hehe. . .I love submersion cooling. . .but would never use it. I tweak with my hardware too much and wouldn't be able to if I submersed it.
I have a couple ideas for it. . all of them include moving the flourinert around but in different ways. so here we go:
1. have the flourinert enter the chamber where the computer and compnents are and then have a drain at the opposite end so that the flourinert moves across the components. between the drain and the intake you can put in a cooling setup to chill the flourinert.
2. place the computer components and flourinert into a freezer chest and use high power HSF combos on all of your critical components (like if you were air cooling). the flourinert would get really cold from the chest and be moved around by the fans.
3. create a large whirlpool effect parallel to the board with fans and then have peltiers cool the liquid at one end. Would be difficult with additional components in computer.
well anyway. . .3m is about the only way to go to get good stuff for use in total subersive cooling. great Idea, so much so OCZ is currently working on making it comercially available. but get this, you have to order the complete system and be content with never modifying the hardware again as the components are sealed in to prevent leakage. I don't like it much since you can't really play with/upgrade the hardware once you finalize your first revision as you have to drain the liquid and lose a bunch to evaperation while you let your motherboard dry.
well anyway, still having fun,
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