Infrared absorption spectroscopy of CO2-Ar complexes
β Scribed by S.W. Sharpe; R. Sheeks; C. Wittig; R.A. Beaudet
- Publisher
- Elsevier Science
- Year
- 1988
- Tongue
- English
- Weight
- 551 KB
- Volume
- 151
- Category
- Article
- ISSN
- 0009-2614
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π SIMILAR VOLUMES
A rotationally resolved spectrum of the N2-CO complex was observed in the region of the CO monomer vibration by a rapid-scan infrared diode laser and a pulsed molecular beam. The Q-and R-branches of the b-type transitions (K a = l ,-0) for N2-CO were observed, but the P-branch transition was missing
The rotationally resolved absorption spectrum of the HCCH-CO dimer was observed in the region of the CO monomer vibration by a rapid-scan infrared diode laser and a pulsed molecular beam. The observed spectrum of HCCH-CO supported a linear molecule. The vibrational wavenumber is determined to be 214
Van der Waals bending rovibrational transitions of the Ar-CO complex were observed between 308 and 383 GHz using submillimeter-wave absorption spectroscopy in a pulsed supersonic jet. The submillimeter radiation was generated by a phase-stabilized backward wave oscillator source. Fourteen transition
Ultra-sensitive tunable difference frequency IR absorption spectroscopy in a slit supersonic jet has been used to observe sub-Doppler spectra of Ar-HF in the (lO\*O) HF stretch and (11'0) HF stretch plus van der Waals bend modes. Linewidths yield a lower limit of 3 X lo-' s for the predissociation l