← Back to context Comment by dzhiurgis 1 month ago Just need radiators, no fans, no piping, no ac compressors, no moving parts. 5 comments dzhiurgis Reply dgellow 1 month ago How? There is no heat dissipation without an atmosphere. I mean, you have dissipation via radiation but that’s very slow roer 1 month ago Not that slow if the temperature is high enough. Power radiated is proportional to T^4 datadrivenangel 1 month ago I don't want to run my cpus at optimal radiator temperatures... 1000s of degrees is not ideal. 1 reply → nickburns 1 month ago But, but—convection!
dgellow 1 month ago How? There is no heat dissipation without an atmosphere. I mean, you have dissipation via radiation but that’s very slow roer 1 month ago Not that slow if the temperature is high enough. Power radiated is proportional to T^4 datadrivenangel 1 month ago I don't want to run my cpus at optimal radiator temperatures... 1000s of degrees is not ideal. 1 reply →
roer 1 month ago Not that slow if the temperature is high enough. Power radiated is proportional to T^4 datadrivenangel 1 month ago I don't want to run my cpus at optimal radiator temperatures... 1000s of degrees is not ideal. 1 reply →
datadrivenangel 1 month ago I don't want to run my cpus at optimal radiator temperatures... 1000s of degrees is not ideal. 1 reply →
How? There is no heat dissipation without an atmosphere. I mean, you have dissipation via radiation but that’s very slow
Not that slow if the temperature is high enough. Power radiated is proportional to T^4
I don't want to run my cpus at optimal radiator temperatures... 1000s of degrees is not ideal.
1 reply →
But, but—convection!