Quote from: sm0ky2 on October 24, 2022, 07:26:09 PM
What are we ACTUALLY talking about here?


Injecting a high frequency/ high voltage A/C current into the water?

Hello sm0ky2,


With this technology we the goal is to ionized everything that manages to get between the plates of the water fuel cell/capacitor or water injectors. With the blocking diode in the circuit there is no two way current, unless the diode as failed, so these two technologies can't be the same. I do know that McKane Lee has tried to re-patient the technology but I am not sure how far he got with his efforts to do so. But, I'd be willing to bet he didn't get very far as I'd be the first one on his list to make contact with telling me to "Cease and Desist" my work on what ever part of this technology he was trying to re-patient as I have a company for him to make contact with. I know many out there wish I'd throw in the towel like all the others have done and I am sure McKane is one of them due to him being apart of Max Miller circle of friends for a while.


I was sort of talking with a scientist about this technology and he was adamant about electrolysis being the only way to go about breaking the bonds of the water molecules when using electricity to do so. We spoke for a while and in our talks he told me that something must be added to the water to make it conductive for electricity to be able to break the bonds of the water molecules, so I made that little video to show him just what this technology can do to pure distilled water having nothing added to the water to make it conductive. Unknown to him the more pure the water is the better it works with this technology as it's being used as a dielectric.


With fuel prices on the rise and people starting to wake up to the fact our fossil fuel use has messed up the atmosphere some are starting to look for a way out of this mess.


The waveform does look like an AC waveform but then again I have never seen an AC waveform increase in voltages as it is pulsed before. But as I stated due to the blocking diode in the circuit current can only flow in one direction. Both the 8xa and VIC circuits have the blocking diode in their circuits. I wish people would perform a current flow analysis like I did on this technology so that they can see for themselves just what's going on with the isolated side of the transformer. Anyway, I won't hold my breath waiting for that to happen, lol.


The only thing I wish for right now is to have all the things I need to finish this technology and that no more surprises happen that cause me to stop and save up my monies before I can proceed forwards with this technology.


Shalom,
Edward Mitchell
Owner
https://gofund.me/87a49b22

The waveform does look like an AC waveform but then again I have never seen an AC waveform increase in voltages as it is pulsed before.

It's a reactive device with a natural response. Send a single pulse and see the natural oscillation around 0v. 60hz rectified and chopped up needs to be chopped up at the right frequency to get this synchronsm of voltage increasingly going up and down, the input voltage per pulse also increases.

Quote from: alan on October 25, 2022, 11:30:29 AM
The waveform does look like an AC waveform but then again I have never seen an AC waveform increase in voltages as it is pulsed before.

It's a reactive device with a natural response. Send a single pulse and see the natural oscillation around 0v. 60hz rectified and chopped up needs to be chopped up at the right frequency to get this synchronsm of voltage increasingly going up and down, the input voltage per pulse also increases.

Hi Alan,


In the graph each vertical line represent one square wave pulse being sent to the transformer as you get two pulses back by way of transformer action. There is Meyer's pulse doubling effect for anyone interested in knowing that.
You see you get one negative pulse and one positive pulse for every one square wave pulse sent to the transformer. Again with the blocking diode in the circuit there simply isn't going to be two way current flowing as that's not how diodes work. Basically you have two different sides of the transformer. One side is the charging side and the other is the discharging side all separated by a diode.


Meyer does try and show this but I think I am one of a very small few that understood just what he was talking about when he spoke of these drawings. Since the diode is either "On" or it's "Off" the setup is either charging or discharging and when it is at rest the voltage of the wfc will drop to the diodes switch on voltage.


But anyway I'm getting into how the technology works and really should just focus my efforts towards bringing the technology out instead. Once I get the last items I need to put everything together properly all should be a go for this technology now.


Shalom,
Edward Mitchell
Owner
True Green Solutions
https://gofund.me/87a49b22

Hi Edward, 

QuoteBut anyway I'm getting into how the technology works

That's especially the coils next to the 'natural ionization resembling earth's electric circuit'. :-)  pulse on: rising current, polarity. pulse off: declining current in the same direction, reversed polarity

Hi Edward,


I don't think many "scientists" would argue against ionic separation of the water molecule bond.


There is also chemical water splitting, and this can even be done by superheating the water/steam.


Thank you for the clarification, i.e. this is hv pulsed (half-wave) ionization.


And yes the less contamination in the water the less ionic losses, thus only water molecules will ionize inside the chamber. if salt were added to the tank, it may be more likely to produce chlorine gas and sodium hydroxide, than hho.