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The 2B1(K′ = 1)-X̃2A1(K″ = 0) subbands of NO2 found in the excitation spectrum using a supersonic molecular beam

✍ Scribed by Nobuo Sugimoto; Sanzo Takezawa

Publisher
Elsevier Science
Year
1985
Tongue
English
Weight
244 KB
Volume
121
Category
Article
ISSN
0009-2614

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✦ Synopsis

-0) subbands at 4641 and 445.6 nm are idenlified in the fluorescence exciralion specua or NO, roIa1ionally cooled in a supersonic jet. The origins of both bands agree well with a calculakm based on rhe theory of Ihe Renner-Teller effect. and the Mbrarional signmenu ui = 14 and 16 are given IO the upper levels, respextively.

📜 SIMILAR VOLUMES

Rotational analysis of the 2B1 (K′ = 0)←
Rotational analysis of the 2B1 (K′ = 0)←2A1(K″ = 1) bands with ν′2 = 6.7 and 10 in the excitation spectrum of NO2
✍ Sanzo Takezawa; Nobuo Sugimoto; Nobuo Takeuchi 📂 Article 📅 1983 🏛 Elsevier Science 🌐 English ⚖ 269 KB

The rotational structure of the 2B, state of NO\* is analyzed by means of the time-gated escitation spectrum. monitored at the 3v2 band. The band origins ~0 and the rotational constants are evaluated from the observed data: vo = 20204.86 cm-t.

Rotational analysis of the 2B1(K′ = 1) -
Rotational analysis of the 2B1(K′ = 1) -2A1 (K″ = 0) sub-band of NO2 at 464.9 nm in the time-gated excitation spectrum
✍ Nobuo Sugimoto; Nobuo Takeuchi; Sanzo Takesawa 📂 Article 📅 1983 🏛 Elsevier Science 🌐 English ⚖ 298 KB

The rotational structure of the \*Br(K' = 1) sub-band of NO2 was, for the fust time, analyzed in the thne-gated escitation spectrum monitored at the 31~2 fluorescence band. The band origin, ho = 2 15019 cm-', and rotational constant, z' = 0.373 cm-' , were obtained. The observed sub-band was vibrati