The nuclear fusion is realized by
photo-electric-magneto-thermal effect.
The...
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The nuclear fusion is realized by
photo-electric-magneto-thermal effect.
The electronic cover is being removed by the
“COMPTON” effect and the photons operate directly
over the atomic nucleus.
The electrical field accelerates the particles but their
trajectory will be curved by a magnetic field except for
neutrons which don’t have any electrical charge, but
only magnetic moments. This iswhy the neutrons move straight
ahead, parallel to the axis of the chamber.
The electrons and the protons will move in spiral, but in
opposite directions, as their electrical charges are opposed.
The diameter of the spiral differs because of the difference
of the masses.
The bigger being the energy of the particle, the bigger being
the diameter.
The absorption of one atom of nitrogen and one of oxygen -
predominant particles in the terrestrial atmosphere - takes
place in the accelerating chamber.
In the first stage, the electrons orbiting the two atoms are
being bombed simultaneously by the photon fascicle and, as a
result of this interaction, they are pulled out from their
orbits and moved along spiral trajectories having the same
direction that the electromagnetic fields has, and located on
a peripheral orbit in the accelerating chamber.
The loose electrons will appear inside the chamber providing
the weak nuclear force.
In the second stage, the atoms are ionized, generating in
this way the powerful nuclear force. It consists in loose
cuclei unwrapped from their electronic cover.
The photons interact with the protons, pulling them out from
their position. These protons will move in their turn on
spiral trajectories in the same direction as that of the
electromagnetic field, but opposite to the movement of the
electrons.
The loose protons will appear inside the accelerating
chamber.
In the third, the neutrons are bombed in their turn by the
photon fascicle being spread in this way. They will move in
the direction of the electromagnetic field.
The existence of these loose neutrons marks the end of the
process meant to create plasma wich, it’s well known, is
being characterized as a mixture of loose charges.
In the fourth stage, following the above mentioned process
and by the directing the particles inside the accelerating
chamber, the phosphorus is formed: an atomic structure
composed of 15 electrons, 15 protons and 15 neutrons. An
energy of 235 MeV is produces at the same time. Along with it
we could obtain the union of the weak and strong nuclear force
with the electromagnetic force.
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