Infrared identification of the FCS radical in an argon matrix
作者:Nico Caspary、Brent E. Wurfel、Anton Thoma、Günter Schallmoser、Vladimir E. Bondybey
DOI:10.1016/0009-2614(93)89334-e
日期:1993.9
The FCS radical has been produced using a pulsed-jet DC discharge technique with several precursor molecules and characterized by IR absorption spectroscopy in an argon matrix. The spectra were analyzed and the following vibrational assignments, confirmed by isotopic studies, and by normal coordinate analysis were determined: ν1 = 1297.9 cm−1, 2ν2 = 910.3 cm−1 in Fermi resonance with ν3 = 917.9 cm−1
Production and reactions of triplet CS: matrix infrared and ultraviolet spectra of C2S2
作者:Robert B. Bohn、Yacine Hannachi、Lester Andrews
DOI:10.1021/ja00042a024
日期:1992.7
characterize the reaction products from a Tesla coil Ar/CSsub2} discharge. The discharge is an excellent source of CS, which reacts with other molecules to form the major Csub 3}Ssub2} product and the transient Csub2}Ssub2} species. The spectra of discharged mixed isotopic samples Ar/sup 12}CSsub2}/sub 13}CSsub2} and Ar/Csup 32}Ssub2} exhibit triplet patterns in the CS antisymmetric stretching
The influence of a magnetic field on the fluorescence and photolysis rate of carbon disulfide vapour
作者:V.I. Makarov、N.M. Bazhin
DOI:10.1016/0009-2614(86)85063-1
日期:1986.3
of carbon disulphide vapour under stationary excitation by light with λ = 3130±30 Å has been investigated at 0.014–165.1 Torr. Over the whole range of pressure, the magnetic effect does not depend on the gas pressure. A magnetic field has been found to affect the photolysis rate of carbon disulphide vapour in light with λ>2900 Å. The magnetic effect does not vary with pressure from 2.6–90 Torr.