Stan say if you need a higher voltage you design a bigger one

A bigger one may mean thicker wire wider spacing between turns and lower capacitance

I think some sort of Litz wire would be desireabke for the high frequency discharge to have less resistance

I’m starting to think that perhaps Meyer was able to momentarily break the water by a mix of actions

First is polarization that is required to bring the molecules to a certain direction

Than he use the chokes as a manner to take the energy of the core together with a certain capacitance the water bath capacitance (foil on outside for example)

I have some prof of that working but didn’t get much over it

But mainly the idea is that the core energy will create a very high voltage on the chokes but they are both sending positive to the cell during the collapse

I already pointed in the past to the fact that Meyer used a potential formula

If the chokes has a higher inductance than the secondary for same turns while subjected to same pulsing filed it will have a different dirscharge characteristic

In a microwave for example there is a gap in the core and or they add iron in the secondary side so it get higher inductance without coupling that inductance so it create a distributed charge since the coil want to discharge the core energy but at same time by the action of the jogs it will want to fight a change in current

the bitoroid and such are examples…

It’s like adding an inductance in series with each turn basically

This could be done for example using a toroidal transformer for the primary and secondary than add more laminations around and than wind the chokes over it

This way the chokes catch the core energy from primary but has increased inductance reactance for the discharge

It would be a dual core transformer in a sense but part of the core is an added inductance per turn of the chokes…

If I just had some money I would buy the material to do it like I’m imagining

I could try with the ferrites toroidal I have thought

I have some of this very high permeability types may give interesting results with few turns

Thanks bro!

I was remembering once again my early Vic experiments in Italy

And one interesting thing about that is that I found that the capacitance interaction between the coils and core change everything

For example using a single secondary would charge capacitors up to 200v but adding a 30 turns choke after diode it would charge till 2kv

I used to call this charge pump effect

But is actually indeed a kind of vector inversion

Adding a forces the second coil capacitance to get charged and when the field collapse the voltage of the choke sums with the capacitance

The electric field has a path to water and the voltage will be totally on water in this case even if just a brief moment

Until the capacitor start fighting the voltage and create a reverse field to stop the current

So the size of this capacitor may be important to tell how strong the coils will actually hit the water

Ideally the capacitor may be charged while the chokes also charged with current and hopefully when ckt open the chokes colapse causing a oscillation of much higher order

found this page recently with 3d print files and all. recently been working on trying to figure out how to 3d print a viable part the last few days. I'll start a thread on the build in my projects page once i get going. My first 3d making of any kind shows it was my first one.

https://www.water-fuel.co/gas-gun-and-application?lang=el

Very nice electrodes

If maybe you apply the leds light in a certain angle it will make shine all the cavity instead of going perpendicular straight to it

This is a good idea, I will do that

Thanks, doing some experiments to see if 410nm is opaque to glass/water...to see what kind of housing to make the container/window out of.