Besides, different surfaces radiate different amounts of
heat at infrared wavelengths owing to a material characteristic known as emissivity.
In 2009, the Spitzer Space Telescope discovered infrared radiation from a ring far beyond all the others encircling Saturn; sunlight heats the ring's dust, which emits
its heat at infrared wavelengths.
Not exact matches
This
heat fades over time until all the light they do emit is
at infrared wavelengths.
But they did
heat up the dust, causing it to radiate
at infrared wavelengths.
Different
wavelengths of light interact with solar cells in very different ways — with visible light being the most efficient
at generating electricity while
infrared is more efficient
at carrying
heat.
Furthermore, Solocarbon
infrared heat allows for most of the far
infrared wavelength to be near 9.4 microns, which is the level
at which the human body absorbs
infrared energy.
This means our heaters produce the majority of the
infrared heat in the vital wave range of 6 to 12 microns with a good portion of
wavelengths at 9.4 microns, the optimal absorption range of far
infrared by the human body.
As far as I know, if the only physical mechanism under consideration is the radiative cooling of the planet's surface (which was
heated by shortwave solar radiation and reradiated
at longer
wavelengths in the
infrared) via radiative transport, additional gas of any kind can only result in a higher equilibrium temperature.
Near
infrared light [which Myrrh calls reflective and according to him also like visible light does no
heating] starts
at about 1.2 watts per nm per square meter and by the point
at end of Near Infared
at 1400 nm, the per nm of
wavelength drops to under.5 watts per square meter per nm.
But the effect of CO2 gas warming is also insignificant - in comparison between
heating from CO2 and
infrared wavelength from the sun starting
at 2500 nm to 30,000 nm, it seems to me this entire
infrared spectrum could more significant as compared to any purported claim about warming due to CO2.
Radiation
at ultraviolet
wavelengths dissociates atmospheric molecules, initiating chains of chemical reactions — specifically those producing stratospheric ozone — and providing the major source of
heating for the middle atmosphere, while radiation
at visible and near -
infrared wavelengths mainly reaches and warms the lower atmosphere and the Earth's surface1.
In the real world; that being the laboratory where CO2 does its dastardly deed on our climate, the source of the energy that purports to do the
heating, is (on average) a black body like source of Long wave
infrared radiation having a spectral peak
at about 10.1 microns
wavelength, and containing about 98 % of its energy in a range of about 5.0 to 80 microns
wavelength,
at an effective Temperature (on average) of 288 Kelvin.