lol... I bet this has been though of before but just in case and for my amusement..
is it possible to pump liquid nitrogen like H20 would be... I know it wouldn't be easy, or hard, or very hard... it must be well above extremely hard also... but this would be something to think about, lol...
yet would there be a purpose? it can't get much cooler than the but stacks filled with anyway right...
just a thought, for fun
EDIT: just changed the name of the thread from "Liquid Nitrogen through water block?" to the current cause well, this thread sorta turned into that
If you get strong enough tubing that withstand the cold and a pump,reservoir etc then I think it would work... It might be to cold for the CPU though! Might be worth trying on a Pentium 2 or something but not a quad or a very nice cpu!
ok.. so metal pipes instead... remember this is a daydream, there is no limits, think like NASA is designing it...
rofl...
actually now that I say that... NASA has a plane that they use as an observatory which needs to be kept cold to see further and they keep it within three degrees of absolute zero
ok.. so metal pipes instead... remember this is a daydream, there is no limits, think like NASA is designing it...
rofl...
actually now that I say that... NASA has a plane that they use as an observatory which needs to be kept cold to see further and they keep it within three degrees of absolute zero
Well there's no way to pump it, and the condensation would kill everything like Mikey said.
There is no need to pump it. You pump water to a rad that blows ambient air through it. The ambient air is cooler than the CPU and the water is used as a way to transfer the heat. This is how watercooling works. LN2 is colder than ambient air. It is the actual cooling source, hence there is no need to pump it anywhere.
I think he thought having the LN2 in a contained system would be a long term solution.
If you prepped the board for the temps like you do with Phase and whatnot and got it to work, then damn. You would get every rep I could give for 10 days.
I understand that you don't really need to pump it, though it wouldn't hurt to have it at least swirling a bit, still not very useful, but that is a good point that if there were a good way to keep it in there and perhaps just some sort of reservoir, a bit keg of it, keeping the processor reservoir full... then you could simply fill 'er up with some good ol 200 octane liquid nitrogen... hope you have deep pockets...
I'm afraid it wouldn't work. LN2 cooling works by simply heating up something very cold (LN2). This then evaporates and carries the heat energy away from the CPU. In a closed loop like a water cooling system you would have no way to remove the energy from the LN2, in fact blowing air through the rad would warm the LN2 up! It would boil, inside the loop and explode. However, if you were cooling the rad with something like Liquid Helium (Colder than LN2), then you'd be on to something. Unfortunately the helium would need to be replenished constantly (and there is a world shortage), or activley cooled by a big arse phase cascade.
lol... I bet this has been though of before but just in case and for my amusement..
is it possible to pump liquid nitrogen like H20 would be... I know it wouldn't be easy, or hard, or very hard... it must be well above extremely hard also... but this would be something to think about, lol...
yet would there be a purpose? it can't get much cooler than the but stacks filled with anyway right...
just a thought, for fun
That contains 541,763 gallons of liquid hydrogen and liquid oxygen. It must be pumped in there. So, yes, you can pump it. But remember, it wouldn't be a water block any more.
You couldn't, or want it in a closed loop. Like said before, the LN2 would boil and burst the tubing. Water would work better in a closed loop. However, if you were to have one end of the waterblock open for evap, it may work.
You couldn't, or want it in a closed loop. Like said before, the LN2 would boil and burst the tubing. Water would work better in a closed loop. However, if you were to have one end of the waterblock open for evap, it may work.
There is a device that turns gaseous nitrogen into liquid nitrogen.
If you were running the liquid nitrogen through the loop from the waterblock to this device, then you have a sustained LN2 coolant loop.
if ln2 inside a copper cylinder was inserted halfway into a tank filled with mineral oil and the top left to evaporate, would condensation form in the outer part of the copper and mix with the mineral oil?
Originally Posted by darkjediii
if ln2 inside a copper cylinder was inserted halfway into a tank filled with mineral oil and the top left to evaporate, would condensation form in the outer part of the copper and mix with the mineral oil?
no, there is no air in contact with the submerged tanks, air has moisture in it, the mineral oil doesnt have air in it.
Originally Posted by USlatin
check the name of the thread now lol
With no money concern your best bet would be to build a C60 based super conducting CPU using fiber optics and then use liquid oxygen or nitrogen to cool it.
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