Kapanadze Cousin - DALLY FREE ENERGY

[PolaczekCebulaczek]

three simple questions:
1.can a static electric field amplify an oscillating electric field component of EM wave?
2.can a static electric field speed up electron flow in conductor? (i know it can bend electron path)
3.how fast magnetic field collapses when DC power is switched off,at speed of light or not?

[Reiyuki]

We have Magneting Excitation and Elecric Consumption!!!  With all interesting after effects.
I know, many guys understand me.
90 degree spatially (dimensionally).

Magnetic flux creating a free capacitance at 90deg to the flux?  Don Smith mentions this.  (see attached)

[PolaczekCebulaczek]

Magnetic flux creating a free capacitance at 90deg to the flux?  Don Smith mentions this.  (see attached)

you are trying to say that if an capacitor is placed on the path of CHANGING magnetic flux the capacitor will get a charge?

[Reiyuki]

you are trying to say that if an capacitor is placed on the path of CHANGING magnetic flux the capacitor will get a charge?

Voltage, yes.   Power, I'm not sure yet.  I probably did my experiment wrong (I based it off Utkin rather than Smith).

The test I did last month was using 2 opposed coils and identical metal plates(attached) and got DC voltage out of it but no real power with regular pulsed DC input.


Don said he used copper and aluminum plates, which creates an automatic charge separation, and the magnetostrictive rod would result in a lot more flux transfer.  I think his version will work a lot better.

[PolaczekCebulaczek]

this is very interesting,however would it work when coil fields are not opposing? like plates between N S poles? also this DC voltage on plates could be from inducted currents from changing mag fields...so we want to see if thin capacitor will get charged and stay charged after power in coils is off.