I have been looking like heck to find a good site that explains how cryostats work but with no luck. So I was wondering if anybody here can point me to one or two?
I have been looking like heck to find a good site that explains how cryostats work but with no luck. So I was wondering if anybody here can point me to one or two?
Last edited by Shakti; 05-16-2005 at 11:57 AM.
STL Util a small headers-only library with various utility functions. Mainly for fun but feedback is welcome.
what the heck is cryostat? lol
A cryostat is a machine that, if used with correct helium-types, can cool a substance to temperatures below 1K. I need to know more indepth how it works (but not too much indepth).
STL Util a small headers-only library with various utility functions. Mainly for fun but feedback is welcome.
basicly means I have tried googleI have been looking like heck to find a good site that explains how cryostats work but with no luck
STL Util a small headers-only library with various utility functions. Mainly for fun but feedback is welcome.
in which case im all out of ideas
Wikipedia says that "cryostat" is a synonym for "cryocooler". Try searching for that.
Thanks for the tips but I was not able to find anything from that either
STL Util a small headers-only library with various utility functions. Mainly for fun but feedback is welcome.
I didnt think it was possible to freeze things to less then 1kelvin. Since at 0k there is absolutely no movement.
c++->visualc++->directx->opengl->c++;
(it should be realized my posts are all in a light hearted manner. And should not be taken offense to.)
But there are numbers between 0 and 1.
-Govtcheez
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The word rap as it applies to music is the result of a peculiar phonological rule which has stripped the word of its initial voiceless velar stop.
Does this article help any?
http://liquids.deas.harvard.edu/penanen/workings.html
Im sure that will help! Thanks a bunch!
STL Util a small headers-only library with various utility functions. Mainly for fun but feedback is welcome.
You're possibly thinking of one statement of the third law of thermodynamics:Originally Posted by Jeremy G
But, as Govtcheez has suggested, it's possible to get within a few hundredths of a degree Kelvin of 0K (if memory serves me correctly). At that stage it's not so much about cooling, as such, but more a precise battle against entropy - for example, aligning the spins of hydrogen nuclei at low temperatures results in a lowering of entropy which equates to a reduction in temperature of that hydrogen. This follows on from a variant statement of the third law of thermodynamics, namely: all perfectly crystalline materials have zero entropy at absolute zero.Originally Posted by 3rd Law of Thermodynamics
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Caution: this person may be a carrier of the misinformation virus.
Yes, the coolest and warmest temperatures observed by humans in the universe have both been observed on earth.Originally Posted by Ken Fitlike
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