- #1
Jimmini
- 30
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The reason I am asking this question is because photosynthesis allows for it. http://tonga.usp.edu/jsnow/chem343/chapter18.pdf
Is it possible that in the tropopause that the Joule-Thomson throttling process allows for CO2 and H2O to collide or have another interaction that allows for the carbon molecule to move from CO2 to H2O allowing for CH2O and O2 to occur ? All 4 molecules are found in the tropopause.
What I am wondering about is if CO2 expands, if H2O might be attracted to a CO2 molecules because a CO2 molecule retains it's heat better than other molecules in a Joule-Thomson Field.
Is it possible that in the tropopause that the Joule-Thomson throttling process allows for CO2 and H2O to collide or have another interaction that allows for the carbon molecule to move from CO2 to H2O allowing for CH2O and O2 to occur ? All 4 molecules are found in the tropopause.
What I am wondering about is if CO2 expands, if H2O might be attracted to a CO2 molecules because a CO2 molecule retains it's heat better than other molecules in a Joule-Thomson Field.