In the midst of an extreme Antarctic freeze,
atmospheric molecules lose roughly 20 percent of their room - temperature velocity.
Not exact matches
Briefly put, the process can be defined as a CO2
molecule absorbing a ~ 650 cm - 1 photon (equivalent to a thermal energy of about 900 K), and
losing that energy to the surrounding bath of
atmospheric gases.
If CO2
molecules in the atmosphere
lose energy by collision with other
atmospheric molecules then isn't the energy thermalized so that no photon is emitted?