In reply to Eric Walker's message of Sat, 14 Jul 2012 23:43:52 -0700:
Hi,
[snip]
>On Thu, Jul 12, 2012 at 3:40 PM, wrote:
>
>This is the sort of thing that makes me think that the primary energy
>> release
>> mode is via fast particles, e.g. protons, alphas, or even heavier nuclei
>> (from a
>> c
I wrote:
What are ways, known or hypothesized, to preferentially get fast particles?
>
Sorry about this question -- this is sort of the big one, I suppose.
There's catalysis of helium by way of fractional hydrogen, for example.
You may have even already answered this question.
Eric
On Thu, Jul 12, 2012 at 3:40 PM, wrote:
This is the sort of thing that makes me think that the primary energy
> release
> mode is via fast particles, e.g. protons, alphas, or even heavier nuclei
> (from a
> clean fission reaction). These don't usually produce much in the way of
> gamma
> radiatio
*The indicator that helium is coming from fusion is that it is correlated
to anomalous heat, in the FPHE, at approximately the deuterium fusion ratio.
*
This assumption must be tested.
If the precise composition of the reaction ash from the reaction is studied
in detail, assumptions about the rea
At 03:49 PM 7/12/2012, Axil Axil wrote:
Here is a way to test my guess.
One indicator that the alpha particles come from fusion is a lack of
light nuclear transmutation products; products with an atomic number
less than the cathode material.
The indicator that helium is coming from fusion i
ulomb repulsion
> away from the nucleus. Perhaps you are suggesting that more alphas would
> be generated if the source elements could get through the barrier easier?
>
> Dave
>
>
> -----Original Message-----
> From: Axil Axil
> To: vortex-l
> Sent: Thu, Jul 12,
In reply to Eric Walker's message of Wed, 11 Jul 2012 20:59:54 -0700:
Hi,
[snip]
>Ed Storms has estimated that to generate 1 watt of power, a typical output,
>by way of helium production, you would need on the order of 10^12 reactions
>per second. (I think this is probably for a 1 cm^3 volume, bu
esistance drop at initiation of XP burst in the
Fleischmann-Pons Heat Effect
Here is a way to test my guess.
One indicator that the alpha particles come from fusion is a lack of light
nuclear transmutation products; products with an atomic number less than the
cathode material.
>From
Here is a way to test my guess.
One indicator that the alpha particles come from fusion is a lack of light
nuclear transmutation products; products with an atomic number less than
the cathode material.
>From the begining, the assumption has always been that helium is a product
of deuterium fus
At 10:29 PM 7/11/2012, David Roberson wrote:
A thought occurred to me concerning the drop in equivalent
resistance that this thread covers. It would be quite important if
the drop were due to a reverse voltage generated by the LENR
mechanism that could be improved in such a manner as to act
At 03:19 PM 7/11/2012, Nigel Dyer wrote:
I would agree that looking at the physical state of the
water/bubbles at the surface of the electrode is a good idea. There
was some work done many years ago on the sound of various chemical
reactions. The sound of jelly setting was particularly odd
At 03:07 PM 7/11/2012, Axil Axil wrote:
Could this be an indication of the establishment of entangled
electron states resulting in mass increase related to heavy
electrons? Recently, heavy electrons have been shown to be an
indicator of an onset of superconductive conditions.
Axil
Gee, how
At 02:44 PM 7/11/2012, pagnu...@htdconnect.com wrote:
Could this be an indication of the onset of ballistic conduction in some
micro-/nano-channels?
I first want to know what "this" is before going much into possible
explanations!
The proposed explanation here seems overly complex to me, th
At 03:00 PM 7/11/2012, Rich Murray wrote:
maybe, the cathode becomes coated with many micro and nano bubbles,
raising its surface electrical resistance -- then micro and nano
explosions on the surface, which quickly becomes much more rugged with
tractal geometry, expose the metal directly to the
To: vortex-l
Sent: Wed, Jul 11, 2012 1:04 pm
Subject: [Vo]:Cell resistance drop at initiation of XP burst in the
Fleischmann-Pons Heat Effect
(this was also posted to the private list for CMNS researchers.)
It's come to my attention that some researchers have frequently
observed a sudden
Walker
To: vortex-l
Sent: Thu, Jul 12, 2012 12:31 am
Subject: Re: [Vo]:Cell resistance drop at initiation of XP burst in the
Fleischmann-Pons Heat Effect
I wrote:
In my ignorance I am not able to get from p+p or p+D to tritium or helium-3, a
decay product of tritium, without electron
>Eric Walker wrote:<
>Yes, unfortunately. It took me a little while to move away from neutron
>production, so there's still hope that I'll give up on gamma quenching as well
>at some point.
I think that we should give consideration to every possible concept that arises
until Rossi or some of t
I wrote:
In my ignorance I am not able to get from p+p or p+D to tritium or
> helium-3, a decay product of tritium, without electron capture or something
> even more mysterious.
>
I should clarify that what I'm hoping to find is an aneutronic reaction to
get to tritium or helium-3. If you allow
You wrote:
Eric, I see that you are looking into gamma quenching as a method to
> control the dangerous gammas which are expected to be released by the
> reactions.
>
Yes, unfortunately. It took me a little while to move away from neutron
production, so there's still hope that I'll give up on ga
-l
Sent: Wed, Jul 11, 2012 11:03 pm
Subject: Re: [Vo]:Cell resistance drop at initiation of XP burst in the
Fleischmann-Pons Heat Effect
I wrote:
What I like about strong magnetic fields is that they bring gamma quenching
just a little bit more into the realm of possibility. They could, for
I wrote:
> What I like about strong magnetic fields is that they bring gamma
> quenching just a little bit more into the realm of possibility. They
> could, for instance, lead to synchrotron radiation, although synchrotron
> radiation might imply a 511 keV peak.
>
I omitted the important point
On Wed, Jul 11, 2012 at 11:05 AM, Abd ul-Rahman Lomax
wrote:
It's come to my attention that some researchers have frequently observed a
> sudden drop in resistance of electrolytic cells associated with the onset
> of XP bursts. I'm seeking to document this.
>
I skimmed over something to this effe
I would agree that looking at the physical state of the water/bubbles at
the surface of the electrode is a good idea. There was some work done
many years ago on the sound of various chemical reactions. The sound
of jelly setting was particularly odd (another situation where water is
importan
Could this be an indication of the establishment of entangled electron
states resulting in mass increase related to heavy electrons? Recently,
heavy electrons have been shown to be an indicator of an onset of
superconductive conditions.
Axil
On Wed, Jul 11, 2012 at 3:44 PM, wrote:
>
> Could t
maybe, the cathode becomes coated with many micro and nano bubbles,
raising its surface electrical resistance -- then micro and nano
explosions on the surface, which quickly becomes much more rugged with
tractal geometry, expose the metal directly to the electrolyte, with
reduced average electrical
Could this be an indication of the onset of ballistic conduction in some
micro-/nano-channels?
Abd ul-Rahman Lomax wrote:
> (this was also posted to the private list for CMNS researchers.)
>
> It's come to my attention that some researchers have frequently
> observed a sudden drop in resistance o
Subject: [Vo]:Cell resistance drop at initiation of XP burst in the
Fleischmann-Pons Heat Effect
(this was also posted to the private list for CMNS researchers.)
It's come to my attention that some researchers have frequently
bserved a sudden drop in resistance of electrolytic cells associated
(this was also posted to the private list for CMNS researchers.)
It's come to my attention that some researchers have frequently
observed a sudden drop in resistance of electrolytic cells associated
with the onset of XP bursts. I'm seeking to document this.
In experiments where there is elect
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