The question now is if this methode of powerdistribution is more efficient or not.
And is it usefull for making hydrogen out of water?
Just my 2 cents....
Steve
1,613 posts · 384 more in threads this archive does not carry · writing between Dec 2007 and Dec 2025
An identity on IonizationX as it was harvested, not an account on this site. Nobody here has claimed it, and nothing connects it to a person by name.
#1 ·
#6 ·
Stan doesn't use a cathode then, neither emit electrons

People just need to realize this is not a competition between experimenters/inventors...instead it's a collaboration. Fear not to be wrong...as Thomas Edison said "I didn't fail 1000 times...I found 1000 ways NOT to make a light bulb"
QuoteHi radiant,
I had email contact with Naudin at the time that he published that wfc test.
He was convinced that he was right and that he wanted to go for a fully insulated tube.
As you can see at his video and drawing, he used tape to cover his tube.
I tried that too and it became clear to me that there where amps leaking.
That would also be the reason why he didnt publishe his promised new setup.
He should have found out what happend.
His theory is nice, btw. It would be great if someone was able to prove its working.
Steve
Well, Steve.....
Have you noticed he has published NOTHING NEW!!!....Not one thing since that WFC test!!!!!! You honestly think that's because he was wrong??I rest my case
P.S.
I belonged to a skype water fuel chat group...and, I purposed the insulated electrode WAY before Naudin ever did it. I had VERY heated discussions with the head of Energeticforum (before there was an energeticforum) over this exact issue....it ended with him saying "I said this to begin with"![]()
Then a couple months later Naudin tried it out...it is by no way HIS theory...neither is it MINE...it was my interpretation of various things Stan said + my own understanding of how you get voltage to do work w/o amp leakage.
As for your replication of Naudin and "knowing" it was leaking amps....your setup was NOT Naudins...and, he definitely showed an increase in capacitor action...if it leaked, that's fine....it still shows step charging and increase of overall charge. However, even Naudin's replication is not perfect...he only reached 1Kv...Stan notes around 16-20Kv!!
Here is a cool video .
http://www.youtube.com/watch?v=eRMEJdmixKA&feature=channel_page
@Steve
It's no myth, and, is clearly laid out for all to read and understand...even Naudin notes the adiabatic flow of charge...see also adiabatic ionization
http://en.wikipedia.org/wiki/Adiabatic_ionization
Steve , stop being so negative in my threads .
Here is a cool video .
http://www.youtube.com/watch?v=eRMEJdmixKA&feature=channel_page
QuoteAccoording to the knowledge i have, you will have a discharge. That discharge will happen very quick. Meaning: lots of amps in a short periode. With a bifcoil you can slow the discharge, but it will happen..
if this is true then why would stan state on video that with a 15 second on put time he could continue to produce gas for 94 seconds during what he called off put time...
how is a capacitor made? with a dielectic between parellel conductors right? ..QuoteAt the end you talk about a charge in the chokes/coils transformer. Well, what happens when the power is off? What happens to the charge in those nice coils?
i think during the 94 second off put time he is still gating negative side of the primary where the negative choke is also conected (not to secondary) and he is using common ground to dicharge the transformer in a gated manner.. so you are still drumming the water even when powers off. then when it needs to charge up again the postive side of primary turns back on. and adds the analog pulse.. analog is the variable amplitude..
think really hard on this senario.. the choke wire, lets say both are exactly 500 ft.. now think of that wire not as a line/string but pretend you are the size of a flea standing next to 26awg.. the fleas perspective in a size to size ratio.. the wire is like 3 foot tall and 5 miles long....to the flea that wire has great volume... what if that wire was a air tank and wasnt solid? to the flea that tank can hold alot of volume under preasure.. so if we can except that wire has volume like a air tank you start to see potentials a little diff..
now what if one tank (wire) is a little longer (bigger) then the other? ask your self what happens to 2 air tanks if one is bigger then the other? well the bigger tank will require more air then the other to have the same pressure.. you could have the 2 air tanks (wire) hooked to 2 different pumps (emf) of the same force the smaller tank will peak quicker then the bigger tank (wire) thats why they are of same length but there is still more to it for understanding why the charge stays on the core and not in the water..
now why does it.. well think of the 2 tanks again.. these tanks are wound side by side.. the positve having a diode is pulling electrons out and sending/manifesting/ deflecting them into the secondary... so the chokes charge is pos potential (vaccum/ positive polarity)
the negative choke potential (pressure negative polarity) since the 2 wire are the same length they will charge at a even pace.. the negative is charging it self through ground, ,and is pulling electrons in.. the rising polarity of positive is causing negative to induct the charge into itself.. when it is charged (the transformer not the cell) the charge does not leave because the 2 wires are the same length, they are sitting right next to each other and have opposite charges in them.. that are happy on the core,... so what happens if you introduce the neg choke to a gated ground? will it oscillate and discharge slowly drumming the cell with voltage?
im not saying im right on this but i feel like im close
stans drawing i think can be missleading.. to simple..

#1 ·
Very nice to know Dynodon...thx for sharing. I don't know if a layer is "needed", but, I do know however that the second SS touches oxygen it creates a chromium oxide layer....Also, I can show you Technical papers written on how such a layer is "seeded" onto SS through electrolysis, and how this layer is an N-type junction (semiconductor).
I have had personal emails with Ravi on his replication...he is for real, using a HV toroidal transformer and he got very little production until the layer was seeding (Also described an "aura" that is explained in the tunnel diode properties of the layer)...same thing is claimed in a "Breeding" Joe Cell (FYI Meyer tried with concentric circles too...he said they are second to the "cluster" formation in series)
So I do not think the main thing to be focused on is a layer at all...everyone needs to focus on their circuitry first and foremost, figure out how to turn on a circuit while turning off another (I will post my solution soon)

this is not a patent this is an application for a patent which is generally a breif one page description of what the patent pending will be you can tell this by looking at the id number it is followed by A1 if it were a patent it would be B1
also application has a statment to federal sponsored research in claim 002 meaning if it were ever issue it would be free to everyone and only credit for the invention and not ownership would be granted to dingle
How come my above post isn't showing up? Took me forever to word it and get links/images...and, it says the stuff is in there when i go to edit it

#15 ·
Answer of this person:
Yes Dankie that is the flux in which I speak.
Ideally you would read zero...but I doubt that it could be that
perfect. Let me clarify something...the amperage is not being consumed
at all. The fluxes are traveling in opposite directions, with opposite
spins. See, any time current (amperage) flows on a wire it creates
these "Eddy" currents we call flux. The current flow is directly
related to the flux intensity. If you lower the amperage the flux will
also fall in a linear fashion....So, inversely...if we stop the flux
flow we also stop the current flow....the current is essentially
"choked" out...hence the name choke coil
As for the "Bleeding Off"....this is key you get this.
+ and - are equal and opposite....If we get a true capacitor action in
the WFC...when we charge it up we will have + and - standing voltage
even after the power is turned off. In ALL capacitors...the insulator
is charged as well as the plates!
So in a water capacitor....the water itself will take on a charge and
elongate accordingly.
The only thing holding water together are 2 shared electrons between
the H and O...so it should be obvious that we are interested in
manipulating the -electrons.
The EEC works like this...
Voltage is applied and the water capacitor is charged to maximum. The
input circuit (being isolated) is disconnected, then a separate path
is opened up. In Meyer's pics you can clearly see it's a + electrode
supplied in the water...NOT PART OF THE TUBES/CAPACITOR
So, the on pulses charge the capacitor up...the charge circuit is
disconnected....The WFC should hold a HV charge.....A separate path is
opened ACROSS THE CAPACITOR to bleed off the voltage (like shorting it
out)...in this path is an "Electron consuming device"...or light
bulb....or LEDs.
Look here....Bearden gave it to us...w/o telling it was the WFC
http://spiritofmaat.com/archive/feb2/feb2_bearden.htm
Furthermore, any ferrous(iron based) core is what they call a "flux
path"....this means that all of the flux is concentrated into the
iron. An air core has an even distribution of flux all around it...a
"flux envelope" if you will.
Let us imagine the flow through the "choke"...
Since the B-flow flows in one direction...when it interacts in the
choke, it flowing in one direction on the + side...and in the opposite
direction on the - side. The B-Flow is quite simplified in that
drawing, it actually corkscrews around the wire while spinning. These
two spinning corkscrews of flux meet in the bifilar coil on the iron
core...this concentrates both fluxes into the core and essentially
cancels the B-Flow...which then resists the flow of amperage.
The voltage potentials are still there pulling on them.
I need to find u a document on the flow...I will email it when I find it
It looks like your message is empty...