Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[nievesoliveras]

A meaningful composition.
Does any body can add the exact parts value?

[LtBolo]

are you talking about this:

From what I understand, it is exactly that...but with one big and important difference. Canceling a magnetic field with another magnetic field will produce COP < 1...which is why Naudin's experiment didn't work. The spark discharge can clearly cause the ferrite to behave like it is saturated, but I don't think it is conventional saturation, I think it more like nuclear resonance.

Above the Curie temperature (460C in ferrite) magnetic materials cease to be magnetic. It isn't too hard to see that a very sharp discharge could cause a resonance effect that would look much like heat...except that unlike heat, it goes away in 20-40us. That may be what is happening. From what we've seen in our lab, a decent sized ferrite rod can be shock saturated with about a 0.05 joule discharge...not much energy. I don't know what it would normally take with conventional saturation, but it seems likely that it would be higher than that.

[dole]

Just in case

http://www.youtube.com/watch?v=DBX1-POuJMw

d.

[broli]

From what I understand, it is exactly that...but with one big and important difference. Canceling a magnetic field with another magnetic field will produce COP < 1...which is why Naudin's experiment didn't work. The spark discharge can clearly cause the ferrite to behave like it is saturated, but I don't think it is conventional saturation, I think it more like nuclear resonance.

Above the Curie temperature (460C in ferrite) magnetic materials cease to be magnetic. It isn't too hard to see that a very sharp discharge could cause a resonance effect that would look much like heat...except that unlike heat, it goes away in 20-40us. That may be what is happening. From what we've seen in our lab, a decent sized ferrite rod can be shock saturated with about a 0.05 joule discharge...not much energy. I don't know what it would normally take with conventional saturation, but it seems likely that it would be higher than that.

I attached one method of figuring it out. The left coil saturates the core when the L meter changes little to nothing when adding more current. You use this current value times the amount of winding in the famous energy formula, for inductance you measure the inductance of the main coil with the L meter.

[Shokac]

@LtBolo

Have you tried Lenz's law in your setup. (http://www.launc.tased.edu.au/online/sciences/physics/Lenz%27s.html)?
Maybee HV with spark gap initiates this.?

I try many setup with HV i Spark gap, but no Supermagnets in core???


in the Lenz law mention "eddy current"
http://www.abiscus.com/HV/InductionHeater/InductionHeater.htm


@Cosmo?