Science > Physics > NucleiWires form in metal-oxides and not fluorine cesium
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Science > Physics |
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| Date: |
10 Mar 2005 12:00:15 PM |
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NucleiWires form in metal-oxides and not fluorine cesium |
Subject:
NucleiWires form in metal-oxides and not fluorine cesium
Date:
Thu, 10 Mar 2005 11:21:01 -0600
From:
Archimedes Plutonium
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sci.physics.electromag, sci.chem, sci.physics
Subject:
NucleiWires the cause and contributor of
Superconductivity
Date:
Thu, 10 Mar 2005 02:38:22 -0600
From:
Archimedes Plutonium
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NOiwEMAIL
Organization:
www.iw.net/~a_plutonium
Newsgroups:
sci.physics.electromag, sci.chem, sci.physics
Thinking about NucleiWires where the protons and neutrons of a
superconductor form a network of wires and thus facilitating or aiding
in the state of superconduction. Other aids or contributors to
superconduction is Electronegativities and Conduction band theory.
So that a superconductor is one in which the push and pull of
electronegativities is begot from the halogen atoms in the formula and
the electropositive from the alkali metals in the formula. The
conduction band theory plays a role in that most superconductors have
copper or mercury or some have silver doping.
So the oxides are the halogens and the Ba and Ca and Y or La are of the
alkali metals. That leaves the Hg and Cu in superconductors to form the
NucleiWires.
Now I wonder why the world recordholder superconductor is not of a
formula containing flourine and cesium as the most electronegative and
electropositive atoms? Why not them? I think it is because they deform
the NucleiWires of the metal atoms such as copper or mercury or silver.
So that if you replace oxygen with flourine and replace Ba with cesium
that it distorts the formation of the NucleiWires.
So that copper oxide perovskite of some formula is the maximum
superconductor at 140K.
Now I understand that Tc can be increased with increasing pressure.
Does
that lend support for the theory of NucleiWire? In ordinary conduction
is the flow of electricity enhanced by putting the apparatus in high
pressure?
And again, we need to incorporate the Ideal GAs Law of PV = nRT into
superconductivity because superconductivity is related to the pressure
of the apparatus as well as the cold temperature.
So I think the reason for copper and mercury in the highest Tc
superconductors is because they are the atoms that form NucleiWires.
So that Superconductivity can be envisioned as the formation of wires
in
the substance and those wires are formed at cold temperatures. Once the
temperature goes beyond 140K then no wires can be formed by the nuclei
of any compound simply because the heat destroys those NucleiWires.
Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom where dots
of the electron-dot-cloud are galaxies
.
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