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Oil Cooling.

they should have done it with pure water because it is far better conducter than oil, but still the treating of components is longm read this a while back, very interesting. although a modified water cooling system which is reasonable would have been better :D
 
they should have done it with pure water because it is far better conducter than oil, but still the treating of components is longm read this a while back, very interesting. although a modified water cooling system which is reasonable would have been better :D
i think the point is the oil was non conductive:)
 
If you read the above link to Tom's Hardware build, you will see that they did start off with distilled (de-ionised) water but it failed after 5 mins due to short circuit.
 
UV reacting non conductive coolant would be ace to use. Better than oil for cooling and I would imagine is just as non conductive. PrimoChill and Feser did some tests on a running pc.
 
you cant totaly de-ionise water..... it naturaly converts into H3O+ and OH- ions whatever you do, and even tiny un-controled currents can screw up computer circuits.

i have a good knowledge of chemistry, since the first post i said to cover all parts with some sort of waterproof layer, ie some sort of varnish, then it wouldnt matter..
 
Surely such a waterproof layer will inhibit thermal conduction, and/or will melt with high contact temps on chips?

Chemistry is one thing, but you can't beat the physics. :)

De-ionised water is not used for a reason. You would have to cover the entire board in insulting crud which would negate the point of submersion cooling in the first place.
 
Tom's hardware only sealed the socket/cpu with silicone. The rest of the motherboard and components were unsealed, apart from the gfx output which was extended outside with a dongle and then sealed with silicone.

Drives were outside the case though iirc.
 
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