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Originally Posted by Peter Lindemann
I refer to this situation is the energy of "the inductive collapse", since that distinguishes it from other varieties of CEMFs.
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OK, now that is indeed a good description of what is going on and I choose to use that term in the future instead of the more vague Back-EMF.
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It appears BEFORE the current starts moving and is separate and distinct from it.
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Indeed. Now, it would be most useful if one could limit the movement of the electrons during the charging of capacitors with the inductive collapse voltage or rather with the dielectric charge. One could of course try putting an inductor between inductive collapse inductor and the capacitor in order to limit the electron flow to capacitor. Now, if that capacitor is then discharged into next inductor and then the same electron move limiting inductor is used to limit the electron flow to the next stage capacitor one could maybe make a kind of cascade connection to purify the dielectric charge toward the end of such cascade. Do you have any ideas on how to do that?
In one experiment I used + polarity of the inductive collapse and I put an aircore inductor in series with it. Now, when the opposite end of the series inductor was slowly removed from the ground (to where it was connected in the first place) there was produced an extremely powerful continuous arc of the most peculiar nature (of course the inductive collapse coil was in the high frequency function all the time). First of all it was a rather constant arc without any interruptions and it could be drawn a few millimeters before becoming extinguished. The other peculiar thing was the fact that the arc produced a sound just like the high frequency plasma. The spectra of arc was green to blue and it produced extreme heat enough for me to weld two small pieces of steel together. And all of that exclusively by using the inductive discharge of very small magnitude and with rather low power used to power the inductive collapse coil with rather low voltages gained in the range of 95-120V but I must again accentuate the fact that I used the + polarity of the inductive collapse. My guess is that a kind of positive plasma was induced that showed some rather peculiar phenomena. Now, I tried doing the same with the - polarity of the inductive collapse but I was simply unable to make anything work because the system had common ground and it rendered extraction of the - polarity practically impossible.
You're being most helpful indeed!