The vibrational relaxation of HCI in liquid xenon at -68ยฐC has been studied. Vibrationally excited HCI is created following UV photolysis of HCI. The rate of relaxation of HCl as a function of HCl mole fraction in liquid xenon is the same as the correspondingrate forgas phaseHCIat -68ยฐC. Similarly t
Vibrational relaxation of HCl in HCl/Kr and HCl/Xe mixtures
โ Scribed by H. Schwahn; B. Schramm
- Publisher
- Elsevier Science
- Year
- 1986
- Tongue
- English
- Weight
- 374 KB
- Volume
- 130
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
โฆ Synopsis
Vibrational relaxation of HCI( v= 1) has been studied in mixtures with Kr and Xe at room temperature with the help of laserinduced fluorescence. Relaxation rate constants of k,,( Kr) =0.3 + 0.2 and k,,( Xe) = I. I f 0.3 Torr-' s-' have been found. The increase in the relaxation efftciency of xenon compared to krypton demonstrates the importance of attractive molecular interactions.
๐ SIMILAR VOLUMES
HCI(u) -I-HCI(0) + HCI( u -1) + HCI(0) Rcceibed 22 April 1983 The deexitdtion of hydrogen chloride molecules tllroqh HCI(u) + HCI(0) + HCI(u -1) + HCI(0) has been studied by USC of a model that is bJsed on the trmsfer of vibrational enerey to rotation. The contribution of transbtion to vibrationto-r
## Rates Tar \lbrauonal rrldxntion ol HCI(u = 1.2) III solid xenon at 40 and 146 K ore reported and are compared to the rate of rslaxatlon of HCI( c = 1) tn liquid wnon near the freezing point. Upon rreczing. the rate or relaxation of HCI( v = 1) is found to dLure.tse sigmksntly and emrss~on rrom
in final rorm 16 Augusl 19R5 1 Introduction Though there had been earlier work on vibratronal relaxatron in hqurds [l] , Callaway and Ewmg's report of the vrbratronal relaxation rate for liquid N2 [3] produced a consrderable amount of interest and actrvity IJI the area of vlbratronal energy transfer
The vibrational relaxation of HCl(u= 1) by chlorine and bromine atoms has been me:lsured at 295 K by :I discharge fbW SySti%l using the resonance fluorescence method to dctcct the hiIlogen atom concentration, combined with laser induced tkorescencc. T&c rnessured rate comtants arc: K(HCI-Cl) = (7.0