Billy_Bob
Diamond Member
- Sep 4, 2014
- 30,837
- 20,610
You still do not understand the process... And you remain ignorant...Why does the surface have to be cooler?Excellent! And when it emits, it can send that photon in any direction, even toward the ground.
If the surface is cooler than it sure? why not?
Yes, the IR doesn't heat the atmosphere until it is absorbed.
It's not restricted as far as the molecule it hits, but yes, that's how IR heats the atmosphere.
nope, it is no longer IR after it is absorbed.
The IR heats the atmosphere. SSDD was wrong. You too
Nope!! Kinetic Energy through conduction. If IR was what did it, there would be no need to specify conduction, now would there?
Conduction isn't emit, last I looked.
If the surface is cooler than it sure? why not?
Why does the surface have to be cooler?
nope, it is no longer IR after it is absorbed.
After it's absorbed, it's "heat".
Nope!! Kinetic Energy through conduction.
If it's heat after the CO2 conducts it, it's heat before CO2 conducts it.
If IR was what did it, there would be no need to specify conduction, now would there?
You've discovered the 2 step process. Don't tell SSDD
You missed that in physics
If it's heat after the CO2 conducts it, it's heat before CO2 conducts it.
It’s not IR.
You've discovered the 2 step process. Don't tell SSDD
What we’ve known is IR doesn’t warm shit
You missed that in physics
Because I took real physics.
It’s not IR.
It's random kinetic energy now (heat).
What we’ve known is IR doesn’t warm shit
Except for GHGs and anything they collide with.
"Except for GHGs and anything they collide with."
Wrong again...
Is the wavelength correct? The diepole moment correct? Can the molecule actually warm?
As with 98% of all atmospheric gases the answers are no 99.9% f the time. The atmosphere, absent water vapor, can not warm by LWIR.
Can the molecule actually warm?
Yes, the IR that is absorbed by the atmosphere warms the atmosphere.
The atmosphere, absent water vapor, can not warm by LWIR.
CO2 that absorbs IR isn't warmer after the absorption than before? Link?