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The purpose of cryogenic freezing is to slow down the molecules of the cables, correct? Now, wouldn't less movement of molecules in cables and other things let a signal pass through easier? Wouldn't keeping cables at a constant cold temperature let a signal to pass through easier? Would this work at all? If so, would it be possible to do something similar to components? Any thoughts or comments would be greatly appreciated.Thank you,
Frosty
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Topic - Equipment functions better in cold? - Frosty 21:35:19 06/22/00 (12)
- Re: Equipment functions better in cold? - Analogon 23:16:53 06/22/00 (11)
- Re: Um...sorry... - CJB 06:27:10 06/23/00 (10)
- annealing reportedly works for copper too - Mark Kaepplein 08:27:57 06/23/00 (2)
- Re: annealing reportedly works for copper too - Shawn Harvey 13:59:13 06/23/00 (1)
- Re: annealing reportedly works for copper too - ptkelly 14:30:33 06/24/00 (0)
- Re: Um...sorry... - Rodney Gold 08:13:41 06/23/00 (1)
- Re: quenching... - CJB 06:03:55 06/26/00 (0)
- 2 cents - I'd rather 2 million dollars for this one.. - Owen 08:12:00 06/23/00 (0)
- A very short primer on cryogenics - Shawn Harvey 06:51:54 06/23/00 (1)
- Re: A very short primer on cryogenics - ptkelly 14:33:53 06/24/00 (0)
- Re: Um...sorry... - Analogon 06:49:43 06/23/00 (1)
- Re: Um...sorry... - BrianG 11:39:13 06/23/00 (0)