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The H + N2O → OH(2Π(ω), v', N') + N2 reaction: The microscopic mechanism at 1.5 eV

Abstract:

OH state-resolved angular scattering and kinetic energy release distributions for the reaction H + N2O → N2 + OH have been determined for the OH products born in the upper 2Π 1/2 spin-orbit state. Also presented are OH spin-orbit population propensities, and OH quantum state-resolved energy disposal data. The scattering dynamics show no sign of a dependence on OH spin-orbit state, despite a two-fold preferential population in favour of the lower OH spin-orbit state. The new data are discussed...

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Publisher copy:
10.1039/a907965c
Journal:
Physical Chemistry Chemical Physics More from this journal
Volume:
2
Issue:
4
Pages:
715-722
Publication date:
2000-02-15
DOI:
ISSN:
1463-9076
Language:
English
Pubs id:
pubs:151359
UUID:
uuid:89f632e9-e6cc-40fe-8451-efbf46227bf3
Local pid:
pubs:151359
Source identifiers:
151359
Deposit date:
2013-02-20

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