A detailed investigation leads to the proposition that the bands arise due to the electronic transition $A^2sumlimitsrightarrow X^2Pi_{1/2}$, both the states being in Hund's case (c).
📌 3 Key Takeaways
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Objective & Hypothesis:The electronic specturm of diatomic PbCl molecule has been eiccited in RF discharge source and (0,4 and (0,5) bands at 4846.0 $AA$ and 4916.4 $AA$, respectively, have been photographed at a resolution of 2 x $10^5$ in PGS-2 (Carl-Zeiss) using kodak 103-0 plates and a fine slit of 30 $mu m$.
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Key Findings & Data:Rotational analysis of the bands has been performed and molecular constants including $alpha_e$ and $beta_e$ are reported.
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Conclusion & Impact:A detailed investigation leads to the proposition that the bands arise due to the electronic transition $A^2sumlimitsrightarrow X^2Pi_{1/2}$, both the states being in Hund's case (c).
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Domain Parameters
Abstract
The electronic specturm of diatomic PbCl molecule has been eiccited in RF discharge source and (0,4 and (0,5) bands at 4846.0 $AA$ and 4916.4 $AA$, respectively, have been photographed at a resolution of 2 x $10^5$ in PGS-2 (Carl-Zeiss) using kodak 103-0 plates and a fine slit of 30 $mu m$. Rotational analysis of the bands has been performed and molecular constants including $alpha_e$ and $beta_e$ are reported. A detailed investigation leads to the proposition that the bands arise due to the electronic transition $A^2sumlimitsrightarrow X^2Pi_{1/2}$, both the states being in Hund's case (c).
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Cite This Article
DARJI, A. B., PATEL, T. M., SURESHKUMAR, M. B., SHAH, P. M. (2022). Fine structure analysis of 4846.0$AA$ and 4916.4$AA$ bands of PbCl molecule. Turkish Journal of Physics, Cilt: 20 - Sayı: 3, 223–231. https://ajindex.com/articles/614120