynamic correlation effects are computed using second-order perturbation theory (the CASPT2 method). The best calculated adiabatic value (including zero-point energy corrections), 2.19 eV, is about 0.09 eV larger than the experimental value. Comparative studies using size-consistent coupled pair functional approaches (CPF and ACPF) have also been performed. The harmonic frequencies in O 3 −…

Molecular geometryElectronic correlationChemistryTriatomic moleculeElectron affinityChiropracticsComplete active spaceElectronic structurePhysical and Theoretical ChemistryAtomic physicsPerturbation theoryWave functionTheoretica Chimica Acta
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