New invention of motion less generation of electric power

[exnihiloest]

@exnihiloest:

Call the article pseudoscience if you like.  Articles submitted for peer review are dismissed by the powers that be and are never published if it's not in there best interest. 
...

Hi gravityblock

I agree with you. Generally we can trust the most part of articles in peer reviews.

I have not talked about "pseudo-science". This article is real science but it is far from having given proof of a discovery.

I just mean that in this particular case of magnetic monopole, which contradicts all that we knew, more evidence is needed (confirmation by other teams) and particularly because the confusion is possible between a monopole and one end of a long dipole. I discussed this subject on a usenet group with persons having a solid background in physics, and all were very doubtful for the same reason. Imho it is too early to conclude.

[jan.kolar]

jankolar:
thank you for your input regarding current calculations please send me more details i am interest to know your experiment and calculation method

I translated my old document to english. Attached are also MATLAB scripts, C programs and files for simulation program PSPICE (i used old program for DOS dont know if old scripts are compatible with new windows versions). It is only mathematical game, didnt try it in reality. Problem in practical realisation is that when going to higher frequencies simple model of transformer as inductance (possibly with resistance and capacitance of winding) is no longer valid. To be correct we must use  distributed model of circuit i.e. decompose all parts of real circuit into infinitesimal small parts. Each inifinitesimal part can be substituted by some wiring of RLC elements. The result for circuit as whole is acquired by integrating equations for such inifinitesimal small parts.

[exnihiloest]

http://en.wikipedia.org/wiki/Permanent_magnet#Magnetic_materials

Ferromagnetic materials can be magnetized in the following ways:
Heating the object above its Curie temperature, allowing it to cool in a magnetic field and hammering it as it cools. This is the most effective method, and is similar to the industrial processes used to create permanent magnets.
...

Well I agree that "bullshits" was a bit excessive word, nevertheless we are not in the 19th century, not even in the 20th.
Industrial processes for modern materials (ferrites, NdFeB, alnico) doesn't heat the materials over the curie point. They proceed as I said, by placing them in strong fields.
You can even buy such magnetizer (at least for alnico and magnets not too strong).

[forest]

Still nobody explained clearly the requirement of 1/4 wavelength of secondary for entering the passive zone 
I feel , it must be connected to magnetic field, maybe it's 1/4 of the period of oscillations in LC resonant circuit when energy is completely stored with magnetic field ?
Can you point me to the articles explaining exactly what is happening in LC circuit at resonance   ? And I mean where is the energy in each part of period of oscillation , not just equations.

[gravityblock]

@forest:

Something similar to this thread maybe, http://www.overunity.com/index.php?topic=8354.0

The thread could be way off from what Ali is trying to do, just throwing out possibilities.