Radiative transfer in the earth's atmosphere is not particularly amenable to simple formulas because the atmosphere is semi-transparent to differing degree at different wavelengths, which
allows radiation emitted locally to interact with the entire atmosphere.
Not exact matches
Stephen has made some of the biggest breakthroughs in this area, showing that quantum effects can
allow black holes to
emit radiation, so black holes are actually gray.
Such a material could also
allow heaters to maintain a constant temperature by
emitting less
radiation in cold conditions and more in hot conditions.
Many such objects contain detectable amounts of molecules that
emit radio
radiation at wavelengths that
allow them to be identified and analyzed.
The Sun is important because it provides the Earth heat, it creates our daylight by
emiting electromagnetic
radiation, it
allows plants to grow via photosynthesis which in turn absorb carbon dioxide and create oxygen.
What other things in the Earth system will change when it warms up that will affect how much SW
radiation is reflected back into space [eg ice - albedo feedback, cloud changes] or affect what proportion of
emitted LW
radiation is
allowed to escape to space [eg Water Vapour, cloud changes].
I ask because my limited understanding is that temperature is related to kinetic energy, but would not register an overall increase in potential energy, in which case energy from the sun could be partitioned in heat energy
emitted from the planet and work used to increase potential energy, possibly
allowing an energy balance that does not require a
radiation balance, and also does not require a warming effect.
Secondly, the equations
allow you to prediction that change in both
radiation received at earth's surface or
emitted to space as atmospheric GHG composition changes with exquisite accuracy.
These gases absorb infrared
radiation emitted by Earth and release that energy into the atmosphere rather than
allowing it to escape to space.
It
allows us to calculation the amount of
radiation which is
emitted by a body at a certain temperature, or the temperature which a body needs to
emit a certain
radiation.
Greenhouse gases
allow much of the Sun's shortwave
radiation to pass through them but absorb or trap the longwave, infrared
radiation emitted by the Earth's surface.
I still don't know why I not
allowed to express my concern about hundreds of nuclear power plants when society turns into chaos and are left to melt and
emit pesky harmful
radiation.