Anharmonicity correction for kinetic isotope effect calculations involving hydrogen isotopes
Jan Bron
Abstract
Jan Bron
Abstract
Depending upon the force field the anharmonicity correction for kinetic isotope effect calculations, based on simplified reacting systems representing a 1,2 hydride shift, may be large. For example, for deuterium and tritium kinetic isotope effects, calculated by means of the usual harmonic approximation, the anharmonicity correction is, at 300 K and for a particular force field, 0.74 or 0.66 respectively.
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Depending upon the force field the anharmonicity correction for kinetic isotope effect calculations, based on simplified reacting systems representing a 1,2 hydride shift, may be large. For example, for deuterium and tritium kinetic isotope effects, calculated by means of the usual harmonic approximation, the anharmonicity correction is, at 300 K and for a particular force field, 0.74 or 0.66 respectively.
Key concepts: Anharmonicity, Kinetic isotope effect, Deuterium, Kinetic energy, Chemistry, Isotope, Hydride, Tritium