Assumptions, thoughts, abstractica
Diamond used to be the girls' best friend. I think that, in the future, it will be the computer/electronic's best friend. How near future? I have NO clue. I'll just say that I've already began design and testing...
However, I see diamond/carbon only being useful at ambient temperatures!
: DISCLAIMER: This is a playful example
So, that being said -- if I lived in a far away space station, on the "cold" side -- I would be using an AMD, non-cold bugging processor, something like a Phenom2 X4, with a Copper cooler, with a circulating LN2 loop, at 6.0Ghz, 24-7. If my room in the space station got moved over to the "warm" side, i'd swap my cooler out from the copper one to a "diamond" one... Besides, I would be "baller" enough to afford a diamond grill for my processor if I had a apartment on the space station anyway.
: END DISCLAIMER:
The bottom line, copper likes to be COLD. And the more pure the copper is, the more it likes to pass things around... like heat, electricity, etc. The downside is that special copper is pricey and horrible to machine. But, back to conductivity -- At room temperatures copper is great, but there are better things. It's just unfortunate that they are out of the realm of economical at this point in time.
Now to Nomis' comment.
Insulation is not perfect. It is merely a resistor/buffer. In the case of the alcohol buffer for the Abomination, we are merely slowing down the inevitable. If you recall, I was pouring TON's of watts of energy into the alcohol to keep it clear during the event. There will always be a gradient. The only difference will be the distance that gradient has to spread across.
In the event of a conventional pot, it's just one wall and some insulation. In the case of the Phantom pot, it's one clear wall, followed by another clear liquid wall, followed by another clear wall. It doesn't eliminate the challenges of insulation. But, it does make for an excellent visual, longer-term insulation than "normal", and some incredible pyrotechnics.
If you want to trade the visual for more performance, replace the walls with the same overall thickness of styrofoam... Or, ideally, we'd seal the outer chamber, pull a vacuum, and insulate without the alcohol... But, that's not really economical either... Or is it economical -- just not practical?
Computer cooling (using ambient gasses and fluids) and Overcooling (using subzero C fluids/gasses) is very advanced in technology. However, at the same time, it's still very remedial.
There reason I say that is because it's like everything else. Manufacturing approaches and technologies become more cost effective and ideas that once were unobtainable become more mainstream ever day.
I'm excited to see where computer cooling and overcooling goes! I think i have some cool ideas that might put me in the front seat of that proverbial rollercoaster. If not, I'm still content to ride along with everyone else and see where it leads.
Since it's not my "day job", I try these ideas out when people give me the chance. As I get the ideas done and tested, i'll post them at Ln2Cooling.com. With any luck, I'll get a chance to do the following here soon:
- economical dice evaporator
- test chassis
- chipset coolers
- continued development of the existing Phantom pot assy and base
- cold-bug compatible LN2 evaporator
- revision 2 of the LHe4 evaporator?
- concept design cooler for "next years..."
- release of my long awaited water block (i'm the only one that has been waiting for it...)
I already have the designs done for most of them... I just need to cut them. Most of the designs use a CNC lathe to keep things cheap. A few of them obviously use the CNC mill due to the fact they are sorta orthogonal in nature. Some of them are already up at LN2Cooling.
Those are just the things I feel comfortable disclosing. But, as I get more time away from the job that "pays the bills", I'll spend more time on this more fun endeavor of computer cooling and design.
Or, maybe someone like Koolance, Kingpin Cooling, DangerDen, or someone of the like can sponser/partner me to do some of this work/research.
Either way, i'll get it done. :)
-Aaron