(ii) If one decreases GHGs to speed up the energy flow through
the diabatic loop thereby cooling that loop there will be a reduction in PE relative to KE within the adiabatic loop instead of a change in the constant.
(i) If one increases GHGs to slow down energy flow through
the diabatic loop thereby warming that loop there will be an increase in PE relative to KE within the adiabatic loop instead of a change in the constant.
Essentially, the adiabatic and
diabatic loops must always match each other on any given planet at equilibrium because they are then of equal size and run at equal speed but are of opposite sign.
Not exact matches
As long as the AAL is a closed
loop and kept independent of the Solar
Diabatic Loop (SDL) then system equilibrium is maintained however high the surface temperature might rise.