Emission spectrum of CH3S radical
β Scribed by K. Ohbayashi; H. Akimoto; I. Tanaka
- Publisher
- Elsevier Science
- Year
- 1977
- Tongue
- English
- Weight
- 244 KB
- Volume
- 52
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
ernlsFion \pcctrwn of the CHJS rarhcnl is ohtanwd in the photolyw of CH3SCH3 by ~srn~ 21 xenon TCLWI~I~C~ 1.1nq.x The emission is also obtdined tn the photolysis of CI13SSCH3 at CB. 200 nm madlation a~ well as aL 147.0 nm Irradlatlon. The cvcitation threshold to produce L'11$5 flooreuxnce 111 the photolysis ofCII$%Cl13 is clctcrmmcri to be 202 2 3 nm or 6.14 +-0.03 cV. The ratios of electronic quenching rate to lluorescencc rate of CHJS* wth Nz, Hz, D2 and CIIa :lrc dctcr-
π SIMILAR VOLUMES
We have obtained high-resolution Fourier transform emission spectra of the A Λ7 X Λtransition of the jet-cooled p-xylyl radical in the 450-nm spectral region. The band contours of several vibronic bands are examined. By using the rotational constants obtained from previous high-resolution LIF spectr
Chemiluminescence from electronitiy excited HS2 radi&s has be&n detected between 950 and 2100 nm in gas-pha;9 flow systems. The emission essentially consits of u:sequences of the I$ (Al 'A' -t x 'A") tra&iion wi& the 000 -000 lxmd origin at 1378 nm. DS2 was also studied For HSp the following spectro