Angular distribution of reaction products from the elementary reaction N + NO2 → N2 O+O by crossed molecular beams
✍ Scribed by R.A.R. Porter; G. Ronald Brown; Arthur E. Grosser
- Publisher
- Elsevier Science
- Year
- 1979
- Tongue
- English
- Weight
- 150 KB
- Volume
- 61
- Category
- Article
- ISSN
- 0009-2614
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✦ Synopsis
The an&u distribution of N20 formed in the reaction of N \iith NO2 has been measured by crossing beams of the reactants_ The results imply 3 high degree of internal excitation of the N20 product.
📜 SIMILAR VOLUMES
Infrared emission (Au --2) has been observed from NO (u = 2-7) produced by the reaction N&3 f @ + NO(v) + 0. The apparent NO vibrational energy distribution is different from the distribution initially produced by the reaction owing to stepwise V-V quenching of NO(u) by collision with 02. A time-to
11i Chcrnisf~~. L'ln%ws& of Colorado\_ Boulder. Colorado SO309. USA \'ihr;ltional ctl~mi1unlinesccnc-c is dercctcd from the reaction N\*("P) i-Oz(S"Q in a flowing -after~lo\v. The atomtrnnsfcr product. NO+(X ' 1.+. u). displays a bimodal vibrationaldistribution spanning the nnge v = l-14. Excited N(
The rdt, cocii~c~cnts and product eon dlsrrlbutlons for rhc reactions ot OH\* and tlzO+ u ith N2\_ 02 h'0 X20 Xc, CO, CO? H2S Jnd 112 hd\c been dctermlned it 194 + 2 K usmg a selcctcd ton ilo\. rubc (SIFT) dppclrnrus These reactIons urre generally found to proLccd b\~ athcr proton or charge trsnsfcr