Re: [Vo]:This recent Palladium alloy is one of strongest alloysevermade

[Jürg Wyttenbach]

Am 15.12.19 um 17:52 schrieb JonesBeene:
There are many reports of  excess heat with pulsed electrolysis but 
AFAIK there are no reports of magnetic pulses which correlate with 
electrical pulses.



There are to many possibilities with weak pulses.  One paper shows it 
enables Pd loading > 1. Square pulses can modulate the electron orbits 
and induce secondary fields.



We use a pulsed DC current coil heater, what allows to align the nuclear 
magnetic moments that is a prerequisite for LENR coupling/ energy down 
scaling. We see gamma spectra with > 300 lines way above background. But 
we didn't yet try an ohmic heater to exclude/verify the field effect...


It's all a matter money & time. The later we have.., the first goes into 
useless research (like ITER most of CERN and funding for fringe 
theoretical work like string theory quantum gravity and other nonsense).


J.W.

--
Jürg Wyttenbach
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8910 Affoltern a.A.
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079 246 36 06

RE: [Vo]:This recent Palladium alloy is one of strongest alloysevermade

[JonesBeene]

From: Jürg Wyttenbach

> Magnetic pulsing - at large flux - would seem to be falsifiable, even 
> in a small electrolysis cell - using a magnetometer or even a pickup coil.

Any net input > 2keV/atom is hot fusion with classic results. This also 
holds for magnetic pinch delivered energies.


OK, but that is a lot of input -  what happens magnetically using  low input 
power - such as in providing a Pd-D electrolysis cell with low power electrical 
pulses?

Have you been able to document  magnetic pulses in this situation?

There are many reports of  excess heat with pulsed electrolysis but AFAIK there 
are no reports of magnetic pulses which correlate with electrical pulses.

If you can show this outcome it would be a major breakthrough.