Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

You are winking again, making out that you know Ruslan's secret to self-running.

It is simple logic about what causes instant burn of coils and elements and how to utilize  in useful way what EE are trying to suppress.
Not just "knowing" Ruslan/akula/Dally/Kapanadze secret. Thinking outside of the box about destructive effects in history of electric power transmission and circuits will surely lead to some ideas for testing.

In current case - do you ask yourself why there is high resonant frequency on top of low frequency and what it causes? What resonance leads to in conventional EE? (destruction of transformers/etc!) Why N. Tesla had issues with power transmission lines where all sorts of frequencies was mixing up and causing explosions in power substations?
Just amplify those effects and transform into useful energy then see what outcome is... That should be your direction. Some food for thought - http://www.shiftfrequency.com/teslas-thoughts-on-ball-lightning-production/
http://pml.nist.gov/spd-anthology/files/Propagation_1983.pdf

P.S> The best secret is the secret hidden in plain sight - as someone said that before...
And the post 1111 makes myself feel as spammer, usually I more listen than talk

[Dog-One]

...  All three methods pretty much confirm ~ 5.8 MHz.

@ T-1000,

So I should try for 1/4 excitation of the 5.8 MHz correct?   That being 1.45MHz on the Tesla output?

And with that frequency, where can I estimate the standing wave nodes to reside?

[NickZ]

    Dog-One:
  "BTW, someone will probably have to quote this for Nick since I'm getting the feeling he has me on an ignore list".

   I don't have an ignore list. Although that may be a good idea at times.

   Since as yet I have no idea at what exact frequency my grenade's output coil's self resonant frequency is actually at, I can't start to figure any harmonic relations, yet. 
   I went to borrow a SG today, but, the guy could not find where his wife or son had moved it to. He will look for it again later today.

  Itsu: Since you feel that there is really nothing to out of the ordinary with Ruslan's (or Oleg's) push-pull driver, it should be possible to find a commercial unit that will work, and has duty-cycle and frequency controls. Something like the unit that you posted previously, but using or replacing the fets with the IRFP260N that I use, for higher output. Maybe it's not that easy, but maybe it is. At the list price they are selling them for, I can afford to make some mistakes.

[T-1000]

@ T-1000,

So I should try for 1/4 excitation of the 5.8 MHz correct?   That being 1.45MHz on the Tesla output?

And with that frequency, where can I estimate the standing wave nodes to reside?

It can be easily verified with SG and scope. If you see Max amplitude on the output of grenade coil when you feed that signal directly to the Tesla coil, the setup is correct.
Also if you attach ground to the grenade coil the reflected wave from the ground should add up to the signal on the output.

[Dog-One]

   I don't have an ignore list. Although that may be a good idea at times.

I do forget sometimes we are all in this together.  My apologies.  I have no more idea what to try next than you do.  It seems simple in concept but I'm certain if there is any "effect" to be found, everything will need to be nearly perfect.  From there, spot-on is probably needed to obtain any significant output.

   Since as yet I have no idea at what exact frequency my grenade's output coil's self resonant frequency is actually at, I can't start to figure any harmonic relations, yet. 

That's what I was hoping to help with by probing my coil.  If the velocity factor (0.66) is constant, then to be in the ballpark all you should need is the exact length of your coil, which I thought you said was 37.5 meters.  Which means for light speed that's 8 MHz and if we reduce by 2/3rds, you should resonate at 5.33 MHz.  Next, if I've understood things correctly, you need 1/4th the frequency of your grenade excitation from your Kacher, that being 1.33 MHz.  Lastly, if we factor the 1:100 ratio, your Mazzilli should be running at 13.3 kHz.  If you have a way to sync the kacher so its impulses hit right on the peaks of the mazilli signal, that would likely be better than having the kacher just free wheeling.

None of this may be right, but it does follow what I understand so far, provided the information I have is correct.  If some of this is for-sure wrong or you have a better approach for manifesting "the effect", I'm here to listen and not distract you from your goal.