Does the atmosphere absorb
any significant radiation emitted from the surface?
Not exact matches
Marois and his team used ground - based infrared detection to seek out exoplanets around nearby, young, massive stars — those whose planets would have wide orbits and
emit significant amounts of
radiation as they cool from their relatively recent births millions of years ago.
This isn't true, for planet Earth at least, because Earth doesn't
emit significant IR
radiation at the frequencies that these stretching vibrations occur.
Pekka Pirilä: Where the effect of increase in CO2 is important for the energy balance is in the upper troposphere, because a
significant part of the
radiation emitted upwards by CO2 of the upper troposphere goes trough the tropopause to stratosphere or through it to open space.
Where the effect of increase in CO2 is important for the energy balance is in the upper troposphere, because a
significant part of the
radiation emitted upwards by CO2 of the upper troposphere goes trough the tropopause to stratosphere or through it to open space.
In which case, does the oxygen and nitrogen in the earth's atmosphere
emit significant amounts of
radiation (at night for example)?
At higher altitudes
radiation heat transfer becomes more
significant and OLR is
emitted and the parcel cools.
If the N2 was indeed
emitting significant amounts of thermal
radiation at those wavelengths, where is it?