OSU Navigation Bar

The Ohio State University University Libraries Knowledge Bank

VIBRATIONAL DEPENDENCE OF THE ROTATIONAL STRUCTURE AND DISSOCIATION RATES OF THE A STATE OF $NH_{3}, NH_{2}D, NHD_{2}$ AND $ND_{3}$,

Please use this identifier to cite or link to this item: http://hdl.handle.net/1811/17831

Show full item record

Files Size Format View
1989-MH-02.jpg 47.93Kb JPEG image Thumbnail of VIBRATIONAL DEPENDENCE OF THE ROTATIONAL STRUCTURE AND DISSOCIATION RATES OF THE A STATE OF $NH_{3}, NH_{2}D, NHD_{2}$ AND $ND_{3}$,

Title: VIBRATIONAL DEPENDENCE OF THE ROTATIONAL STRUCTURE AND DISSOCIATION RATES OF THE A STATE OF $NH_{3}, NH_{2}D, NHD_{2}$ AND $ND_{3}$,
Creators: Henck, Steven A.; Yan, W.- B.; Lehmann, K. K.
Issue Date: 1989
Abstract: Microwave-ultraviolet double resonance experiments on the pre-dissociative first excited electronic state of ammonia are presented. Using microwave-ultraviolet double resonance, we are sensitive to only a few rotational transitions at a time. Thus, we have been able to determine the rotational constants and the rotational dependence of the dissociation rate for $\nu_{2}-0-4$. We have found that Fermi resonance is needed to explain the vibrational state dependence of the dissociation rate.
URI: http://hdl.handle.net/1811/17831
Other Identifiers: 1989-MH-2
Bookmark and Share