Thanks.
In addition to the cold trap technique which Russ George mentioned and offered
to help with - there is this:
https://aip.scitation.org/doi/10.1063/1.1143286
“Separation of helium and deuterium peaks with a quadrupole mass spectrometer
by using the second stability zone in the Mathieu
The polariton is a plasmonic based quasiparticle that loves to socialize.
They are the quintessential party animal. If any polaritons are produced
inside a LENR reactor, they will automatically find each other and begin an
entangled get together.
This predisposition to produce a global condensate
One of the reasons why superconductivity and LENR are so tightly connected
is that it would be near impossible to gather and then subsequently
maintain enough EMF power to produce an effective EMF event horizon.
Dispersion of optical power would soon destroy the meta-stable
concentration of EMF
The production of gammas and radioactive isotopes is like the production of
smoke in a weak fire that is just getting started. Once a fire gets going
with a vengeance and the combustion process has firmly set in, the fire
burns hottest with no smoke production.
All the LENR old guard looked for
https://pdfs.semanticscholar.org/21a1/9da6b2ac3da851177d2f4e93be88f73a330b.pdf
Low Energy Nuclear Reactions resulting as picometer interactions with
similarity to K-shell electron capture
H. Hora, G.H. Miley have come up with a theory that explains how transmuted
elements will form based on the
Twin Paradox in General Relativity
https://www.youtube.com/watch?v=bjHLboK2M1g
>From the perspective of the people in the world outside of the EMF event
horizon, the speed that things are happening on or inside that horizon is
ultra-fast. But at that horizon, the speed that things are happening
There is no telling what elements will be transformed by the LENR reaction.
When the LENR active agent get hold of palladium and deuterium, silver
might be formed rather than just helium. The mesh should be examined in a
SEM scan to see if there is some non palladium elements present on the
nickel
From: Jürg Wyttenbach
➢ In the Mizuno case we certainly will see 4-He with a 4-He a part > that 106
of the 3-He part.
Jürg
If Mizuno is producing helium then it should show up very distinctly when he
looks for it- since the total gas inventory is so low and the power is so high
that the
Jed is exactly spot on in that crack formation through high deuterium
loading amplifies nanoplasmonic effects in the reactive substrate. But as
Mizuno has shown, the key to a sucessful reaction is low deuterium loading.
This is a oxymoron that has befuddled LENR theory for decades. Ir was
JonesBeene wrote:
>
> The problem with any analysis being touted as the basis for future devices
> - is pinpointing the full and correct understanding of the operating
> principle. Unfortunately, the operating principle of this device is not
> well-described by Ed Storms. It would be a big
The problem with any analysis being touted as the basis for future devices -
is pinpointing the full and correct understanding of the operating principle.
Unfortunately, the operating principle of this device is not well-described by
Ed Storms. It would be a big mistake to apply Storms’
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