the

   Yes, that is  also my Kacher frequency, if I disconnect the ferrite rod and it's opposite wound coils, along with the antenna coil.Otherwise my running Kacher frequency is tuned to  around 1MHz, or so.  I do have the same Kacher circuit replication as he is showing there. Same grenade, as well.

Ok
But looking at his coil length ( unfortunately all is taped) .. it seems a long coil for 37.5meter  ( 0.5mm wire).
Seems almost 20cm total

In this short vid Ruslan explains the inductor setup and how it creates a puls in our grenade.

https://youtu.be/X8XmF4_Sb9k

  On Ruslan's diagram he leaves out the yoke's 3 turn coil circuit entirely. There is 50 amps of current sloshing around in there. That is what the Kacher  HF HV pulse hits on.

   NickZ

Another remarkable quote Ruslan said at the moment he draws the wire AB connected to the bulb.
Pulsing inductorcoil has to be at same moment as kacher primairy.
This is also an item what is not been considered and /or implemented by the gang.

pulsduration 250ns..   YES
transmission line.       YES

Pulsing inductorcoil has to be at same moment as kacher primairy.   YES

You are on it apecore.  Keep going.

All we have to do is think for a moment.  What happens when
you push a square wave through a transformer...?

It's the change in current per unit of time that jumps over from
primary to secondary.  There is no change at the flat tops or the
flat bottoms.  The only change occurs during the transition--rise/fall.
That's when the EMF develops in the secondary.  Do you see why
I'm saying the low frequency from the push-pull isn't critical?
What is critical is the rise/fall time, like 250ns which is exactly
one half of the 2MHz Tesla frequency.

You are mixing two things here, inside a transmission line, which
is your reactor.  To get them to mix properly, you have to get the
two events aligned and everything has to fit within the wavelength
of the reactor.

When Ruslan was talking about Akula's system, he stated it is an
atomic reaction of sorts and that the Tesla coil is pushing longitudinally
and the push-pull was transverse.  So you are mixing two different
types of waves, but you still end up with a standing wave that
persists within the reactor if everything remains aligned.  And since
the standing wave persists, the next interval has to hit right on
time or we subtract from the standing wave instead of add to it.
Here I'm thinking we only activate the Tesla coil on rising edges
of the push-pull; never on falling edges.  And to me, sending
the Tesla pulses in packs would indicate we can juice-up the
energy delivered by the push-pull, multiple cycles within the
reactor.  It is almost like some form of energy conversion taking
place and once it's complete, we can stop the Tesla until the next
major cycle of the push-pull.

It all sounds cofusing to me cant you draw a pic of the super emposed wave form of just photo it and stick it on the thread so we can all follow ?

that would be nice 

Maybe what is needed at this point is a suitable micro controller
to direct the Tesla and push-pull so we can fiddle with how the
signals need to be by just loading some fresh code into the controller.
Keep the simple driver electronics and scrap all the rest of the
logic boards.

I can probably come up with something if anyone is interested.
I really didn't want to go down this road because I figured by
now everyone agreed upon what the signals need to look like
and how everything should be wired together.

Atomic reactor with fishwire.