Holcomb Energy Systems:Breakthrough technology to the world

[Ufopolitics]

@Bistander,


Thanks for the compliments...


Yes, I base most of my knowledge about magnetism on my own experiments, plus, I must admit, on many explanations on Forums...
Science related to magnetism is way behind...far, I mean, they are still using iron dust, or shavings to "see" a locked magnetic field...lol


And here we differ, related to poles and center wall...as, from where field emanates?


On my short video I have proved something you may have not noticed, and it is pretty simple to see and digest...


I can rise Output power by just rotating faster a virtual Field...without even touching Input Power...or not being affected.


Wait until I get a bigger, better setup, and watch whenever I add a load to Output...


You know perfectly well that a Universal Motor Stator is NOT wound as a generator is, as its core is completely different...hence will never output same amounts of power over time...and rotational speed from virtual field.




Cheers






Ufopolitics

[hartiberlin]

Hi Ramset,I found this other video of the barkhausen Effect, that shows how the core materials play a big role in theoutput of the Barkhausen induction output:

https://www.youtube.com/watch?v=BLXVLDysroY

The question is, if Holcomb still found a better material that still enhanced the output even some more.
Regards, Stefan.

https://m.youtube.com/watch?v=4GLdCEQii5A&feature=youtu.be


Barkhausen effect was postulated as a "possible maybe "for a source of gain ? ? _which produce much higher voltages , when the domains toggle back and forth_


Postulated/mused by individual  not associated with claimant
Or investigation of ....


That better iron and  better switching .. might yield higher voltages
during toggling ??

[Feb2006]

From WO 2021063522


"This system generates electric power according to Faraday's Law. The induced voltage in a coil
is proportional to the product of its number of loops, the cross-section area of each loop, and the
rate at which the magnetic field changes within those loops as well as the flux density of the
changing fields."

So ferrite core and faster exited (switching) like in inverters, probably makes higher output.

[Floor]

https://m.youtube.com/watch?v=4GLdCEQii5A&feature=youtu.be


Barkhausen effect was postulated as a "possible maybe "for a source of gain ? ? _which produce much higher voltages , when the domains toggle back and forth_


Postulated/mused by individual  not associated with claimant
Or investigation of ....


That better iron and  better switching .. might yield higher voltages
during toggling ??

This (Barkhausen effect) may be drifting away from Smudge's proposed explanation.
  But..

As generalizations.....

There is a time aspect to               magnetization / residual magnetism.

For a majority of magnetic domains that will reorient into alignment with
the polarity of any given, applied external magnetic field, their reorientation will
occur very rapidly / perhaps almost instantaneously. 
  But also...

There is an    escalating cascading,      in the strength of the induced magnetization of
an iron object.  Newly aligned polarizations increase the strength of the magnetic forces
produced by the iron object itself, as it is being magnetized.  The iron's own magnetic field
in turn produces more alignments (up to a point).   This occurs over some very brief amount
of time.

After / during that "some very brief amount of time" (typically less than 1 second), increase in
magnetization slows down, but still continues to grow.
... .... ... ... ... ... ... ...
There is a time aspect to             demagnetization / drop off in residual magnetism.

In the absence of the applied external magnetic field, the polar alignments begin to
randomize again. That randomization occurs very rapidly within the first second or
fraction there of.

The self demagnetization occus very rapidly initially, but the   rate   of magnetic decrease
slows down over time.

[Floor]

From WO 2021063522


"This system generates electric power according to Faraday's Law. The induced voltage in a coil is proportional to the product of its number of loops, the cross-section area of each loop, and the rate at which the magnetic field changes within those loops as well as the flux density of the
changing fields."

So ferrite core and faster exited (switching) like in inverters, probably makes higher output.

Yes and this is in part, material composition dependent.

Larger (more massive) magnetic domains exert greater force than do smaller
domains, but also the larger domains will reorient more slowly than smaller ones.

Greater mass, numbers of chemical bonds and distance traveled, will slow down
domain reorientations, but it might still be advantageous to cycle larger fluctuations
but at slower cycles. 

Note..
   Fluctuations do not need to be complete polar reversals in order that they will induce
electric currents.