Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hope]

the whole thing NO
What pages?

The table of contents at first.

[stivep]

http://www.inductoheat.com/pdf/132.pdf
some news about cores
important

Quote:

Ferrite and powders: Pure ferrites
and ferrite- and iron-based powder
materials are often used in induction
hardening.1
Ferrites are dense ceramics made by
mixing iron oxide (FeO) with oxides
or carbonates of one or more other
metals such as nickel, zinc, or magnesium. In relatively weak magnetic
fields, ferrites have very high magnetic
permeabilities (µr = 2000+). The main
drawback to ferrites is their brittleness.
Other disadvantages: a low saturation
flux density, low Curie point (~430°F
[220°C]), poor machinability, and low
thermal shock resistance.
Iron-based or ferrite-based powder
materials have lower magnetic permeability but better machinability. Examples of these materials include Fluxtrol
and Ferrotron (Fluxtrol Inc., Auburn
Hills, Mich., www.fluxtrol.com) and
AlphaFlux and AlphaForm (Alpha 1


Wesley


look at Fig2
Can anyone get a hold of this monster ferrite?

[jbignes5]

I would stay away from ferrites. Try the real thing like the metal I'm trying to get a hold of. Iron would be easier to degauss as well if it did become semi permanent.

maybe very thin bessemer steel coils can be made. It is very very soft and would make laminated coils. I suggest if the do to terminate the exterior coil to the inner coil leaf to form a loop. I still think the solid cores are better for this application. I am only going to be using the high voltage section over the core anyways. The field should be a surface charge anyways. The only heavy magnetic field will be around the generator coils.

[frankidel]

@ Stivep, Do you have any news about Tariel, is he in hospital again, and out of danger, do you have contact with him and if he needs help, we could make an account and help him and his family.

thanks

[meena1989]

Great information! I’ve been looking for something like this for a while now. Thanks!