Stanley Meyer Explained

[Sergh]

And at frequencies of tens of megahertz, we can use generally non-contact electrodes. For example, covered with glass or ceramics.

You can find industrially produced devices that work on a similar principle.
The name of such devices: High frequency titrimeter; High-frequency titrimetry;
Common name: Conductometry.
Technical description (in German)

[h20power]

I am tormented with my tank radio station.
In fact, there are two independent paths for the upper and lower frequency ranges.
But so far unsuccessful, they do not want to work at the same time.
Trying to run them at the same time. In order  to have a difference frequency in a cell.
After all, we can create directly in the cell, any difference frequency of two generators.
You want five kilohertz, you want twelve ...
And if the phases of the two high-frequency oscillations are synchronized, this will not lead to heating of the water, will it?
And at frequencies of tens of megahertz, we can use generally non-contact electrodes. For example, covered with glass or ceramics.

It's hard to answer some of your questions as your understanding of the technology leaves much to be desired. One frequency is aimed at the RLC frequency between the inductor and the capacitor. In the Voltage Intensifier Circuit the capacitor will have a variable capacitance as the dielectric liquid is displaced by gases. So, the more gas produced the lower the WFC's capacitance and the higher the frequency will need to be to maintain resonance.
The other resonance which the gating frequency is being used to tap into is the physical resonance of the outer tube of the WFC. Think of it as a wind chime and then go back and look at Meyer's WFC that was powered by a converted car alternator and you will see something you more than likely never saw before and that is Meyer held the outer tubes at their nodes. Wind chimes are held at their nodes and this technology seems to be no different as these outer tubes also need to be held at their nodes.


Now Meyer didn't have a finished product and was getting ready to build a research center to further study this technology before his untimely death. His injectors as designed would never work as he grounded the isolated circuit to the car's electrical system. So, basically the injectors worked fine on the bench but not so good in the car. If Meyer had just few more months of life I am sure he would have figured that out, but he did plan for variations in the production of the injectors as nothing can be built spot on each and every time there always is a variance or to say ± some value. He solved that with the cone shape of the resonant cavity. You can understand more about this part of this technology from watching this old video: [size=78%]https://youtu.be/DovunOxlY1k?list=FL68IxWWUoBje6VXqK57oDSA[/size] As you can see all of this is related and helps us understand this technology. The cone shape allowed for wider range of frequencies to be able to be used on the resonant cavities. Again this is needs to be done as in the manufacturing process you can never have something built spot on each and every time while mass producing it which is something Meyer seem to understand fully.


And once again the reason why the water never heats up is because the negative and positive energies cancel each other out in a balanced waveform. It does this as the energy sum total for each pulse sent to the transformer will be near equal if the waveform is balanced and the sum of the two energies will be one minus the other. In my setup I will generally have the waveform with the positive voltage being around 5-20 volts higher than the negative voltage. This left over energy after the two energies are summed will pass through the WFC and preform the work of normal electrolysis. But I also shared with everyone that the resulting sum of energy only left 0.6 mA to flow through the water bath which isn't enough to heat up said water bath. This is why the water never gets hot as with the correct waveform that is balanced there isn't any much energy left over after the two energies are summed up. Yes, this is calculus level math but you don't need to understand calculus to understand this as shown in this video: [size=78%]https://www.youtube.com/watch?v=z01om-Qk2xM[/size]. Now I do understand calculus which is why I was able to see this in the first place as it's just a work problem where the energy totals are being added up.


This is why I posted that picture explaining the "Energy under the curve." But I know this is calculus level stuff so not many will understand it and some just forgot it from their physics classes as who uses this type of math everyday? I don't know about other colleges but just to get into this level of physics in the college I went to we had to be concurrently enrolled in calculus level two as it was a class perquisite for this level of physics. These are all energy sum problems and the area under the curve represents energy be it positive or negative energy and that area shown on the oscilloscope represents current flow. It's kinda easy to see this with normal electrolysis as if you hook up the probes to the cell it will show only the voltage being put into the cell and give just a straight line. All the area from that straight line down to the zero line represent current flowing through the cell. With pulsed DC electrolysis each square wave pulse will look like a rectangle and we all should know how to calculate the area of a rectangle. This is why when I merely just look at someone's waveform I can tell if they are pushing current through the water bath or not. For the most part people show me waveforms that only have a positive pulse and no negative pulse to subtract that energy thus they are pushing current through the water bath and as a result the water will heat up a degree every couple of seconds.


I remember people getting really mad at me for telling them the truth of what their waveforms was actually displaying as they had no real understanding of just how to actually interpret the readings on a oscilloscope but were too proud to admit it. Some even went so far as to actually break a differential probe as it clearly didn't agree with what it was they were telling everyone what was going on when they hadn't a clue how to actually read the device. A tool is only as good as the one making use of it and if the user doesn't know how to use the tool that tool can be of no real use to them. Then you add all of this to not understanding how to perform a circuit analysis which is why most can't understand the true role of the "Blocking Diode." It's role is to ensure that the plates of the capacitors only get the same charge and not reverse the polarity as it would in a AC waveform. One plate is always going to be negative and the other is always going to be positive as that's the true role it is playing acting as an automatic switch to ensure this is always the case. So the waveform looks like a AC waveform but it doesn't behave like one as the polarity on the plates of the capacitor will not be switching back and forth from positive to negative causing the water molecules to switch back and forth resulting in molecular friction.


Oh, almost forgot. The electrodes should never be coated as the water is a physical part of the Voltage Intensifier Circuit (VIC) thus the resonant cavity(s) must be in physical contact with the water for this to work especially in a series cell array. Then you must also think very carefully about trying to add in a coating to the mix as that is adding in yet another dielectric medium. If done the resonant cavity will have two dielectric materials to deal with and for glass or ceramic as you suggested they are non conductive to electricity so if used the water can never be apart of the VIC in the form of resistance. So, that would be a "No" to coating the plates of the resonant cavities.


As you can see the answer to your questions are far more complicated than you thought, yes?


Well, I hope this answers your questions.
Take care,
Edward


And to Sergh, I am going to kindly ask you to stop posting in my thread as clearly you have nothing to add here that is useful to anyone.

[kolbacict]

https://dokumen.tips/documents/a-high-frequency-titration-apparatus.html

Well, again, those who were before me stole my best ideas ...

[h20power]

Well, again, those who were before me stole my best ideas ...

So I guess my answers to your questions was of no use to you, huh? Don't ask anymore questions if that's the case!


Just a man who knows how the tech works,
Edward

[kolbacict]

So I guess my answers to your questions was of no use to you,

I did not say that.

Today there is one more experiment. Close radio frequencies were fed from the outputs of the transmitters. One fixed, 36 MHz. The second is smoothly tunable. on the three electrodes in a cell
with clean water. In order to create oscillations of the difference frequency in the cell itself.
Nothing happened. Only a few small bubbles of gas were released.
The miracle did not happen.