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- Newsgroups: sci.physics.fusion
- Path: sparky!uunet!usc!sol.ctr.columbia.edu!The-Star.honeywell.com!umn.edu!noc.msc.net!ns!ns!logajan
- From: logajan@ns.network.com (John Logajan)
- Subject: Re: Idea for verifying Ying's probability fusion theory
- Message-ID: <1992Jul22.182608.24724@ns.network.com>
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- Organization: Network Systems Corporation
- References: <22JUL199212352997@lims02.lerc.nasa.gov>
- Date: Wed, 22 Jul 92 18:26:08 GMT
- Lines: 32
-
- In article <22JUL199212352997@lims02.lerc.nasa.gov> edwlt12@lims02.lerc.nasa.gov (MIKE JAMISON) writes:
- >With 1:1 Pd:D loading, atomic separation is about 1.7 angstroms
- >Atomic separation of D2 should be roughly the same as for H2, or about 0.74
- >angstroms.
- >Hence, in liquified D2, the probability for fusion should be at least 2
- >times greater than it is for a PdD cell
-
- Hmmm. You have the average seperation of D2 to D2, no? In a gas or even
- in a liquid this is probably much greater than the 1.7 average for Pd:D.
- The liquid D2 is lumpier, but on the average much more dilute, no? Which
- is the more important value, the average of the lumpiness, or the lumps?
-
- And, something I should know after all this time, but are the D's in the
- Pd lattice mono or do they still hang around together?
-
- In any case, there is D2 in a Ying device -- at the surface of the Pd
- electrode, coincidently enough, where all the alleged anomolous heat
- effect is going on. Hmmm.
-
- >The experiment:
- >Two identical dewars, each having an equal amount of D2.
-
- I don't think anyone is going to trust gas volume measurements. :-)
-
- If you are going to run atmospheric pressure tests, might as well just
- look for nuclear by-products. A real D2 device would have to remain liquid
- to at least beyond the boiling point of water to be a commercially useful
- power source -- which means pressurized D2.
-
- --
- - John Logajan MS010, Network Systems; 7600 Boone Ave; Brooklyn Park, MN 55428
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