A LENR reaction producing 4-He (alpha) from D*-D* does not emit kinetic
alphas as there is no momentum available. All nuclear magnetic flux is
symmetric!
Only in a case where e.g. 3-He 3-H would be produced out of D*-D* there
can be a "small" kinetic part.
A different case is the Holmlid reaction, where we see a disproportion
of D*_x clusters with Kaon/Pion/Muon decay of certain protons where as
others can go to alphas.
Proving LENR with kinetic alpha detection (Mayer Boss) was one of the
main historic errors for the failure of the LENR confirmation. Direct
measurement of 4-He was always successful.
Just forget standard model explanations as it does not account for the
nuclear mass being EM mass.
J.W.
Am 15.12.19 um 06:58 schrieb mix...@bigpond.com:
In reply to bobcook39...@hotmail.com's message of Sat, 14 Dec 2019 23:42:37
+0000:
Hi,
[snip]
Robin and Jones—
One thing I noticed is that the Nano -sized MG particles are made (a least in
part) by ion deposition. I can envision a Ni-H base or a Pd base or merely a
Ni base particle with layers of a few atoms thickness that are the reactants
at the surface of the nano particle which readily emit charged alphas or other
charged particles that can facilitate direct electrical current and its energy.
Direct electrical conversion may be possible if the particles could be suspended
in vacuum in a magnetic field, in a chamber where the resonance frequency = the
cyclotron frequency of the alphas in the magnetic field. This would essentially
be a sort of magnetron that was "internally" powered, and the EM energy could
then be tapped as the radius of the cycling alphas decreased while they
delivered their energy to the resonant field. The distance between particles
should be kept >> than the diameter of the circle that the alphas make in the
field at their most energetic, to ensure that only a tiny percentage impact
other particles and lose energy to heat.
[snip]
Regards,
Robin van Spaandonk
local asymmetry = temporary success
--
Jürg Wyttenbach
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