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Atom bindings
Studies and tests of atomic structure
Until further notice, I have this hypothesis, on the background
of the following studies.
Atomic nucleus nucleons
are bound together by bindings, as is constructed in an
orden-system:
A, B, C, D binding to increasing size.
Example: 105A + 60B + 30C + 15D = an atom binding
structure.
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There are several variants of the same
atom with the same number of nucleons but with different
binding number and they have a different atomic mass
and binding energy.
He4 is a chemical element and also alpha radiation.
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All angles are 60 degrees centered and is strongest binding link
equally spread at each nucleon and is last atomic
nucleus with
clean A. links.
Alfa links are dominating in the atomic nucleus binding
structure and are distinctly seen in the heavy end of
the atom
card 1
where the binding structure is weak.
You should be aware of that alpha radiation is not common radiation
and is due to adjustments in core binding structures.
The first 10 nucleons accounts for about 80% of the
binding energy atom
card 4
As the binding links in the atomic nucleus
are put on top of one another A, B, C, D, E, F, G
will the atomic nucleus slowly weakening and there is a
limit to how big an atomic nucleus can be.
see core
card 1
Nucleon stability energy is falling down to A56;
hereafter rising which is expected to be two parameters
intersecting along core
card 4
Atom card1
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Atom card 2
An atom(A), follow a vertical line
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Atom card 3
The map shows the distribution of stable variants.
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Atom card 4
The map shows the atomic mass (m / A) for stable nuclei.
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I have chosen to take this old test trials with because it shows that the core has a system
which does not necessarily have anything to do with protons or neutrons.
I have taken them with to get an evaluation of the particles.
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An elementary particle has both a reaction and a process time, here are given total
time (reaction time calculated: radius divided by the
speed of light)
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Elementary particles Hypothesis
When a proton collapses nearly stabilization point is
electrons.
The reaction time is
tp= pr /c = 5,3 * 10-24seconds.
The reaction time the electron is
te = er /c = 4,3 * 10-25 second.
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The
Universe.
Classic
big bang.
Mass
formation.
Atom
structure.
Atom
binding.
Molecular
binding.
Particle
radiation
Magnetic
fields.
Mass
attraction.
Conclusion.
Micro physics
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Welcome to my homepage, developing the
classic head physics
