The vibrational predisso&tion spectra of (C, H4)2 and Ar-C? H4 hwc been measured using a molecular beam apparatus and ;t tunable infrared laser (an optical parametric oscillator), near the vg (==3100 cm-') and 1~11 (=2990 cm-') modes of ethylene. The spectra are not homogeneously broadened and show
Color center laser spectroscopy of C2H and C2D
β Scribed by Wen-Bin Yan; C.B Dane; D Zeitz; Jeffrey L Hall; R.F Curl
- Publisher
- Elsevier Science
- Year
- 1987
- Tongue
- English
- Weight
- 737 KB
- Volume
- 123
- Category
- Article
- ISSN
- 0022-2852
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The gas phase spectrum of the C 2 H radical in the region between 3191 and 3342 cm 01 has been studied using a Faraday LMR spectrometer with a CO overtone laser. The C 2 H molecules were produced in an electric dc glow discharge of normal type containing a mixture of helium, acetylene, and hydrogen.
We studied the gas phase spectrum of the deuterated ethynyl radical C 2 D in the region between 3196 and 3243 cm 01 using a Faraday LMR spectrometer in combination with a CO overtone laser. The C 2 D radicals were generated in a dc glow discharge containing helium, deuterium, and acetylene. We obser
Formation of methyl radicals via the consecutive reactions H+C2H,+M+C2H,+M ( I ) and H+CLH,+CH,+CH3 (?a) was initiated by pulse radiolysis of IO-100 mbar Hz in the presence of ethylene. The kinetics of CH, were studied by monitoring the transient infrared absorption at the Q( 3, 3) line of the u,=O+