Kapanadze and other FE discussion

[kolbacict]

https://overunity.com/7679/selfrunning-free-energy-devices-up-to-5-kw-from-tariel-kapanadze/msg331195/#msg331195

It seems me there was anything other.  I think I saw round soldering from lamp panels, only from below. That's why I thought about TVs. But it never mind. In any case, the boards are fake, just placed for the entourage. But it may be on this basis tracks are cut and their own circuit is assembled .This is what many poor radio amateurs do, including me.

Mechanical equivalent  explanation in attachment,on what's happening in Tesla, Kapanadze ect.
Thank me later 


Cheers,
Pix

Why put batteries in the radio then  ? 

[pix]

Why put batteries in the radio then  ? 

1.Because radio is not designed for it.
2. You need a high Q resonator. Tesla coil is good for that. Tesla was saying to keep radiation losses minimum, that's why he mentioned about kHZ, not MHz. And kHz is determining the size of resonator. It won't be small like in the radio.
3.You still need a battery to power generator driving tuned resonator. Eventually if you loop back portion of output power into generator supply, you may have "samozapit"


Cheers,
Pix

[kolbacict]

I read about it ten years ago. At Atsyukovsky.

[r2fpl]

1.Because radio is not designed for it.
2. You need a high Q resonator. Tesla coil is good for that. Tesla was saying to keep radiation losses minimum, that's why he mentioned about kHZ, not MHz. And kHz is determining the size of resonator. It won't be small like in the radio.
3.You still need a battery to power generator driving tuned resonator. Eventually if you loop back portion of output power into generator supply, you may have "samozapit"


Cheers,
Pix

I'd like to see it in action. At least 10 years ago this was discussed but maybe you can show it.

[Sergh]

The only odd thing that was mentioned was a thunderstorm on the day of the Aquarium 2 video.  Tariel said it was too dangerous to start the device in those conditions. Later on, the weather calmed down and the demonstration began.

I don't see anything strange in this. Ohm's law.
The resistance between the metal ground and the planet Earth is not zero ohms. For example, a good grounding resistance would be 4 ohms. When lightning strikes a lightning rod that is connected to it, a high current pulse occurs, for example, 1000 Amperes. What voltage will be on the ground and all metal parts connected to it, as well as on the nearby soil? Up to 4 kilovolts. This high voltage can kill someone with their legs wide apart. They tell ordinary electricians about this at safety briefings. On the grounding of lightning rods, signs are now installed "Do not come closer than 3 meters during a thunderstorm."

I have already mentioned how I think the device works.
Tesla: I would only agree with the Tesla hypothesis if you are looking at high-frequency resonance effects and NOT HV effects.
In the 2004 video the spark gap is not much higher than the mains  (240v AC, 50 Hz). Definitely not Tesla.
In the Aquarium 2 video, the spark gap is going off like crazy because it is an overvoltage protector, or if you like - a current surge protector.
This is entirely consistent with his claims in the patent that L2 feeds L1 an additional amperage. At something approaching the speed of light, this vortex would lead to a meltdown pretty quickly. The spark gap going off is mighty powerful and loud.

I had a case, a breakdown on the board, as a result of which a film capacitor, small in size, with a capacity of 2 microfarads 6 kilovolts, was discharged at a distance of a foot from me. I completely lost my hearing for about a minute from the sound of the discharge.
On the video, of course, it is not clear how loud the sound is, but I assume that the power of the device that creates these discharges in the aquarium is not more than 100 watts.

Doesn't the discharge frequency seem strange? It sounds less than 10 Hz. The output of the generator is 50 Hz, and the discharge frequency is about 10 Hz. Inconsistency.
Let us assume that during the discharge, a pulsed excitation of the resonant circuit occurs. But the circuit is loaded with a very powerful load, it will not be able to make even one cycle of free oscillations at full power with such a significant load. In addition, a highly efficient high-voltage capacitor of a very large capacity would be needed for such a coil. Much larger capacity than mine at 2 microfarads, which I wrote about above. Each time this capacitor, for example 200 microfarads, would need to be charged through a spark gap. The sound would be many times louder, you would have to use protective headphones, as the operators of large Tesla coils on spark gaps do.
In addition, no one with an electrical engineering education will see free energy in such a system. We will charge the capacitor 5 times less often but with 5 times more energy than the average energy in the load. The output will be the same energy as the input. A similar process works in induction metal melters and even induction cooktops. Electrical specialists did not find additional energy there.
In addition, the spark gap in the GreenBox is very weak, the spark is small and not noisy.
In addition, there are video fragments indicating that the devices can work for a short time without a spark at all.

I assume that a spark is needed to initiate the process. A similar principle is used in kitchen gas stoves or boilers. In these devices, a spark ignites the gas, if the flame goes out, the flame control sensor sends a signal for a second spark. Such a device was used by Tariel in the video from Wesley.

Thus, parts connected in series into a ring, consisting of coil L2, its internal contents, loads in the form of light bulbs, are partially self-sufficient system. It is enough to give an impulse to L1 and then for some time the system generates electricity on its own. Electromechanical oscillator. The internals of the coil generate energy when electromechanically activated, the current from these internals passes through L2 to the load and along the way creates a magnetic field in L2, which affects the internals and creates a mechanical reactivation without a spark. The process can avalanche increase or decrease, or repeat stably, if the control device is able to stably maintain the parameters of the energy-producing substance inside the coil.
But it is probably difficult to maintain stable parameters, so it is necessary to periodically start reinitialization with the next spark.
https://overunity.com/17735/wesleys-kapanadze-and-other-fe-discussion-forum/msg576630/#msg576630

There was a case in the US, I believe in the sixties or seventies when a poor young boy died whilst sitting in front of the CRTV.
Apparently, the tube(?) went into a vortex resonance and exploded, killing the unfortunate youngster.
A CRTV tube consists of a circular V or flat U-shaped yoke resembling a toroid with coils and electromagnetic deflectors.

Implosion

A CRT during an implosion
High vacuum inside glass-walled cathode-ray tubes permits electron beams to fly freely—without colliding into molecules of air or other gas. If the glass is damaged, atmospheric pressure can collapse the vacuum tube into dangerous fragments which accelerate inward and then spray at high speed in all directions. Although modern cathode-ray tubes used in televisions and computer displays have epoxy-bonded face-plates or other measures to prevent shattering of the envelope, CRTs must be handled carefully to avoid personal injury.

https://en.wikipedia.org/wiki/Cathode-ray_tube
CRT IMPLOSION (VERY LOUD):
https://www.youtube.com/watch?v=Qv-Ub7kgm0Y

Old CRT implosion:

https://www.youtube.com/shorts/e27Ia_9EAHA