Wuwei
Gold Member
- Apr 18, 2015
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Tom Vonk's article in Macauleys world is very well written. He promotes using equipartition as a very important local phenomenon as I did, and he also has a caveat that he is concerned with one aspect of CO2 in the atmosphere. There was no intention by either of us to say that the concept explains everything from ground to space, it emphasizes that CO2 is what I call a scattering medium no matter what the altitude. Your objection about the temperature gradient is well taken, but that wasn't the point of my original comment. I was simply addressing SSDD's objection that it is improbable for the same CO2 molecule to absorb and emit the same radiation at it's resonance frequency. It is a statistical ensemble in a local volume that does that. However Tom focus was to address the fact that CO2 does not directly transfer heat to the atmosphere.Sure, and Ira G has written similar articles. Like I told Wuwei-, the problem with using variations of the equipartition equations is that THERE IS a temperature gradient! That THERE IS a difference in the type and amount of radiation that goes into the atmosphere at the surface and what comes out at any height you want to measure. And if that is not enough, then there is the potential energy being stored in the gravity field that is not 'detectable' as temperature change.