Relating excited state molecular emission to chemical reaction

AI Thread Summary
The discussion centers on the relationship between emission spectra, specifically those dominated by excited state molecular emission, and the number of chemical reactions occurring in a process. The initial question raises the potential for correlating emission spectra with reaction rates, but participants express confusion regarding the terminology and clarity of the question. Key points include the understanding that all emission spectra result from molecules transitioning from an excited state to a ground state, and the need for specific examples of chemical reactions to provide a more accurate analysis. The conversation highlights the complexity of linking emission characteristics to reaction dynamics without clear definitions or context.
rwooduk
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.. reaction.

This may seem a nonsensicle question but I'll go ahead anyway.

Say if I have a process that has an emission spectra dominated by excited state molecular emission, can I relate this in any way to the amount / number of chemical reactions occurring?

Thanks for any help
 
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You are right that is seems nonsensical. I'm not sure I understand the question. What you you mean by excited state molecular emission? All emission spectra reflect the molecule transitioning from an electronic excited state back to the ground state. Also, it's unclear what chemical reaction are you talking about as you don't specify any of the reactants or products involved. Is there some example you had in mind?
 

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