Kapanadze Cousin - DALLY FREE ENERGY

[rakarskiy]

I tried to explain to the author (Post No. 23665) with his ring high-voltage inductor why his idea should have a different design.
If you guess, of course, you need to look at Smith's design

https://bestschemes.ru/wp-content/uploads/2020/07/932d9d834edde974bb727f05ef07a0b9.jpg


PS
On three fingers to explain first the course of electromagnetism, then the course of electrodynamics and, finally, what is the essence of the fallacy of the electronic version of the electric current is impossible.
It is too long and completely uninteresting to go into debates, I have little time for these debates.

[AlienGrey]

Well from what i have noticed about the Don Smith device and his use of a Neon driver inverter.
If has 2 output lines and he makes very good use of this factor and the fact that the lines are current limited and that they have have impedance, every one ignores this little important fact.

I don't really want to go too much into this but that circuit was well thought out and explores
every aspect of what he wanted out of that device.

Sil

[rakarskiy]

An electric field is an electric field.
You just need to be able to shoot it, that's what I saw, even if the idea is crazy, but at least logical.

[stivep]

The fundamentals of what the fields are aiming for must be known.
The magnetic field of this ring, just to such a state, the magnetic flux tends.
An electric field is a potential difference that, when closed into a ring, tends to self-destruction.
The principle of electric power industry is balancing the generated electric field through the field channel (conductor) by elements that slow down this process, releasing heat, light and, when twisting the conductor into a coil, a magnetic field in the form of a dipole. At the same time, Heat and Light are also magnetic fields, which can be attributed to the ray electromagnetic field.

That is why the secondary winding of the Tesla transformer has an elongated solenoid to create electric field potentials.
And a solenoid twisted into a ring is the creation of a magnetic flux, which can be created in the form of a plasma, for this a collider is being built.
The magnetic properties are lost by the magnetic circuit when heated, and not by the electromagnetic field.
More or less like this.

Your English translation makes your post absolutely not readable and convoluted.
you said :

The fundamentals of what the fields are aiming for must be known.

did you want to say :
The source and effect caused by the fields must be known.

The magnetic field of this ring, just to such a state, the magnetic flux tends.

did you want to say that:
The magnetic field is enclosed inside the the  doughnut-shaped  ferrite core.

An electric field is a potential difference that, when closed into a ring, tends to self-destruction.

-potential difference of what?
I'm not sure what you're trying to express but I think this helps:
https://en.wikipedia.org/wiki/Toroidal_inductors_and_transformers

electric potential explanation:
The key difference between electric potential and electric field is that electric potential refers to the work need to be done
in order to move a unit charge from one place to another, under the influence of an electric field, whereas electric field is the surrounding
of an electrical charge which can exert a force on other charges in the field.
https://www.differencebetween.com/difference-between-electric-potential-and-electric-field

The principle of electric power industry is balancing the generated electric field through the field channel (conductor)
by elements that slow down this process, releasing heat, light and, when twisting the conductor into a coil, a magnetic field in the form of a dipole. At the same time,

I'm not sure what you're trying to express?
Two primary things can cause the core to heat.
-Resistive losses in the transformer winding wire due to the primary and secondary currents.
-Ferrite core loss to to such factors as eddy currents, and magnetic hysteresis.
https://forum.allaboutcircuits.com/threads/why-is-ferrite-core-hot.159219/

Heat and Light are also magnetic fields, which can be attributed to the ray electromagnetic field.

no they are not.
-Light is electromagnetic radiation.
-heat is energy in transfer to or from a thermodynamic system, by mechanisms other than thermodynamic work
or transfer of matter (e.g. conduction, radiation, and friction) however it can produce electromagnetic radiation
https://en.wikipedia.org/wiki/Heat

That is why the secondary winding of the Tesla transformer has an elongated solenoid to create electric field potentials.

Tesla transformer is air transformer having close field coupling works and acts as a regular transformer but it doesn't have a metal core.

And a solenoid twisted into a ring is the creation of a magnetic flux, which can be created in the form of a plasma, for this a collider is being built.

I'm not sure what you're trying to express?
did you try to say:
A coil of X turns carries a current of X mA and creates a magnetic flux of e.g X Weber.
plasma kinetic energy can be converted in to electrical energy by the compression of magnetic flux between the coil and plasma.
However, the expanding plasma working against magnetic field are subjected to MHD interchange instabilities,
quote taken from:
"Conversion of plasma energy into electrical pulse by magnetic flux compression"
https://www.sciencedirect.com/science/article

The magnetic properties are lost by the magnetic circuit when heated, and not by the electromagnetic field.

were you trying to say:
At a certain critical temperature, the magnetism is lost. Above curie temperature, a substance lose their magnetic properties.
Hence, when a ferromagnetic substance heated above curie temperature, its ferromagnetic properties gets lost and it converts to para magnetic substances.
When a magnetic substance is heated it loses its magnetic property. It is because all the atomic magnet becomes randomly oriented due to heat

Wesley

[stivep]

additional information about ferrite cone and ferrite disc may be interesting to someone:
https://www.researchgate.net/figure/Rotating-electric-field-in-a-ferrite-cone_fig9_1896990
https://www.researchgate.net/figure/Electric-field-vector-inside-a-ferrite-disk_fig5_6768829

also processes in ferrite cylinder is here:
https://www.researchgate.net/figure/Magnetic-field-inside-the-ferrite-core-cylindrical-shape-of-the-probe-and-electric_fig2_257177618
The difference between ferrite cylinder and toroidal core is its vertical height.

Wesley