11 Sep '17 22:02>4 edits
Originally posted by @joe-shmo
lets go over a few things.
In order for this to work all the heat from the load has to leave the system. Agree/ Disagree?
All the heat from the load is IR. Agree/Disagree?
IR is IR is IR. Agree/Disagree?
According to NASA only 6% of IR is [b]directly radiated to space without being absorbed by the atmosphere. Agree/Disagree?
If its too ...[text shortened]... object so special that 100% is radiated directly to space, as opposed to the standard 6%?[/b]
In order for this to work all the heat from the load has to leave the system.
NO NO that is completely false. Why "all" the heat?
Just SOME heat leaving will have a cooling effect.
In fact, the laws of thermodynamics imply it is impossible for ALL the heat to leave ANY material, and that includes from ANY part of a cooling system because absolute zero is impossible to reach. And yet that doesn't stop a cooling system from working like you imply here.
IR is IR is IR. .... IR is IR is IR.
are you trying to confuse the different forms of heat?
According to NASA only 6% of IR is directly radiated to space without being absorbed by the atmosphere
yes. Relevance?
If its too cool to give off its heat by conduction/convection with its surroundings ( which may be plausible) it is giving off nearly 100% of its heat (IR) as radiation.
why "nearly 100% " as radiation necessary for there to be a cooling effect? Why not just, say, 5% ?
Where is the other 94% of the IR being radiated to?
who said the rest is radiated? Who denies conduction?
I still don't see your point.
Do you deny that this cooling system can work? If so, explain why it wouldn't work since it works in nature. If not, then what's your point of contention?