The electronic transition involved is of the type $0^{-}-0^{-}$ of case (c) which is equivalent of $^3sum^+ - ^3sum^+$ or $^5sum^+ - ^5sum^+$.
📌 3 Key Takeaways
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Objective & Hypothesis:The emission spectrum of the cobalt monochloride molecule has been excited in a high frequency discharge tube source and the (0,0) band of H-system at 4702 $AA$ was photo-graphed at an inverse dispersion of 0.973 $AA$/mm in the 5th order of a two meter plane grating spectrograph (Carl-Zeiss).
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Key Findings & Data:Rotational isotopic shift due to $^{37}Cl$ support the analysis.
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Conclusion & Impact:The electronic transition involved is of the type $0^{-}-0^{-}$ of case (c) which is equivalent of $^3sum^+ - ^3sum^+$ or $^5sum^+ - ^5sum^+$.
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Domain Parameters
Abstract
The emission spectrum of the cobalt monochloride molecule has been excited in a high frequency discharge tube source and the (0,0) band of H-system at 4702 $AA$ was photo-graphed at an inverse dispersion of 0.973 $AA$/mm in the 5th order of a two meter plane grating spectrograph (Carl-Zeiss). The fine structure analysis of the band has been carried out and the molecular constants are reported for the first time. Rotational isotopic shift due to $^{37}Cl$ support the analysis. The electronic transition involved is of the type $0^{-}-0^{-}$ of case (c) which is equivalent of $^3sum^+ - ^3sum^+$ or $^5sum^+ - ^5sum^+$.
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Cite This Article
SURESHKUMAR, M. B., SRIKANT, S. R. (2022). Fine structure analysis of 4702 $AA$ band of the molecule. Turkish Journal of Physics, Cilt: 22 - Sayı: 1, 21–27. https://ajindex.com/articles/614095