Vib-rotational energy differences between the \(\dot{X}(010)^{3} \Pi(b)\) and \(\dot{X}(000)^{3} \Sigma^{-}\)states, and purerotational energy differences in the \(\bar{X}(010)^{3} \Pi(b)\) state of the CCO radical, were obtained from near-infrared absorption spectral data of the \(\tilde{A}(010)^{3
Infrared diode laser and millimeter-wave spectroscopy of the NCl radical: Vibrational and isotopic dependences of molecular constants
β Scribed by Chikashi Yamada; Yasuki Endo; Eizi Hirota
- Publisher
- Elsevier Science
- Year
- 1986
- Tongue
- English
- Weight
- 712 KB
- Volume
- 115
- Category
- Article
- ISSN
- 0022-2852
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π SIMILAR VOLUMES
The n 3 fundamental band (C-N stretch) and four associated hot bands of I 13 CN have been recorded in the 2130 cm 01 region using a diode laser spectrometer. The analysis of the five infrared bands has been supported by the measurements of new millimeter-wave rotational lines for the 00 0 0, 01 1 0,
The rotational spectral lines of HCCS and DCCS have been observed with a Fourier transform millimeter-wave spectrometer in combination with a pulsed discharge nozzle. The HCCS radical is produced by discharging a mixture of C 2 H 2 and CS 2 diluted in Ar. The DCCS radical is produced by using C 2 D
Infrared line positions, linestrengths, and pressure-broadening coefficients are required to determine absolute trace gas concentrations from high-resolution absorption spectra. We have measured these values for the infrared absorption lines in the Ξ½ 12 band (antisymmetric wag) of hydrazine between
The \(\dot{A}(010)^{3} \Sigma^{(-)}-\dot{X}(000)^{3} \Sigma^{-}, \dot{A}(010)^{3} \Sigma^{(-)}-\dot{X}(010)^{3} \Pi(b)\) and \(\dot{A}(010)^{3} \Sigma^{(+)}-\dot{X}(010)^{3} \Pi(b)\) subbands in the \(\dot{A}^{3} \Pi_{i}-\dot{X}^{3} \Sigma^{-}\)system of the \(\mathrm{CCO}\) radical have been reinve
FIG. 6. Plot of integrated absorption from 965.4774 to 965.6633 cm -1 versus hydrazine column density (number density times path length). The slope is the integrated line strength for this spectral region.