More GHG equals more absorption and re-emitting of
long wave bands, and that equals an increase in temperatures.»
Not exact matches
It's called optical SETI, and its instruments are focused on a different
band of the light spectrum than radio astronomy, looking instead at the same
waves our eyes take in, along with infrared frequencies, which are just a smidge
longer.
When it has all its receiver
bands enabled, ALMA will capture radiation from space in
longer wavelengths, from a few hundred micrometers to approximately 1 millimeter (close to one thousand times
longer than visible light
waves).
Walk a poppy - trimmed path to the tip of the park's dramatic, limestone point to look down into turquoise - blue water,
long bands of bull kelp swaying in the
waves.
In reply to # 1, greenhouse gases absorb selective
bands of radiation in the atmosphere and re-radiate them in all directions as
longer wave infrared.
Each GHG [greenhouse gas] absorbs and re-emits certain
bands of the
long wave radiation coming off the Earth.
Roy Spencer's thoughtful and well - considered explanation of how a colder body adjacent to a warmer body can make that warmer body warmer still is excellent, as is Jack Barrett's paper explaining the behaviour of greenhouse - gas molecules at the quantum level when they interact with
long -
wave radiation at their characteristic absorption wavelengths (their «absorption
bands»).
The most highly variable parts of the Sun's spectrum of radiation are found at the very shortest wavelengths — the ultraviolet (UV) and X-ray region — and in the very
longest and far less energetic
band of radio
waves.
The radiative route takes two paths a. Collision activation of
longer wave IR emissions from H2O is favoured for two reasons (i) Nearly 40 times more H2O molecules than CO2 (ii) Plenty H2O
bands at wavelengths > 15um = > much more probable.
The
longer waves used by the 2.4 GHz
band are better suited to
longer ranges and transmission through walls and solid objects.