One thing they don't mention — I understand the wavelength of
the infrared photons emitted varies with the temperature of the CO2 molecules — CO2 radiating infrared from a higher colder altitude is radiating slightly lower - energy longer - wavelength photons, right?
Not exact matches
A team led by Prof. Laszlo Veisz has developed a novel high - power laser capable of
emitting bursts of
infrared light — each consisting of only a few oscillation cycles — which contain 100 times as many
photons per pulse as in conventional systems.
Vibrational modes in molecules with three or more atoms (H2O, CO2, O3, N2O, CH4, CFCs, HFCs...) include bending motions that are easier to excite and so will absorb and
emit lower energy
photons which co-incide with the
infrared radiation that the Earth
emits.
Remember that CO2 molecule that intercepted an
infrared photon and twanged and started wiggling, then
emitted another
infrared photon in any old random direction.
Warm surfaces
emit infrared (IR)
photons.
What CO2 does do is it absorbs and then 100 attoseconds later,
emits Infrared photons, or radiant heat.