>From DGT, we know that the nickel needs to be above the debye temperature for the Rossi effect to take place. Vibration in the lattice is a key element. The Mossbauer effect could be the excitation needed for the vibration in the lattice to take place.
Jones, can you explain what do you mean by Mossbauer isotope?
_____________________________________________
From: Jones Beene [mailto:[email protected]]
Sent: lundi 17 février 2014 16:45
To: [email protected]
Subject: RE: [Vo]:Re: The Rossi effect as an Inverted Mossbauer
Effect
-----Original Message-----
From: Bob Cook
> Jones-- You sound like you must be Dan Brown in real life.
Well, Bob - if I was getting royalties from Di Vinci code, they
would go to solving the Rossi code...
BTW - Blaze wants to know: what is "real life"? :-)
Jones
Worth repeating for those who do not appreciate the significance (of
what could be the unholy grail of new energy).
The 7 physical anomalies of nickel which could be related to LENR.
1) It is ferromagnetic - one of three elements
2) Has a Mossbauer isotope
3) Has the heaviest ratio stable isotope in the P.T. for nuclei
containing neutrons (as a % of the amu of the most common isotope of that
element - Ni-58 vs Ni-64) - a singularity
4) The main isotope is lower amu than a lower z element (Ni-58 is
lower amu than Cobalt) which is extremely rare in the P.T.
5) Has the highest innate stability isotope (Ni-62 has highest
binding energy per nucleon in the PT 8.8 MeV) - a singularity
6) Has an unstable isotope with gammaless EC decay- very rare
7) Has adjoining Rydberg levels in electron orbital ionization
potentials - one of three elements ... and curiously the other two are also
ferromagnetic.
Could this combination be coincidental to the Rossi effect?
Is there a common denominator in the this range of properties...
such as spin?
BTW - an associate has told me that nickel is one of two elements in
the PT with two isotopes which are "double magic" Ni-56 and Ni-48, but
because neither of these are stable, it was deemed to be not important to
LENR - only further proof of nickel's oddities.
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