4 Transfer of Energy Conduction — transfer
by molecules bumping into each other.
Not exact matches
For example, Quanterix's Simoa (single -
molecule array) technology
bumps up sensitivity
by digitizing an ELISA (enzyme - linked immunosorbent assay), a highly effective method of determining binding between two
molecules.
The heat absorbed
by water vapor and carbon dioxide is shared with all the nitrogen, oxygen and argon, because the latter
molecules are always
bumping into water vapor and carbon dioxide as they mix in the atmosphere.
Most of the time it gets rid of that energy
by bumping into another
molecule, converting that internal energy back into translational motion of the
molecules with respect to each other.
, that carbon dioxide is
bumped by the other gas
molecules and so doing thoroughly mixes.
4) As I understand it, the ~ 15μm radiation from the Surface to the Atmosphere is absorbed
by H2O and CO2
molecules which, when excited,
bump into nitrogen and oxygen and other air
molecules, and heat the air.
Ira — regarding your summary comment 4) at May 8, 2011 at 7:51 pm my comment — NO, the atmosphere does NOT emit LWIR across a distribution of wavelengths like a blackbody, see my earlier comment at Dave in Delaware says: May 8, 2011 at 7:00 am Ira Glickstein, PhD says: «4) As I understand it, the ~ 15μm radiation from the Surface to the Atmosphere is absorbed
by H2O and CO2
molecules which, when excited,
bump into nitrogen and oxygen and other air
molecules, and heat the air.
The heated gas
molecules would
bump into other air
molecules and warm them, and like any material above absolute zero, the Atmosphere would emit radiation at a variety of long - wave wavelengths in random directions, some of which would be absorbed
by the surface of the planet, warming it further.
mkelly says: March 1, 2011 at 8:44 am Dave Springer says: March 1, 2011 at 7:53 am «Nitrogen doesn't absorb infrared radiation but it can certainly gain kinetic energy
by excited
molecules of CO2 and H2O
bumping into nitrogen
molecules.