Cyril has proposed a simple "possibility" for consideration ?
regarding Image below
[Smudge/Cyril]
Quote
here is a suggestion for an experiment with a fabricated array of triangular flux concentrators cut from sheet, interconnected with copper wires. The whole lot placed between two slab magnets (not shown). This could produce measurable DC voltage or current.
end quote
All comments / questions welcome
respectfully
Chet K
I can't see any power being generated without movement of the magnets. Thank about iron filings placed around a magnet. They don't move so with a static field why would this create any current?
Below is the "magnetic battery considerations" PDF
it is in the first post but for some reason at the top of the image and I see people have not been aware
so here is the explanation [below PDF]
thank you for looking, all comments welcome.
respectfully
Chet K
Thanks Chet,
Any info on dimensions?
tak
I will see if a small discussion on recommended materials , dimensions ,etc can be started here.
Cyril has limited time to interact but will be helpful whenever possible ! [as will others I am sure]
Good to see you around tak
respectfully
Chet K
@tak
Smudge/Cyril did give a reply to your question
Quote
For the purpose of the validation experiment size does not matter, use whatever magnets and sheet material is available. It is foreseen that a large number of elements will be needed to get to useful voltages, hence this would ultimately be achieved using IC fabrication techniques. Clearly this would limit the current that can be drawn, but a small chip producing everlasting current could keep phone batteries or PC batteries charged.
Smudge
end Quote
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respectfully
Chet K
PS
What an amazing Validation this would be !
Yes it would seem this would be a very small current. IIRC I think laserhacker noticed something like this in one of his builds he was tinkering with.