Not exact matches
Aging itself is a system - wide movement
towards chemical
equilibrium (away
from the highly regulated far -
from -
equilibrium state) and as such is an imbalance
from which all living organisms suffer.
(In full thermodynamic
equilibrium, all photon - non-photon interactions, including Raman and Compton scattering, would sustain that
equilibrium; all such interactions tend to eventually bring a system
towards such
equilibrium provided that photons (as well as other particles) are not entering or leaving the system
from other systems with different conditions.)
Starting with zero atmospheric LW absorption, adding any small amount cools the whole atmopshere
towards a skin temperature and warms the surface — tending to produce a troposphere (the forcing at any level will be positive, and thus will be positive at the tropopause; it will increase downward toward the surface if the atmosphere were not already as cold as the skin temperature, thus resulting in atmospheric cooling toward the skin temperature; cooling within the troposphere will be balanced by convective heating
from the surface at
equilibrium, with that surface + troposphere layer responding to tropopause - level forcing.)
For an optically thick stratosphere, for full
equilibrium, the same temperature profile is compressed
towards TOA, except where the flux
from the troposphere + surface requires some deviation.
The process of such evaporation and then condensation together with those other weather processes is an express route to get heat energy
from ocean to surface to atmosphere to space and the bigger the temperature differential between ocean surface, atmosphere and space the faster they must all work to move the atmosphere back
towards a temperature
equilibrium.
A steady - state is not a state of maximum entropy and work has to be steadily performed to keep it
from relaxing
towards equilibrium — dissipation.
A steady state is always trying to relax
towards a true
equilibrium (isothermal) and requires a constant expenditure of energy, dissipation, to keep it
from doing so.)
As per my posts above, it is possible for DLR to increase more than evaporation, and so the warming
from the DLR beats the cooling
from evaporation, leading to a warming whereby the system is moving
towards equilibrium by increasing temperature and hence increasing sensible heat flux and emitted longwave radiation.
The recent transient warming (combined with ocean heat uptake and our knowledge of climate forcings) points
towards a «moderate» value for the
equilibrium sensitivity, and this is consistent with what we know
from other analyses.