Vibration, rotation, and parity specific predissociation dynamics in asymmetric OH stretch excited ArH2O: A half collision study of resonant V-V energy transfer in a weakly bound complex

David J. Nesbitt; R Lascola

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PUBLICATIONS

Vibration, rotation, and parity specific predissociation dynamics in asymmetric OH stretch excited ArH₂O: A half collision study of resonant V-V energy transfer in a weakly bound complex

Published

January 1, 1992

Author(s)

David J. Nesbitt, R Lascola

Citation

Journal of Chemical Physics

Volume

Pub Type

Journals

Citation

Nesbitt, D. and Lascola, R. (1992), Vibration, rotation, and parity specific predissociation dynamics in asymmetric OH stretch excited ArH<sub>2</sub>O: A half collision study of resonant V-V energy transfer in a weakly bound complex, Journal of Chemical Physics (Accessed December 2, 2023)

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Created January 1, 1992, Updated February 17, 2017

Vibration, rotation, and parity specific predissociation dynamics in asymmetric OH stretch excited ArH2O: A half collision study of resonant V-V energy transfer in a weakly bound complex

Author(s)

Citation

Additional citation formats

Vibration, rotation, and parity specific predissociation dynamics in asymmetric OH stretch excited ArH₂O: A half collision study of resonant V-V energy transfer in a weakly bound complex