Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hope]

http://amasci.com/freenrg/a-vect2.html

This idea posted in the above link may have answers or may not, but I do know there is more pressure on the outside edge of the coils curve than the inside (is the same in river bends for example, where it tends to be much deeper on the outside curves than the inside curve).   

Wattsup  thank you Mr. for all your solid hands on efforts and sharing it with us all.

[Hope]

Excuse the double post, my modify button is not working???   

I want to say that this outside pressure of a coils curve is pushing outside the physical boundary of the conductor and is available to be attracted to a DIFFERENT conductor.  This would seem to make transferring it's characteristics or adding them to another conduction path a less restrictive process.  AND it also would make a kind of EMF vacuum on the inside curve that would have to somehow balance. 

[verpies]

1) I would like to use the full flexibility of the 50MHz FGs which have sine, triangle and square, up to 16vdc and variable duty.

This means that a digital buffer/amplifier is no good for you.

Apparently, you need an analog wide-bandwidth power amplifier (a design without tuned circuits)
The simple H-bridge circuit you've mentioned will work but it will distort your sine and triangle waveforms by crossover distortion:  See: Crossover Distortion

[LtBolo]

If a ferrite had high permittivity and high resistivity, it stands to reason that an applied electric field would force a spin alignment. If the material had high permittivity but low resistivity, I'm thinking free electrons would be pulled from of the atoms, and there would be no resulting spin alignment. If the material was low permittivity, there would be no dielectric behavior at all.

With the spin aligned in support of a magnetic field in a high permeability material, it stands to reason that it would become magnetic relative to the alignment. Using an electric field to spontaneously magnetize and demagnetize a material seems like a pretty important trick. An interesting aside: if the electric field was applied in a single ended fashion, the material might begin to develop a magnetic memory and would refuse to demagnetize completely. If the device were working by magnetizing and demagnetizing via an electric field, it would become less effective the more residual magnetization increased, and would eventually need to be degaussed to improve effectiveness. I think they mentioned that behavior. That should be pretty easy to prevent if the applied field was bipolar.

[stivep]

.For the period of next few days group will not  be able to handle  questions We are going to be very busy actually we are busy at this very moment started since yesterday.So far we have lost one good quality generator.
Second one is in very bad shape but  the work is  being done...

Wesley