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Quantum-state-selected photodissociation of H2O(C̃1 B1)

✍ Scribed by A. Hodgson; J.P. Simons; M.N.R. Ashfold; J.M. Bayley; R.N. Dixon


Publisher
Elsevier Science
Year
1984
Tongue
English
Weight
474 KB
Volume
107
Category
Article
ISSN
0009-2614

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✦ Synopsis


Rccrivcd 19 51xch 1984: in tinlll forin 4 April 198-l Tunable. hnc-narrowed Krl: bscr radiation 11~1s been used to popul3~c individual rovlbronic Icvcls in 111c T' B, SI~IC of H20. via two-photon absorption at prcssurcs >S mTorr. Prcdissorbtion into OH(A f.+)u.=o. dcIccIcd by scxnning iIs ro-wtion3Uy rcsolvcd Iluorcsccncc. onl) occurs for levels with (Jz) 1 0. The homogeneous prcdiwwiation chxnncl musk gcnentc allern~rirc produc[s. Thus. the bnnching inI0 111s ncccsriblc elecrrouic dissociation chxnncls is inllucnccd by rotation of the parent molcculc. The roIaIionf disrribulion in Ihe OH(A) frspmcnrs pc~k> 31 lwcr v~lucs. _Vbl; = 1-I. rhzn obscrvcd using sinelc-photon excitation at J 23.


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Atomic fine-structure state selectivity
✍ J.G. Balz; R.A. Bernheim; W.J. Chen; L.P. Gold 📂 Article 📅 1985 🏛 Elsevier Science 🌐 English ⚖ 541 KB

In the cohisionahy induced dissociation of the photoexcited B 'II, state of Li,, is found that the 2 ' Psn which has Li(2 \*P)+Li(2 \*S) as products, it fine-structure state is PrcferentiaIIy produced. The 2 \*Psfl and 2 2P1/2 atomic Li state production was measured by observing the fluorescence pro