Synchrotron rndiatmn from the Stanford positron electron acLelcrator ring (SPEAR) WA\ used to CxcitL: the ups (tz i 1) F G.itc4 in Kr 01 = 4) :~i Xe (tt = 5). Utihration of the cxccllcnt time Wucturc ot ttus taclhty made po551ble rhe l1r\r dlrzcr mcd\urcmcnts of the hfctimcs of these states. The res
Time and spectrally resolved fluorescence of Xe2 molecules excited with synchrotron radiation
β Scribed by H.D. Wenck; S.S. Hasnain; M.M. Nikitin; K. Sommer; G. Zimmerer; D. Haaks
- Book ID
- 107732000
- Publisher
- Elsevier Science
- Year
- 1979
- Tongue
- English
- Weight
- 493 KB
- Volume
- 66
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
An attempt has been made \*o measure rhe rate constant for lhe de-excltatron of a statcspctied c\cuncr using the pulse character of synchrotron radmtion The rate constants have been obtamed for dceucltatlon of a wbratlonally relxwd cwlmcr Xe;(Oz, low v) by SF, and N2 as 9 X lo-10 and 7 x 1O-'2 cm3 m
SyncIzrotron radiation at LURE has been used to excite xenon in the pressure range of 50 to 200 ton. The subsequent second continuum fluorescence at 1720 A has been spectrally and temporally anz4yzed. The observed two-component decay of this emission. as well as various s0ectrd features. are si10wn