Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[forest]

Hey Forest,

I check his channel everyday.

He amazes me with his work.

Mind you, I wish I had a tenth of the success he has.

BTW, I need to get my hands on some HV caps. Seems not so easy here in Oz.

Guess I'll just ebay and wait.

Regards, Penno

p.s. I wish some one would give me a clue how to connect spark gap through to ground.

Russian have something like that for a long time.It has 3 terminals and is rated for a voltage breakdown.I'm not sure how it works but I suppose you just connect it like spark gap and third terminal to ground and when voltage is above breakdown leve it dump excess energy to ground.Not sure it was what you were asking for though 
http://allegro.pl/zwierak-rb-5-komplet-10szt-12zl-i1297064242.html#gallery

[poynt99]

Russian have something like that for a long time.It has 3 terminals and is rated for a voltage breakdown.I'm not sure how it works but I suppose you just connect it like spark gap and third terminal to ground and when voltage is above breakdown leve it dump excess energy to ground.Not sure it was what you were asking for though 
http://allegro.pl/zwierak-rb-5-komplet-10szt-12zl-i1297064242.html#gallery

It might be a small, cold-cathode (i.e. no filament) thyratron.

http://www.radartutorial.eu/08.transmitters/pic/modulator1.en.gif

.99

[LtBolo]

In a magnetic circuit, a magnetic "transistor" would meant readily OU.

That's my conclusion as well.


Given the negative results from static E fields that some of us have had so far, I am wondering if the spark discharge is critical after all. I can easily argue that the discharge would create rapidly changing gradients that would be more likely to cause the effect in materials that were less inclined to do so. Of course if we could find a material that would change in a static field. it would make this so much easier. I think that all of the designs that have worked so far employed a spark gap, so I think I am going to change my earlier statement that resonant drive would work and say that a spark discharge circuit is probably the best plan.

It may also be that the voltage just has to be higher than we have tried. Easiest way to test that is thinner material.

[baroutologos]

@Ltbolo,

It is totally unclear under which circumstances the papers that discuss permeatability alterations of ferrite materias is accomplished and by what methodology.

If we know that. perhaps we can improvise experiments more successfully.

[amigo]

http://adsabs.harvard.edu/abs/2008ApPhL..93j2503F

Get inspired by this abstract. "This composite is a candidate material for electrically controlled magnetic devices."
In a magnetic circuit, a magnetic "transistor" would meant readily OU.

Of course, you could've posted a full paper - Why do a botched job, baroutologos?

See below...

http://www.multiupload.com/4U8J12XOFH