Page 242 - Теория кавитации

paragraphs 1.2.1 and 2.4 in the Kazakh part of the manual and in paragraph 1.2.1 in the
Russian part of the manual!).
In fact, as we have already noted, the process of becoming free for an electron can
be accompanied by one of three outcomes: a) to remain free indefinitely; b) jump to
another unoccupied orbit; c) in the presence of a nearby electromagnetic field with a
conductor, be on this conductor and start directed movement on it in the form of a ci1-
type cavition, i.e. - move around by cavitating. However, case (a) is not considered by
us. Case (b) leads, as mentioned above, to a single cavition, its lightning microexplosion
with the release of a quantum of light and sound, which can be established
experimentally.
Of particular interest is, of course, the case of (c). Here, the contribution of the new
electron-cavition to increasing the field can be determined with the help of electrical
devices: the fact that the movement is alternately forming-folding, forming-folding, etc.,
as well as high-frequency oscillations, on the one hand, confirms the existing
corpuscular the wave dualism of the electromagnetism process, on the other hand, is an
endless string of cavition micro-explosions with emissions of light quanta and
corresponding sound accompaniments, which can be seen by installing light in any place
of the conductor Current device and sound pickup device and, moreover, current can be
removed from any point of the conductor. Thus, the presence of micro-explosions in any
place of the conductor is another clear proof of the presence of the main characteristic
of the cavition.
This, however, indicates that the concept of a cavition is the basis that a ci1-type
cavition should be perceived as a particle that imparts a driving effect, in short,
movement. Here it is meant precisely the relative mobility, which differs from its own
absolute motion of the electron in the composition of the atom. On the other hand, we
know that in order to free an electron from an atom, it is necessary to communicate a

force that exceeds the WNF, that is, it is necessary to carry out weak nuclear fusion. The
released electron, as we saw above, will behave in one of the three outcomes: we will
consider two of them, and the first outcome means jumping the electron from one energy
well to another. The second outcome will require the need to organize special measures
in relation to the chemical element under consideration. In modern Dinamasin and
electric generators, this is achieved by creating windings of the conducting wire in the
form of a rotor and rotation inside the stator of magnets, i.e. inside the magnetic field.
At this time, electrons are released from atoms along the wire and a stream of free
electrons is formed and, turning into cavitions, they begin a vibrating series of
microhazhes in the form of a cavitation oscillation along the same conductor - the rotor
windings of the rotor in this case, which leads to the formation of electromotive force
(EMtF) amplifying the electromagnetic field. From such a loaded rotor-stator pair, you
can extract this EMtF in the form of electricity, which is called the removal of electric
current (REC).
It should be noted here: if an electron passes through an energy well to another
energy well, then the EMF does not form, in this case only local cavitation occurs with
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