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Abstract
Vibrational excitation of the ground state of SO2 has been studied in a crossed-beam electron impact spectrometer in the 2.6-4 eV energy range. Oscillations observed in the excitation functions of the symmetric-stretch modes move towards higher energies with increasing vibrational quantum number and are understood as an interference effect in the nuclear wavefunctions of the 2A2 resonant state of SO2-.
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Schedule a callMore From: Journal of Physics B: Atomic and Molecular Physics
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