In susceptible dogs, they are unable to
absorb these molecules across the small intestines because they lack certain carrier molecules.
Not exact matches
The argument was a lack of evidence that large
molecules were intact when
absorbed across the intestinal wall, and there was no evidence that glandular extracts had any healing effects or could target any specific internal organs.
If there is a greater density of CO2
molecules, then the probability of a particular photon, at one of these wavelengths that CO2
absorbs, coming
across a CO2
molecule, is clearly increased.
Moreover, since gas
molecules don't
absorb IR
across the spectrum but only on molecular lines, cutting off the radiative heat flow would not be nearly as effective as simply silvering the walls and pulling a vacuum in the void between the walls.
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.
That
molecule that just
absorbed and lost a micro-state would then be able to pass it right back
across the cube to the other
molecule now with extra available micro-states.