This video has some nteresting graphics, I'm not holding my breath
waiting for something major to happen over the the next 20 days however
http://www.universallifetools.com/waveoflove/movie/waveoflove_med.html
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It looks like the metal-metal junction can be nicely engineered.
http://en.wikipedia.org/wiki/Standard_electrode_potential_%28data_page
%29
http://www.mpoweruk.com/chemistries.htm
http://en.wikipedia.org/wiki/Electron_affinity
Some numbers:
El. S.E.P Elec.AFF.
Au -0.60 223
Zn -0.76 0
Pb -
Horace
> Ah yes, it's that sometimes delusional pre-experiment glow I must be
feeling!
Problem is - I don't see this working more robustly than the old
Clarendon dry pile without getting down to "nano" tolerances, and
possibly to exotic materials.
This puts thorough experimentation beyond
Jones, I think we may be at the tip of something really big. Ah yes,
it's that sometimes delusional pre-experiment glow I must be feeling!
Horace Heffner
http://www.mtaonline.net/~hheffner/
One reason H2 or OH or any xH dipole molecule should make a good
transporter, provided its electron exchanges with the donor and
acceptor work, is its size would probably change more than any larger
molecules when electronated or de-eletronated.
Horace Heffner
http://www.mtaonline.net/~hhef
On Sep 9, 2007, at 5:39 AM, Jones Beene wrote:
What am I missing about H2 that would be a negative in this role?
Yes many materials are hydrided by contact but in a situation of
low heat (!300 k), and using gold plating on the acceptor and a
nitrided donor, then it would seem that the hy
On Sep 9, 2007, at 5:39 AM, Jones Beene wrote:
What am I missing about H2 that would be a negative in this role?
Yes many materials are hydrided by contact but in a situation of
low heat (!300 k), and using gold plating on the acceptor and a
nitrided donor, then it would seem that the hy
On Sep 9, 2007, at 6:33 AM, Jones Beene wrote:
Horace Heffner wrote:
OK - let's pile-it-on ... with ZPE
Well, Jones, I think you sure came up with a winner idea this time!
Well it seems we had the similar ideas almost simultaneously, but
while we are on-a-roll ... and before the free-
On Sep 9, 2007, at 5:39 AM, Jones Beene wrote:
Horace,
Excellent insight.
One question though. You seem to be balking at H2 as the electron
transport molecule of choice. This would be due to its high
mobility, small size and mass and intermediate electron affinity
(about halfway between
On Sep 9, 2007, at 6:33 AM, Jones Beene wrote:
Horace Heffner wrote:
OK - let's pile-it-on ... with ZPE
Well, Jones, I think you sure came up with a winner idea this time!
Well it seems we had the similar ideas almost simultaneously,
Actually it was a synchronicity of sorts. I had be
Jones wrote..
What am I missing about H2 that would be a negative in this role? Yes
many materials are hydrided by contact but in a situation of low heat
(!300 k), and using gold plating on the acceptor and a nitrided donor,
then it would seem that the hydride could be avoided. Anything else?
H
Horace Heffner wrote:
OK - let's pile-it-on ... with ZPE
Well, Jones, I think you sure came up with a winner idea this time!
Well it seems we had the similar ideas almost simultaneously, but while
we are on-a-roll ... and before the free-world is thrown into utter
disarray on Tuesday ;-{
Horace,
Excellent insight.
One question though. You seem to be balking at H2 as the electron
transport molecule of choice. This would be due to its high mobility,
small size and mass and intermediate electron affinity (about halfway
between a good donor and acceptor).
What am I missing abou
If electronation of the transport molecule by tunneling at a distance
can be achieved at the donor surface, then it avoids the Casimir
force altogether there. There is no appreciable Casimir force at the
donor surface, and no heat is lost to the departing transport
molecule other than the e
It is surprising that lead is a powerful electron donor, as powerful
as "cat fur":
http://www.school-for-champions.com/science/static_materials.htm
Also noted as a weak donor is aluminum.
This seems somewhat consistent with the electron affinity table:
http://en.wikipedia.org/wiki/Electron_a
I think an asymmetrical application of the Casimir force is indeed
the free energy source to be engineered for the electron transport
system. Here is how I think it works.
When the (or at least a ZPE tapping) electron transport molecule
takes on an extra electron it does so in a large orbi
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