Possible reason for unexpected pulses (Kick?)

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Http://www.physics.colostate.edu/users/pavol/ga_cloning.html

I have been convinced high voltage pulses against a dielectric core were used in the later TPUs. I just couldn't fathom a reason.

The kick appears well after a firing set of pulses but the delay did not click.

Some TPUs appeared to be filled with a dielectric.

I have identified the base of the twin small toroids as a 'clean-room' air ionizer. The need for one didn't make sense.

My experiments with apparent slowing of a watch had no theory behind it.

All these things, and more, fit when I apply the information from the link above.

Some will consider this Sci-Fi so it is useless information for the masses.

I believe I have solutions when applying this method to much lower frequencies, toroidal shape, etc.

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For those doubting I'm actually doing something, see attached.

This one is on hold right now. The next one will have on-board controls. I'm debating on going right for the 15 inch TPU, but I think The FTPU, OTPU and the big one are the only ones using this method.

This one is only good at making the sounds of the second 6 inch TPU and burning insulation off the lamp cord. What you see is the re-wrap of lamp cord.

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Must double check but results are better than expected first time round.

The trick is worrying about pulse width not so much frequency.

The amplitude of what appears to be a clone IS dependent upon the charge applied to the dielectric. Velocity factor may not be a factor. When I consider anything but 1 it doesn't work. I need shorter pulses so I can get my dimensions down.

Cork worked but styrafoam is better.  I'm using the top and bottom 'collectors' to apply 20kv to the foam.
The middle 'collector' is three turns of lamp cord used as a TL.

My comments in the tidal pool weren't directed at you.

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From what I've seen so far the way HV is applied to the foam isn't important if it is continuous DC.
There is no power drain on the HV PS.

If you build one, turn the lights out while it is running. When I'm pulsing the TL above 6kHz there is a weak fluorescent blue glow on the foam.

Nifty, if no good for anything else 

Seems I'm good at building party tricks....

BTW: When I was a GI if you said BEMF & CEMF were the same thing you would be peeling potatoes for a week.

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As for pulse width, would the delay time of a diode, switching off due to reverse bias, be short enough?

Yes. You must know the trick with putting a reversed diode on the gate or base? Don't tell anyone about that. They will think your design is wrong and a dead short.

I need <1ns. I may need to rely on cross induction but the power levels from that are very small.
(Perpendicular induction.... the only time current is induced is while the mag field is crossing the thickness of the conductor)