The use of electron impact dissociation and the photon-photon cascade technique to measure the lifetime of the B2Σ+ state of CN
✍ Scribed by K.A. Mohamed; G.C. King; F.H. Read
- Publisher
- Elsevier Science
- Year
- 1977
- Tongue
- English
- Weight
- 725 KB
- Volume
- 12
- Category
- Article
- ISSN
- 0368-2048
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The rotational structures of the (0,O) sequence of the violet (B "\_-X'.Z) band system of CN produced by the electronimpact dissociative excitation of HCN were measured under such conditions that secondary reactions czn be disregrded. The distribution of the spectral intensity was essentially indepe
Emission spectra of the CN violet band system (B \*Z-X \*S) were observed by the eIectron impact on HCN with seberal impact ener@s near me thieshold. The formation of CN(B) by the dissotiti~ excitation of HCN m invest&t&-The -hoId eneey weed essentiaUy with that obt&ned by the photodissociation meas
The (0,O) sequence of the violet (B '2-X' 2) band system of CN produced by the elcctran impact dis.so&tive cxcitatiar. (200 eVI of HCN, BrCN and CzNz was measured. From the rektivc intensities of the R( 14) lines split by rotation4 pertiubatian. the ratio of the formation rate of the A2fl state to