15. ACQUIRED SHINE
The acquired shine appears in solids during their friction against each
other.
In the process of friction the bodies are squeezed and moved relative to
each other. Even a perfectly flat
surface of the body is not really that. Chemical elements protrude above the surface of the body.
And the chemical elements themselves are spheres. Therefore
in the composition of surface chemical elements the particles of peripheral
layers protrude most of all. In bodies squeezed and moved relative to each
other peripheral particles in the composition of the surface protruding
elements collide with each other. Or the protruding elements themselves collide
even entirely. In any case, colliding particles or elements force each other to
leave the bodies, in the composition of which they are included. And as always in
collisions particles leave the composition of elements and the elements - the
composition of the bodies either by submitting to the Force of Pressure, or by
ether transformation emitted by particles with repulsion fields in the inertially
moving elements of bodies.
The greater the speed of movement of rubbing bodies, the greater the magnitude
of the Pressure Forces and also the Forces of Inertia (which strengthens the
degree of transformation). If the
magnitude of these Forces is greater than the magnitude of the Attraction Force
retaining the particles in the composition of the elements and the elements in
the composition of the body, so there is a separation either of the peripheral
particles from the surface elements or of the surface elements from the body. Separation
of surface chemical elements is a partial destruction of the body. So usually
there occurs an alignment of the friction surfaces. Separation of peripheral
particles is their emission. Ie in the process of friction the surface chemical
elements of rubbing bodies emit the 2nd component of heat - elementary
particles.
The loss of peripheral particles by the surface elements of rubbing
bodies "denudes" deeper layers of particles in these elements. And the
deeper inside the chemical elements, the larger the magnitude of the attraction
fields of particles located there. As a result, the magnitude of the element's
Attraction Field manifesting outward increases in those areas of chemical
elements, where
they lost part of the peripheral particles.
As a result, in those zones of chemical elements, where their
deep layers are bare, more number of free particles begins to accumulate, particles
with repulsion fields are better hold. And in the end, there occurs an
"etheric shield" in the form of ether emitted by particles. This enhances
the reflectivity of the body in that place, where friction was produced. And as a consequence there occurs shine .
Rubbing bodies, unless they had a metallic shine or were transparent,
must necessarily have this or that color. As already mentioned in the paragraph
on color the presence of color means that a sufficient number of optical
photons is contained on the periphery of the elements of a given body forming
in aggregate one or another color, which manifested itself in the process of
their emission in response to the fall of elementary particles moving from the
sources of "light".
In the process of friction, optical photons of surface elements are in
one way or another "erased” – ie are emitted during collisions. As a result,
in those zones of chemical elements, where they lose optical photons, which
formed the color of the elements, Fields of Attraction of elements increases and
there is a process of accumulation of free particles (which have 100% solar
origin). Partial or total loss of optical photons causes a loss of color in the
surface elements of rubbing bodies. But only in places of their collisions. In the
same places, the Fields of Attraction of elements increase (or they appear) and
the accumulation of free particles. And this leads to the reflection of the
falling "light" (optical photons). That's what it is - the emergence
of the acquired metallic luster in rubbing bodies.
However, as we can see from experience rubbing bodies do not completely
lose their color. They preserve it along with the appearance of brilliance. Why is it so?
The preservation of color is due to the fact that surface chemical
elements only partially lose optical photons. There is a loss of optical
photons (and other particles) only in those areas of chemical elements that
collide. And those areas of elements that do not collide do not lose particles.
Besides only the most protruding elements above the surfaces of rubbing bodies lose
optical photons. So there is the preservation of the color inherent in the
bodies.
As you understand, in order to acquired shine began to form in the rubbing
bodies the surfaces of rubbing bodies should be smooth. Otherwise, pre-destruction
will occur, chipping away parts of rubbing bodies until the surfaces are
leveled.
Apart from this if the value of the repulsion forces arising in
particles of colliding elements will exceed the force of attraction between the
elements, which preserve connections between them, the destruction of rubbing
bodies can occur. The greater the pressure exerted by the rubbing bodies on each
other, the more the layers of surface elements penetrate each other, and the
more the number of collisions increases. The greater the number of surface
elements comes off. If the pressure is not large, then the number of leaving elements
is much smaller.
Thus, it is a small pressure – ie surface friction - leads not to the
detachment of elements, but to the detachment of particles, and the appearance
of the acquired shine .
The greater the speed of movement of rubbing bodies relative to each
other, the greater is the magnitude of
the repulsion forces, which leads to the fact that in a unit of time the
surface elements of rubbing bodies will lose more particles. Accordingly, the
acquired shine will appear faster and will be stronger.
If rubbing bodies were transparent (or one of them), then in the process
of friction (grinding) they do not lose transparency. But in addition to it they
acquire shine . This phenomenon we can observe in the example of all kinds of polished
precious and semiprecious stones or simply of transparent plastics.
Gases and liquids can not get the acquired shine. This is explained by
the fact that the Forces of Attraction linking individual elements or elements
of different molecules are small in comparison with the Repulsive Forces
arising from friction. As a result, the shape of bodies in the liquid or
gaseous state under pressure is easily deformed - ie elements move by the
action of collision against each other. This does not contribute to the emergence
of "denudation" of deep layers in the composition of surface
elements. As a result, the acquired shine can not arise.
