The best thermal materials

[-=NYS=- C.O.]

use copper tubes and aluminum fins. feed r410a refrigerant to pass through the copper tubes. the pressure comes from a 7/8 copper lineset manifold off the header of the mini-split wall hung ac unit in your computer room. a modulating pressure valve before the manifold will ensure the correct amount of refrigerant flows through the heat sink. since the line will be below the compressor no filter drier is needed to prevent oil backflow.

k?

No not HV/AC dumbass. LMAO !!

[deprodigy]

No not HV/AC dumbass. LMAO !!

would it not be better to use a technology we have been improving on for the past 159 years dummy? he's talking about building a system right?

[Steamer]

Yea, It would add thermal resistance.
Aliminum piped with copper cools better than pure piped aluminum so I cant really say if it would or would not do a better job.
So wouldnt a full copper heatsink piped with silver actually do a great job?

Would being able to store a bit more enrgy actually make that much of a difference in a fanned evnironment when its thermal conductivity is even lower than copper?

^ What about dealing with condensation? =(

Peltier cooling solutions give the same problem.

[-=NYS=- C.O.]

would it not be better to use a technology we have been improving on for the past 159 years dummy? he's talking about building a system right?

Yes it would. It was just funny how you implemented it.

[deprodigy]

Yes it would. It was just funny how you implemented it.

im a god damn genius

[-=NYS=- C.O.]

im a god damn genius

Yes but you still don't get extra milks.

[ZERO]

Yes, cooling to very low temps is an issue, that is why what I am looking at is advancing the ability to reach equilibrium in temps. One issue is the creation of turbulence within the heatsink while minimizing resistance. You see, ideally you want turbulence in a heatsink so that the molecules will not get stuck as a result of fluid dynamics.

Heatsinks that have the highest turbulence and contact area get the best performance assuming that the pump is powerful enough to move the water in it.