There is a interesting paper(s) from 1992/1993 by J. A. Maly floating around
in cyberspace and meme-land this week: ELECTRON TRANSITIONS ON DEEP DIRAC
LEVELS. The original appeared in Fusion Technology.
http://www.fulviofrisone.com/attachments/article/359/Electron%20Transitions%
Thanks for this reference. I thought lock in was also present in a optical
fiber gyroscope or any type. Now I realize that the differences are big
between different types of interferometers. Are you sure it is not involved
in other types?
What do you base your conclusion on that it isn't involved
I read these patents and most of it is beyond my ability and skill. And they're
mostly about how to produce SWNTs, which no distinction between the Metallic
SWNTs from the Semiconducting SWNT varieties.
I've found many papers discussing production of SWNTs as opposed to MWNTs, but
I found only
On Sat, Jun 23, 2012 at 6:56 AM, Jones Beene jone...@pacbell.net wrote:
Think about the ideal fusion reaction. IMHO the best candidate on paper is
Li-H, where lithium of mass 7 reacts with a proton to produce unstable
beryllium 8, which splits very quickly into two very hot alpha-particles
Dear Friends,
My Survey is approximately a fiasco, but being old and restless, I try to
initiate a discussion re LENR and the Scientific Method. I am asking the
other restless colleagues to say what they think about this subject.
A difficult question that any explanation will need to address is that of
the gamma ray signature of the LENR experiments. Almost any proton or
neutron capture reaction is going to give off powerful gammas, but gammas
are not seen in a significant quantity. The evidence here is not
unequivocal
Axil,
Appears to me that the hands on realist experimenters should be
*chomping at the bit* to duplicate and improve upon Mint Candy:
Re: [Vo]:Boeing Electric Airliner---LENR Application=???
Mint Candy
Fri, 11 May 2012 07:20:21 -0700
1. NGK LZ5AGP
3381 Plugs
2. Used Fix-A-Thread thread
Eric,
I’m not suggesting this relates to Rossi or Defkalion at all. I’ve seen no
suggestion that either of them uses lithium. According to the Authors, they
believed it could explain some of what was going on in the early nineties in
LENR with lithium hydroxide electrolytes. Many, if not
What?, Just $5? Make it real. How about upping your support to $1000.
Send me $1000 and I'll share with you my designs, procedures and results.
Or if you prefer, I'll let you in at the ground floor of my commercial
enterprise.
Jojo
PS. Just kidding. I'm sharing my designs and procedure
Jojo,
I believe in both metal nanowires and carbon SWNTs, current density is
directly related to radius^2 - Refer to equation(1), page 1 of -
Stability of Metal Nanowires at Ultrahigh Current Densities
http://arxiv.org/pdf/cond-mat/0411058v3.pdf
Perhaps densely packed vertically aligned arrays
Interesting paper Lou.
This is giving me some more to chew on. Might it be possible that Rossi is
processing his Nickel powder with the expressed goal of creating
Quasi-One-Dimensional Nickel tubules. These nanosized diameter Nickel
nanocylinders would act as charge accumulators. Could it
Interesting paper Lou.
This is giving me some more to chew on. Might it be possible that Rossi
is
processing his Nickel powder with the expressed goal of creating
Quasi-One-Dimensional Nickel tubules. These nanosized diameter Nickel
nanocylinders would act as charge accumulators. Could
First, ignore the empty reply - if it comes through. A mistype.
But also don't forget Otto Reifenschweiler believed his experiments
succeeded when colloidal chains of mono-crystalline Ti nanoparticles
formed. There are lots of cracks and voids that can form and then
disappear, so maybe that's
In reply to Jones Beene's message of Sat, 23 Jun 2012 06:56:56 -0700:
Hi Jones,
This is why I want to use H/Li7 for space travel. For use on Earth, I would
prefer H/B11, which is less energetic, but Boron is more common.
Note also that the alphas from the H/Li7 reaction are energetic enough to
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