Dave—
I think the reaction time for the mechanism you suggest if too long to explain
the results of the “run-away” phenomena. It seems to me that an entire
coherent system must change in a very short instant with the appearance of
phonic energy (high orbital valence electron spin)
Axil—
A 20 nanometer particle would include a million or more atoms, plenty to create
a lattice that could vibrate with addition of heat. In other words the atoms
do not stay in one position but move rhythmically about a point in the lattice.
The electronic bonding within the crystal lattice
Jones –
Good questions and fair to midland conclusions.
What was the nature of the reactants in each of the run-away reactions?
--Pd-D, Ni-H, Li involved, Ti involved etc?
Was the size of the likely coherent system in the various cases limited?
Were sharply peaking resonance conditions
Brian,
The Manelas device is an interesting subject that I would like to explore
further. Do you know whether or not the project is actively being pursued at
this time? Of course I am skeptical of any free lunches, but open to
possibilities.
Dave
-Original Message-
From:
Regarding: "The Manelas energy output with ferromagnetic ferrite cores is
also fascinating and not understood by anyone yet."
The Barium ferrite magnet is similar to the SmCo5 magnet in that it is
a hexaferrite
based crystal structure based on the hexagon. This type of magnet produces
an
David, I like your admission that we are brainstorming. I had several mentors
in the last 20 years. One of them was Henry Kolm, Wayland MA. He was a
co-founder of the National Magnet Lab at MIT. He is deceased, but in 2009 he
believed that at one time he was as knowledgerog
ross
noable on
Bob,
When you mention the attenuation coefficient for waves I think it should be
pointed out that the original energy of the phonon is preserved. By this I
mean that the sonic energy is converted into some other form such as heat which
I think of as just uncoordinated sound waves that are
LENR has been found to exist under laser irradiation of gold nanoparticles
in a colloidal suspension of thorium salts.
The nanoparticles are far to small to support any lattice vibration, but
they can support subwavelength EMF.
Initiation of nuclear reactions under laser irradiation of Au
The problem with the phonon is that its wavelength is extremely short. The
attenuation coefficient for waves, in general, is typically quoted in
dB/wavelength; and nature abhors a too small value for such a number.
Hence you only have to propagate a limited number of wavelengths and the
energy in
http://egooutpeters.blogspot.ro/2017/02/feb-09-2017-lenr-technology.html
peter
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
Funny—I thought Axil’s rating was i^2.
Bob Cook
From: Brian Ahern
Sent: Thursday, February 9, 2017 5:58 AM
To: vortex-l
Subject: Re: [Vo]:A LENR molten salt LENR fission reactor.
I cannot believe it. You are quoting Rossi and his fictional Quark X!
Your credibility rating must include i for an
In nuclear fission, the active particle which propagates the reaction is
of course the neutron. The identity crisis that we have dealt with in
LENR from the start becomes evident when we try to single out the active
particle or pseudo-particle, which is the most basic agent that
propagates and
I cannot believe it. You are quoting Rossi and his fictional Quark X!
Your credibility rating must include i for an imaginary number.
Is this an early April Fools trick?
From: Axil Axil
Sent: Wednesday, February 8, 2017 9:15 PM
To:
13 matches
Mail list logo