Kapanadze and other FE discussion

[kolbacict]

10^{3 ?}
Wesley

Aha.
https://armadatest.net/product/g3-120/
https://youtu.be/aOJ12mYpro8  https://youtu.be/7kMh8Z_cr2w

[Sergh]

Video was presented in 2012.
https://www.youtube.com/watch?v=ZckaMOlixqw
Where  one wire transmission  using 8  micron wire  thickness  experiment  was  provided.

This video is similar to Avramenko's fork. 
No specific measurements of input and output power and energy are provided. No comparison with existing high-voltage power lines in the form of real data.
They must have been wrong. They would not be able to use a wire with a thickness of 8 microns, since such a wire would be torn from any movement or air flow. Commercially available standard wires have a diameter of 0.08 mm.
It's actually a very thin wire. But it is 80 microns. Such a wire can withstand current up to 0.025 amperes. At a voltage of 100 kilovolts, 2 500 watts will pass through this wire without overheating.
Well, or a few times more if you do not pay attention to heating more than acceptable, which can damage the insulation, which in this case is not relevant.

https://www.ruscable.ru/info/wire/mark/petv/

https://duino.ru/media/tok-mednogo-provoda.html

[stivep]

kolbacict - I do  THANK YOU VERY  MUCH for the links.

This video is similar to Avramenko's fork. 
No specific measurements of input and output power and energy are provided. No comparison with existing high-voltage power lines in the form of real data.
They must have been wrong. They would not be able to use a wire with a thickness of 8 microns, since such a wire would be torn from any movement or air flow. Commercially available standard wires have a diameter of 0.08 mm.
It's actually a very thin wire. But it is 80 microns. Such a wire can withstand current up to 0.025 amperes. At a voltage of 100 kilovolts, 2 500 watts will pass through this wire without overheating.
Well, or a few times more if you do not pay attention to heating more than acceptable, which can damage the insulation, which in this case is not relevant.

https://www.ruscable.ru/info/wire/mark/petv/

https://duino.ru/media/tok-mednogo-provoda.html

I agree.
In the original video the guy( the  one  having dental problem)
Says that: this wire serves as waveguide for the  wave that  goes along the wire.
here:  https://youtu.be/ZckaMOlixqw?t=105

on the link:
https://www.ruscable.ru/info/wire/mark/petv/
we see wire  covered with enamel.
That 2D(two dimensional)  space between   wire  and enamel that for us doesn't look like space  it is a highway for EM wave to travel at  very specific  conditions.
wire is conductor  enamel   is dielectric = interface= waveguide requires conditions of

G-line - a type of waveguide, rather than a wire in an electric circuit

https://en.wikipedia.org/wiki/Goubau_line
But  I do not see these condition being met  in this Russian experiment .
In that particular  Russian video  we see however  generator  not more that 500kHz max having two outputs  and using only one  of them  that is giving out  sinusoidal signal.
The  generator has maximum voltage of 5V   but I'm not sure  about  what the dial switch set on 20, on the left to the V-meter   is for?
The generator is set on the video to 1kHz
(Please look at the picture below)
https://overunity.com/17735/kapanadze-and-other-fe-discussion/dlattach/attach/192526/image//
Wesley

[kolbacict]

They would not be able to use a wire with a thickness of 8 microns, since such a wire would be torn from any movement or air flow.

I also was thinking about that.  They probably lost one zero.

[stivep]

we see wire  covered with enamel.
That 2D(two dimensional)  space between   wire  and enamel that for us doesn't look like space  it is a highway for EM wave to travel at  very specific  conditions.
wire is conductor  enamel   is dielectric = interface= waveguide requires conditions of https://en.wikipedia.org/wiki/Goubau_line

Interface - is one of forms of  waveguide TM mode ( Transverse Magnetic)
https://en.wikipedia.org/wiki/Mode_(electromagnetism)

The most common one is:
- dielectric and conductive medium  such enamel and copper  wire or plate or plane.
   a. The space between dielectric and conductive medium is a highway for EM wave.
   b. The space between air and copper wire plate or plain  is a highway for EM wave.
   c. The space between air and  Earth(partially conductive)is a highway for EM wave

https://youtu.be/aOJ12mYpro8?t=223
Exactly in this very point in the  video Russian  experimenter says :

This wire acts as a waveguide.
Current doesn't go  inside of the wire .. it means... the electromagnetic wave goes along the wire
....the same is with  lightning, ..if the lightning  would  go inside of ground wire  there would be no wire .....

Wesley