Quote from: kolbacict on May 08, 2021, 02:46:36 PM
And I will give you many ideas for free. 
Today it occured to me. But look what I came up with.
If  are your kilohertz by Mayer
do directly in water by the beating frequency method.
mixing higher frequencies.

I am not sure what you mean by this post but just know the worm will turn someday for me and I will be able to get the equipment I need to finish the job I started so many years ago. I posted the science behind the technology complete with examples and that should be good enough for people wanting to understand just how this technology works. This technology mimics a thunderstorm but most simply do not know that the earth shaking thunder they hear and feel is caused by a hydrogen & oxygen explosion taking place over head in the clouds as that information about cloud systems hasn't gone mainstream yet in the scientific community. It really should as it's a safety issue for air travel as the engines of a plane or jet can ignite the hydrogen and oxygen gas mixture if they fly into a thunderstorm that is actively breaking the water molecules down into their component atoms and blow the whole plane up.


Meyer often said, "One must asked the right questions," yes? Well, I did that and more just know it took many years and thousands of experiments to get at the science behind this technology using the scientific method as a tool to aid in my understanding of this technology. Most of the time if I make a mistake I am the one that must find that mistake and correct it as no one is at my level of understanding of this technology to be able to point out a mistake I might have made. It's been this way for a long time now so I am kinda use to it. For those of you wishing to teach me something just don't as the only way to get someone like me to listen is to show me you too are making use of the scientific method in a way that I can follow what it is you are trying to show me. If not one more than likely will be ignored by me.


This means one has to have the right tools for the task at hand as only then will I listen to them everything else to me is just noise. Remember it's been nine years since I've been placing a high voltage potential difference on the plates of my exciter arrays and I keep improving upon my previous work. Good observations is good science and I observer my experiments very closely and intently as that is where I am actively learning the secrets of this technology.


Take care,
Edward

The fact is that this was also done, about a year ago.
The cell contains two pipes made of stainless non-magnetic steel.
Outer diameter 11 mm. inner 5.5 mm. the gas volume was measured, but not very accurately.
the gas volume was measured, but not very accurately. Everything is like in Faraday's law.

Okay,


Now that I see something I can try and guide you. You don't have the same size cells Meyer used so the capacitance is no were near where Meyer's was. Even small changes in capacitance can have a very big change in the size of the inductor used to run it. Then there's the space gap between the plates which yours seems to be a lot larger than 2.413 mm which means the voltage required to get the atoms to go into a state of ionization will be a lot higher than what Meyer stated to be used for his cells which is 1000 volts of potential difference per resonant cavity. For a cloud the voltages potential difference will reach around 200kv to get the atoms to go into a state of ionization as the space gap is very large from the bottom of the cloud to the top of the cloud. This is why when starting off make things as close as possible as what Meyer was doing so that the working conditions that Meyer talks about will also work for you too, understand? If you make any changes then practically none of the working conditions Meyer talks about will work for you.


Then you must wire it up just as Don Gable showed how it was wired up. I can tell you when you have it correct the first pulse seen on the scope will be negative. If it is positive then you have the transformer hooked up incorrectly to the capacitor. But everything must be hooked up correctly for things to work. I use a Schottky diode for the blocking diode and the antiparallel diode as it has a very fast switching speed. You must also get some wire with a coating on it that can withstand the voltages you will be using. Please respect the high voltage as it loves to leach out and rob your cell of building up a high voltage potential difference. There can be no ground of any kind on the secondary side of the transformer as that will prevent the cell from being charged up. Remember it's a isolated circuit on the secondary side and it must remain that way at all times.


Looking at your waveform you don't have much of a negative voltage and know when it is working properly the negative and positive voltages will be almost the same with the positive being just a tad higher than the negative voltage around 5-25 volts. Both atoms of the water molecules are being targeted to go into a state of ionization at the same time. The negative targets the hydrogen atoms and the positive targets the oxygen atoms.


And I will remind you that until the voltages are high enough to cause the atoms to go into a state of ionization and start ejecting their electrons nothing really happens.
I use to have a current flow diagram of the VIC transformer but it was lost when my USB stopped working. I may or may not have posted it in this thread I'll have to take a look and see if I can find it.


Hope this helps,
Edward

This is the thing.
The electrical circuit was generally my own. The higher frequency, which is in kilohertz, was taken from a laboratory generator.  Not shown here. G5-48.  There was a connector to it, BNC.
All frequencies and time parameters and pauses varied within wide limits.
The diagram was in my head, it was never drawn. I can do it now.
After increasing the voltage by the transformer connected to the drain MOSFET, it was approximately 300-400 volts P-P.  (It is not enough?)
This oscillogram was on the drain of the MOSFET IRFP260N.

There was also an insulated dial voltmeter and an ammeter. Which showed the voltage and current on the cell itself.
The voltage measured with a simple analog voltmeter did not rise more than 10-20 volts.
p.s.the gap between the tubes in cell such and turns out to be about 2.5 mm.

I was able to achieve high voltages in water only in this way.
Since semiconductor diodes are present in the circuit, there is  gas evolution. a bit.

p.s.

QuoteAs for the frequencies this technology operates at it's around 5-12 kHz depending on the size of the resonant cavities and the inductance of the inductors used.

the sound wave would probably have comparable cell sizes and frequencies.