Axil,

I am hoping all of these approaches are on the right track - whether they
use H or D.  BTW, it wasn't mentioned on Vortex-l, but "The SmartScarecrow
Show" had a video presentation covering a variety of cavitation approaches
I had never seen.  If interested, it is at:

http://smartscarecrow.com/2012/08/30/cavitating-electroyzers-the-key-to-over-unity-by-moray-b-king/

-- LP

Axil wrote:
> There is no deuterium in the LeClairÂ’s cavatation. He uses only water and
> aluminum from Home Depot.
>
> Molten fluoride salts are transparent like water and the cavatation
> methods
> that LeClair uses will work with molten salts, IMHO; but molten salts are
> far hotter of course.
>
> Sonofusion might also perform with molten salts.
>
> Dear pagnucco you suffer from the same Deuterium fixation that many other
> cold fusion veterans suffer from. This is based on the fantasy that
> Deuterium is required to support a version of hot fusion.
>
> This is what Peter Gluck has been railing about when he tries to draw a
> distinction between LENR and LENR+.
>
> Cavatation is a LENR + reaction and is fundamentally the same as the Rossi
> reaction where no deuterium is used. All LeClair needs at a minimum is
> water to support his reaction.
>
> Cheers:     Axil
>
>
> On Thu, Sep 6, 2012 at 11:27 PM, <[email protected]> wrote:
>
>> Axil,
>>
>> Interesting points.
>> Perhaps related to one of their points on their webpage at URL:
>> http://www.quantum-fusion.com/technology.shtml
>>
>>  ""Due to the laws of quantum mechanics CIF power output exponentially
>>    depends on temperature: e.g. a tenfold increase in temperature
>> results
>>    in 50,000-fold increase in the output power! Therefore minute process
>>    improvements will result in huge power boost (the law of diminishing
>>    returns does not apply to CIF design)""
>>
>> I don't know much about how well deuterium (or D2O) dissolves in these
>> salts (or other hi-temp liquids), but it sounds worth pursuing.
>> Hopefully, some of the sonofusion proponents will participate in
>> Vortex-l
>> discussions.
>>
>> -- LP
>>
>>
>> Axil^2 wrote:
>> > The theory that sonafusion is based on Deuterium fusion may be flawed.
>> > Under this theory, two deuterium atoms are supposed to fuse and
>> convert
>> > into helium. This fusion does not happen. I do not believe this fusion
>> is
>> > possible.
>> >
>> > As the LeClair experiment with cavatation has indicated, a molecule
>> > clustering mechanism which accumulates and concentrates positive
>> electric
>> > charge may be the cause of any nuclear reactions that may be happening
>> in
>> > sonofusion.
>> >
>> > IMHO, to make sonofusion as well as the LeClair reactions more
>> effective
>> > at
>> > producing nuclear heat, molten fluoride salts should be tried to
>> replace
>> > water as the cavatation medium. With this engineering change, this
>> ionic
>> > cavatation medium may produce coulomb barrier lowering molecular
>> > clustering
>> > since molten salts have been shown to produce intense damage to
>> cavatation
>> > impellers 10 times more intense than water.
>> >
>> > Unlike water, molten salts can support very high electro-turbines
>> > operating
>> > temperatures up to 1000C. Higher thermodynamic efficiencies will then
>> be
>> > possible at ambient pressure.
>> >
>> >
>> >
>> > Cheers:    Axil
>> > On Thu, Sep 6, 2012 at 2:51 PM, <[email protected]> wrote:
>> >
>> >> Perhaps of interest -
>> >>
>> >> I am not sure whether this has been posted on Vortex-l before, but
>> >> Quantum Fusion, Inc., has a professional looking website -
>> >>
>> >> http://www.quantum-fusion.com/
>> >>
>> >> - which is promoting deuterium based sonofusion with the aim of
>> reducing
>> >> energy generation cost to 1 cent/kWh.
>> >>
>> >> The pdf-documents at the bottom of their science page -
>> >>   http://www.quantum-fusion.com/science.shtml
>> >> - appear well researched.
>> >>
>> >> Any opinions on whether sonofusion has suffered the same fate as
>> LENR,
>> >> and
>> >> whether it deserves a second look?
>> >>
>> >> -- Lou Pagnucco
>> >>
>> >>
>> >>
>> >
>>
>>
>>
>


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