For You Overclockers
Black_Viper
Join Date: 2003-12-08 Member: 24157Members
<div class="IPBDescription">Super cooling that lasts...</div> Liquid Metal Cooling
<a href='http://www.nanocoolers.com/technology_liquid.php' target='_blank'>http://www.nanocoolers.com/technology_liquid.php</a>
Edit: Removed image, looked like crap.
So does this mean i can overclock my PC to like 5 Ghz?
<a href='http://www.nanocoolers.com/technology_liquid.php' target='_blank'>http://www.nanocoolers.com/technology_liquid.php</a>
Edit: Removed image, looked like crap.
So does this mean i can overclock my PC to like 5 Ghz?
Comments
Liquid at 25°C
Bromine
Mercury
Become Liquid 25°C-40°C
Francium
Cesium
Gallium
Rubidium
*Cue NBC music* The more you know....
Anyway.. The only viable one I could think of would be Gallium, considering Francium, Cesium and Rubidium are highly explosive when combined with oxygen.
Someone care to email that company and find out what the metal is?
Yeah, sounds like Gallium. It wouldn't matter much that it's solid below room temperature, with it's thermal capacity a good 3/4 of water's. It also has a pretty amazing rate of linear expansion too, (0.0000181cm/cm/°C!) Goddamn, that stuff rocks so hard; Ga2O3 is a main component in all LEDs.
What does that narrow it down to?
/me wants
But yea, its at least a cool idea. Let's hope it dosen't spring a leak <!--emo&:p--><img src='http://www.unknownworlds.com/forums/html/emoticons/tounge.gif' border='0' style='vertical-align:middle' alt='tounge.gif' /><!--endemo-->
Two things come to mind:
1. Most processors operate at temperatures exceeding normal body temperature and thus the Gallium would be quickly melted. If the processor's heat did not exceed 30C then you likely don't have to worry about cooling now do you? <!--emo&:)--><img src='http://www.unknownworlds.com/forums/html/emoticons/smile-fix.gif' border='0' style='vertical-align:middle' alt='smile-fix.gif' /><!--endemo-->
2. It is more likely that it is Gallium doped with another element/compound to lower its melting point to around 70F or less. The result would be a metallic compound with good heat transfer capabilities but w/o the risk of 'freezing'. It would be the same principle that is in effect when you throw salt on a frozen sidewalk. The melting point of the H20 is lowered and remains a liquid at lower temperatures.