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DISSOCIATION OF NH-3 TO ELECTRONIC GROUND-STATE FRAGMENTS BY HIGH-INTENSITY CO-2 LASER-RADIATION

Abstract:
The dissociation of NH3 into electronic ground-state fragments NH2(2B1) + H by high-intensity CO2 laser radiation has been observed under essentially collision free conditions and as a function of NH3 pressure, using laser fluorescence excitation for the NH2 detection. Luminescence from excited NH2 (2A1) produced directly by the CO2 laser has also been observed. The relative yield of NH2 (2A1) is estimated to be smaller than that of NH2 (2B1) by several orders of magnitude. © 1976.
Publication status:
Published

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Authors


CAMPBELL, J More by this author
More by this author
Institution:
University of Oxford
Department:
Oxford, MPLS, Chemistry, Physical and Theoretical Chem
HALPERN, J More by this author
Journal:
OPTICS COMMUNICATIONS
Volume:
17
Issue:
1
Pages:
38-42
Publication date:
1976
DOI:
ISSN:
0030-4018
URN:
uuid:fc158691-cb25-4602-b37f-79b9e9e448cd
Source identifiers:
53045
Local pid:
pubs:53045
Language:
English

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