Yes, but due to the modern day requirement in heat load capacity (normally 250 watts), it would take about a 40% increase in compressor mass flow to achieve it on the system that I built. Would also require increasing captube flows proportionately.it would be possible to make the meme job to cool down a processor?
Of course this also depends on the temperature required. If -90C would be sufficient for your needs, then simply eliminate one stage, increase the captube flows by at least 25-30%, and eliminate most of the R14, and NO argon.
Thanks tiborrrBeyond words really. If you make a processor direct-die evaporator AC refrigerator, i'll vote to make You Xtreme Legend!, but I doubt that I'll be able to find the time in the near future to do so. It looks like we'll have to see what Nol ends up doing in his autocascade project, or perhaps Gomeler (I have this feeling that we haven't seen the last AC out of him).
Stay Tuned: Pretty soon I'll reveal the final results for this project in the actual application, under a 10-6 Torr vacuum process.



, but I doubt that I'll be able to find the time in the near future to do so. It looks like we'll have to see what Nol ends up doing in his autocascade project, or perhaps Gomeler (I have this feeling that we haven't seen the last AC out of him).
Stay Tuned: Pretty soon I'll reveal the final results for this project in the actual application, under a 10-6 Torr vacuum process.
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