Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[x_name41]

Daniel Dingel electrolysis device, based in Tariel Kapanadze green box device

[verpies]

Do you imply, Verpies, that through magnetistriction, standing acoustic waves or whatever in a ferrite medium, you can achieve to create a "magnetic transistor" in a sense?

A magnetic "transistor - yes, although more through the Veillari effect than through magnetostriction.

In other words, the stimulating energy - in order to create that wave -  to be able to manipulate far larger increase/decrease in ferrite's magnetic field energy content by altering its flux currying ability?

I'm not sure if it will be "larger" however the author of the attached patent seems to think so.

P.S.
Click here to see the picture below animated.

[baroutologos]

How far have you gone Verpies, researching FE material?

[verpies]

How far have you gone Verpies, researching FE material?

My colleagues say that I'm too far gone.
Anyway I think I see some errors in the Gunderson patent, namely:
1) The integral of sine from 0º to 360º is zero, so the average density and reluctance of the magnetic path changes only for the fundamental frequency/mode of the standing wave (or for different bounds or for different flux directions, e.g. orthogonal).  See this Java applet.
2) Increased density leads to higher acoustic propagation speed and different positions of the nodes (this is not addressed in the patent)

I don't have the answer to the most important question: Is Veillari effect non-conservative in any flux to acoustic orientation ?

[shiba]

@sparks
What do you mean by "emitted electron moving at high velocity in an orbital"?