Kapanadze and other FE discussion

[AlienGrey]

For Mr AlienGrey ....   

https://youtu.be/JcPu4Ie47vA

I just watched the video again, I'd like to say that the voltmeter reading was incorrect. It was after finishing the video that I discovered my DMM had effectively died.

For Wesley....

https://youtu.be/MXPtdzhSdfw

This " curiosity " was interpreted as a capacitive form of resonance....

Cheers Graham.

Grum Hi am I to understand you powered the pasture of field in the display with 250v mains ? and got a light bulb to light?
I don't suppose you tried just to read the voltage in the ground it self ?
If your interested I did see a BBC short film some time ago on BBC4 where the guy had an area where there were 2 lakes
one was from the sea and the other volcanic fresh water but acidic and both undrinkable he could light a car headlight bulb
with a bit of wire and a couple of cans between them. I didn't say it was impossible.

Also cable conductors are you aware it takes a rise time to pass current through and down a wire Tesla talked about this
but people ignore this little fact.

[Grumage]

Hi Guys, I'll do a two in one.

Mr Void.

Thanks, I've laid a foundation, the door is open for others to try pulses etc....

Mr AlienGrey.

No I didn't use my domestic supply as we're on a PME overhead distribution system. I used my 220 volt pure sine EPS which was totally isolated and also used two 3 foot Copper rods, equally isolated from my incoming supply.

Perhaps this video will answer your other question?   

https://youtu.be/mRz3oTLicT4

Or how about this one?

https://youtu.be/x__NQOtrzf0

Cheers Graham.

[stivep]

Eddy currents do not have a *closed current path back to the source*, was my point there.

https://en.wikipedia.org/wiki/Eddy_current

Picture from below :
https://youtu.be/qdJ1V_yDv-c?t=505


Wesley

[stivep]

Wesley, what striking results did you get out there?

- 21V between the grounds
- Grounds response depends from orientation ( the lowest 11.7V)
- Amplification based  on  returning HV pulse back to  one of the grounds.
upon sending 5000V impulse.

Wesley 

[stivep]

in article http://www.erlphase.com/downloads/application_notes/Understanding_Sub_Harmonics.pdf
it is mentioned 

Case 2: System Response to Sub-Harmonics with Three Phase to Ground Fault.
he highest of the is found at 12Hz

there is no circuit if there is no load.
there is no circuit if the load belongs to  not your  loop
there is no active circuit if your loop in test  is not connected to the phase
in my case there is no inductive load in circuit with phase.,and that condition is  expected for  _{sub-harmonic frequencies} origination ( in my case)
in my case there is no three phase


In London You can have  CT1 powering 1 building only and next to it another CT2 powering another building
Both loops will never see each other right?

Wesley