Color's Kapanadze forum, FE builds circuits and comments

[color]

EMJunkie:

Perhaps time for a bump.

================

https://www.youtube.com/watch?v=K9NdMMJzVmM

"Rods from God" in the movie above is modeled after an Egypt-Apep-snake standing on a lotus flower.
However, even if a 10-ton tungsten rod flies out of space and collides with the Earth's surface, it is difficult to generate large waves.
If you expected the effect of a meteorite impact, you will be disappointed.
Rather, it is said that making a TNT weapon at the cost of launching a 10-ton tungsten rod into space is thousands of times more effective.


........the more of these up and down things you have is whatever it changes direction there that it throws off either a magnetic or electrical wave so on the electrical side you're pretty well boxed in and all the rules and the blips and things you're in Ohm's law and all that sort of thing if you're in a closed system and you're baxed and Ohm's law works but if you get over and that's on your electrical side but when you move over onto the counter part of the magnetic side none of those laws apply and.........
https://www.youtube.com/watch?v=oa4nUEsBer8

Take a look at the video below again.

https://www.youtube.com/watch?v=hMlrxC0m78o

When the magnets push the same polarity together, it suddenly brightens in some part of the fluorescent lamp.
This cannot be explained by simple Ohm's law.
When the same polarity of the magnet collides, it is almost stopped and the repelling electrons become more active.

In the video below, the Akula0083-generator works for 3 minutes and stops working.

работает около 3 минут
https://www.youtube.com/watch?v=acUc2jg-ZrU

Like a DC-generator, when two magnetic forces of the same polarity stimulate the electrons of the wire, the electrons cause a strong impulse, causing the coil to overheat.
The electrons in the overheated coil depend on the Curie temperature,
In general, the Curie temperature of magnetite is 575°C, hematite is 675°C, pure iron is 770°C, nickel is 358°C, and cobalt is 1131°C. Ferromagnetic materials such as iron and nickel lose their stiffness properties at a specified temperature called the Curie temperature.

Copper is diamagnetic.
Copper can also be affected by high temperatures.
So if the yoke-transformer or grenade temperature rises, the electrons lose impulse and the generator may stop working.

Работает устройство 10-15 минут потом выключается, видимо из за нагрева гранаты.
https://www.youtube.com/watch?v=aiFIqhneZKo

Resonance is the collision of magnetic forces.
Anything that can affect magnetism affects resonance.

The melting temperature of bismuth is 271.3°C.
Diamagnetic bismuth can significantly reduce the impulse of electrons against magnetic force even at only 100°C.
So for G-power generators, temperature management is like life.
Even a slight increase in the temperature of the generator causes the amount of power to decrease rapidly.

https://www.youtube.com/watch?v=6jZ5How6G8Q

The reason Ruslan measures the generator voltage twice also means that he is aware that the generator's output decreases over time.

[color]

https://www.youtube.com/watch?v=YeytdsW-tSU&t=67s

https://www.youtube.com/watch?v=jjCbF9YjB4Q

[color]

https://www.youtube.com/watch?v=hMlrxC0m78o

What will happen if a rotating magnet and a coil wound around VACOFLUX (cobalt iron) meet?

https://www.youtube.com/watch?v=LMSmEVoUdig

Can the rotor with all the magnet's N poles attached to the outside stimulate the electrons of the coil wound around the VACOFLUX?

If there is only one magnet, even if the rotor rotates, the change in the line of magnetic force cannot be observed.
If there are dozens of magnets, there are dozens of lines of magnetic force, which can stimulate electrons in the coil.

https://www.youtube.com/watch?v=Dbnc1M944RA

The electromagnet switching of the G-power generator is not a change in the N or S pole,
Only one polarity of N or S can be switched.
Only the N pole can be switched, or only the S pole can be switched.
Switching the N and S poles alternately like a DC-generator makes the transistor (PNP/NPN) circuit a little complicated.
The positive and negative magnetizations interfere with fast switching.
The same polarity is much more advantageous if you go up in Khz/Mhz units.

In general DC-generator, magnetic force acts as resistance,
Bedini-generators have little resistance to magnetism.

http://frienergi.alternativkanalen.com/Chapt2.html
https://www.youtube.com/watch?v=tiafQ9R-REs

[color]

Google Translate is really inconvenient.
In its original meaning, only about 70% appears properly.

[color]

Zenneck wave
https://en.wikipedia.org/wiki/Zenneck_wave
https://upload.wikimedia.org/wikipedia/commons/a/a7/SPP_silver-air_interface_10um.gif


The artificially created resonance wave and Zenneck wave look similar.
But,
There are many differences in the actual waveforms of the Yoke-transformer.
https://1.bp.blogspot.com/-7EBqr8aJipo/Xv6YxUElNDI/AAAAAAAAtpc/V4hlZCgMoaE0Csj52taceGAvDiqEjLpngCNcBGAsYHQ/s1600/Standing_wave_22.gif
The upper waveform shown in the figure above is due to electrical stimulation,
The lower waveform is a waveform that appears as a counter electromotive force, not an electrical stimulation.
Does it look very similar to the Zenneck wave?