Self charging battery circuit of Bob Boyce and Watkykjy1

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I went thru my old stuff in my storage garage.....Found my old scope again!
a 100mhz analog philips pm3065
Lets hook that one up and see what kind of waves it shows when i am back in my appartment.

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I'm wondering if you're planning to use resonance with this?  The pulse frequency will determine how narrow the spike is.  But is it possible to use Stan's Voltage/Frequency resonance at a really high frequency?  Extrapolating from the chart he published in his Canadian patent will show if the voltage is doable.  Otherwise, the same types of pulses might be tried, at lower frequencies.  The effect produced by a specific voltage has the same wavelength as a certain pulse frequency.  And their ratio is linear.

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These pulses are said, charge water
Resonance was not part of my back engineerings project.

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That looks like pedestal spikes imposed on a DC potential which is switched off and on.  There's a fairly simple spark gap setup which makes pulses like that, with a MW frequency feed.

In a hydraulic environment, pulses can be considered as clicks.  Furthermore, a click can comprise the leading edge of an elastic expansion which has a potential wavelength determined by the spacing between the clicks.  So it looks like he's using more than one frequency to trigger the pedestal pulses.  How he gets some of them to come downwards is a mystery to me; I haven't really thought about that part of it.  The straight, non pedestal spikes must be the non Hertzian (longitudinal) pulses he's talking about.

Another thing about going off of scope shots is that you have to look at them backwards.  What may look like a pulse on the left chasing one on the right is opposite to what is actually happening.  The pulse on the right is expanding towards the previously released pulse on the left, as they move between the electrodes.  Ideally, the first pulse would have a shorter baseline, allowing a faster pulse to overtake it.

I just made a first reading with my 100mhz analog scope.
Electrotek, it looks like that you are right. I do have to look at the pulse on the scope from the right to the left?
At least, i see the waves more clear and understandable
I will make a video later

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So guys, what is happening there in that Boyce circuit?
There are clearly 2 waves, over eachother.
One is a basic steady squarewave
The other looks to me at least, a second squarewave, but one that is turned on and off very rapidly....

What is your opinion?

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The rapid switched on off wave is a not adjustable.
The only adjustable is the normal squarewave.
I can adjust the pulse width....

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A video of watkykjy