How to Cool Your PC with Dry Ice
Ant writes "This Madshrimps article is a complete guide to working with dry ice so you can reach sub-zero temperatures with your CPU and graphics card. Details on building containers, where to buy dry ice and important tips and tricks. (Seen on Blue's News.)"
That device looks unweildy and is undoubtedly exceeding the max weight limit intel or amd would want you to use for a heat sink. Quite frankly i don't see the point of a computer that requires you to fill it daily in order to run it. Overclocking should only go so far, they have some nice professional compressor based solutions that should be able to achieve similar performance without the hassle of purchasing dry ice on a regular basis. One I know is called vapochill. Dry ice with no load is around -75 C whereas the vapochill should be around -45 C
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http://www.hothardware.com/viewarticle.cfm?articl
And if you were to go the dry ice route, since AFAIK dry ice isnt conductive, why don't they just build the entire computer into an icebox (not the hard drive), and put a regular passive heat sink on the processor rather than construct that monstrosity of plumbing. I would think the overclocked memory and chipset would benefit equally as well. Oh and of course throw in some sacks of silica gel in there, don't want to have condensation now.:]
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...what would happen if these class of people would be better off putting this kind of effort into getting laid
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WOW....I just increased my processor from 2.2ghz to 2.3ghz.
After liquid metal and liquid nitrogen, here comes dry ice! What's next?
A computer makes it possible to do, in half an hour, tasks which were completely unnecessary to do before.
Unless you've a tale to tell about the time you tried to overclock your cat with dry ice, this thread isn't the place for your post.
BTW, the thing about cats is that they have dignity. Dogs do not. You can tell from this simnple thought experiment:
Kick a dog, and kick a cat. The dog will come back for more; the cat will rip your curtains to shreds, then leave, never to return. Now tell me, which is the superior animal?
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Grab it off mirrordot.
You can achieve a temperature of less than -100 F just using a big stack of (LARGE) thermoelectric coolers. With TECs, you can keep your CPU that cool 24/7 without using up dry ice!! The hot end of the stack generates an incredible amount of heat though -- A large fan is needed to dissipate the heat from the monsterous heat sink. Your computer could be used as a space heater in the winter!
Dry ice isn't made from water! That's why it's dry ;)
Why not just refrigerate the case instead? You can overclock your 3 ghz machine to 3.04 ghz and keep your brewskis cold at the same time!
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Sure. If your freezer goes to 11.
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At least you don't have to get the stuff from Lybian terrorists. Great Scott!
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According to some dude mentioned in some bestseller (the bible I believe it was called), the dog would be the superior animal, because it turns the other cheek.
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Sure, more dangerous. But probably more handy to build and could last longer. Valve set to slow dripping, pipe outlets (possibly with some spraying tips) over the radiators, possibly even electric valve with some temperature feedback loop - temperature rising, pour more, temperature dropping too much, cut off. 1 liter is something like 6 cents in bulk, so it should last quite long. Sure pouring a bucket of liquid nitrogen over a PC won't do much good, but you should be able to release it as slowly as you only desire, so...?
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I have been puzzled by x86 users' preoccupation with heat for quite some time.
Wouldn't it be a lot cheaper and easier to just use a processor that doesn't get so friggin' hot? Like a PowerPC or Crusoe...
On the plus side, this device hardly seems like something that could be mass-produced profitably. On the minus side, the dangers of dry ice, the border-line exorbitant cost of maintenance, and what appears to be a customized fit to the PC at hand (i.e.: it doesn't look like they could take that monster out and put it into another PC) makes me wonder what the point of this is. And I think I know exactly ;)
Placing granular dry-ice into a copper container next to your CPU/GPU isn't going to result in very efficient heat transfer. If you're really going to try this, I recommend floating the dry ice in some sort of organic solvent (don't try water, as it'll freeze) and setting up some sort of agitator system.
An even better setup would be to setup a water-cooling-like system, with dry ice in a container filled with solvent above the system. The solvent would be fed into a heat exchanger on top of the CPU/GPU. No pump would be necessary, because, as the solvent in the heat exchanger heats up, it'll float up to the top, where it'll be cooled down again by the dry ice.
In any case, the costs of such a system would probably outweigh any benefit of using it.
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And how he did it...
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Pay girls to strip!
I'd certainally not use this in a confined space! A Cooling system that can make you feel crap and sleepy? No thanks!
The best part is the fog that will come out of your computer... it'll look real cool with all your blue lights shining through it, and *yawn* why am I getting so sleepy?
#naabhaprzrag, #sverubfr-000, #agi-fcbafberq, negvpyr[pynff*=' negvpyr-ary-'] { qvfcynl: abar !vzcbegnag; }
I don't want to buy dry ice. Isn't there a good way to make it at home?
Yup, really amazingly simple.
Just take your anhydrous CO2 tank, connect it to a dry ice mold (almost like a rigid fine-meshed cheesecloth box, you could probably hack one together if you don't already have one), and let 'er rip until the mold fills.
You can even still use the waste CO2 (a lot) for something else, with a careful setup - Just make sure the pressure drop occurs in the mold rather than at some point down-stream.
... like How to Cool your PC with Bose-Einstein Condensate just so we finally get to the ultimate extreme end of things and never have to see another stupid cooling story again?
Can we just get a category for "cases and cooling"? Crust almighty...
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Rime from water and other substances is a major problem in cryo work. So is heat transfer. We normally use acetone or isopropyl alcohol in vacumm trap cold bath dewars to improve heat transfer.
Why don't you just make ten colder and make ten be the top... number... and make that a little colder?
What isn't dry ice good for? -Creating a skating rink in your dorm. -Cutting coins for the coffee machine. -Cooling a laser capable of popping a houseful of popcorn from miles away. Now you can add cooling your computer to that list!
Seems like it's been done.
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