The lowest-energy nuclear isomer known:
https://en.wikipedia.org/wiki/Isotopes_of_thorium#Thorium-229m
"Gamma ray spectroscopy has indicated that 229Th has a nuclear isomer
229mTh with a remarkably low excitation energy. This would make it the
lowest-energy nuclear isomer known, and it might be
On Mon, Jan 18, 2016 at 2:34 PM, Axil Axil wrote:
It is strange that even when a meltdown occurs, that there is no unstable
> nuclear residue left over to produce gamma radiation after reactor's
> destruction.
>
Not infrequently I read of short-lived activity in experiments, but not
with the lon
The Cook theory does not explain how a positive energy feedback loop is
established between the nucleus and the cause of LENR. The Cook idea does
not address the storage of nuclear energy over time as a buffer against
reactor destruction. Cook's theory does not explain how a meltdown occurs
where t
Hi Bob,
Cook proposes a inter-nuclear excitation path involving gamma radiation.
Even though a energy pathway is required to get energy out of an excited
nucleus into something else. Gamma EMF does not seem to be the correct
pathway.
I think that the strong force carried by monopole magnetism wou
On Mon, Jan 18, 2016 at 9:02 AM, Bob Higgins
wrote:
How do we determine that an element's nucleus is an isomer or is in its
> ground state? Chemically they would behave the same. We cannot
> conveniently distill the atoms and look at the spectra of the total energy
> of the nucleus very easily.
Interesting thought Bob. It seems that this type of situation would have
revealed itself when the suspected isomer containing element was subjected to
neutron activation experimentation. I would suspect that this sort of test
would have been performed frequently in the past when elements were
Sorry friends I am still too discontented and not only with LENR. But I
promise to recover.
http://egooutpeters.blogspot.ro/2016/01/jan-18-2016-lenr-armageddon-coming.html
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
From: Teslaalset
* Interesting thoughts, Jones.
Do you have any reference to past scientific work on this matter?
It seems to me you are referring to Bell’s Diagram? …. The fact that Holmlid
refers to Shell 105 catalyst (containing Fe2O3) may indicate that this catalyst
works but may n
Eric--
I did misunderstand what I thought you were saying.
I do agree with you that most people consider nuclear isomers to be excited
energy states with a large differential energy above the ground state.
I have always considered any excited nuclear state to be a nuclear isomer. I
do not k
Recent discussion of nuclear isomers has stimulated a chain of thought that
clearly points to holes in my understanding of isomers. From reading in
Norman Cook's book, I find that nuclear theory is in a quite primitive
state. It caused me to ask myself, "How are nuclear isomers determined?",
"How
Jones, Good insights! Assuming temp control to keep the magnetite / hematite
populations roughly in balance what other parameters could we vary to force the
populations to oscillate? Electrical, magnetic, microwave, gas pressure, etc.
etc. It seems like a low cost effect to investigate with a p
Hi,
I hijack this subject to talk about nuclear isomers and Hydroton (Ed
Storms) theor.
Abd in another thread interpreted the hydroton mechanism for producing
energy before the fusion, as the transition toward lower energy nuclear
isomer (he find it improbable).
My intuition from the mass of expe
Interesting thoughts, Jones.
Do you have any reference to past scientific work on this matter?
It seems to me you are referring to Bell’s Diagram?
The fact that Holmlid refers to Shell 105 catalyst (containing Fe2O3) may
indicate that this catalyst works but may not be the optimum catalyst to
prod
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