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Diagnostics of a Hydrocarbon Plasma Jet Using the A^{2}Δ-X^{2}Π System of CH

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Koulidiati J., Czernichowski A., Beulens J., Schram D.
Acta Physica Polonica A
|
1998
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vol. 94
|
issue 1
3-12
EN
We study the intensity distribution of the A^{2}Δ-X^{2}Π system of CH molecule at 430 nm in a low pressure plasma jet. This system shows an overlap of vibrational bands with Δv=0. By comparing simulated and experimental emission spectra, we obtain rotational and vibrational temperatures using Boltzmann plots or some thermometer functions. The thermometer functions are the integrated intensities of line-like transitions composed of several rotational transitions. The result of the Boltzmann plots and the thermometer functions method that we propose are in good agreement.
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