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Production of CN(A2Πi) in the photolysis of acetonitrile at 158 nm

✍ Scribed by Joshua B. Halpern; Xiao Tang


Publisher
Elsevier Science
Year
1985
Tongue
English
Weight
428 KB
Volume
122
Category
Article
ISSN
0009-2614

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✦ Synopsis


The pnmarl producl or the phololysls or ace~omlr~le and acc~on~Wr-d, m Ihe Tlr\l Rydbrrg system abgorphon nl 158 nm IS \homn 10 be CN(A'n,) Near colhs~on free mcasuremenls or the quantum sidle dlsrnbullons rn the A'n, II'= 0 level drwcl 1111lc romuonal exc~tahon m the CN fragment The population of the 0'=1 level of the cN(~'n,) bmw IS less than 10% or thal III Ihe /I'= 0 Ie\el The occupauon or the &,2

and n,,2 mnmrolds seems IO be staust~cal


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The photolysis of dicyanoacetylenc (CaiUz) at 160 run produces CN(X \* 23 mdlcals which arc rotationauy and vibra tionally cxcitcd. Laser-induced fh~orcscence of the CN(X) shows that the radicak are forrned primarily in the IJ = 0 dnd u = 1 vlbrationai levels with a relatlvc population ratio of No: