After all these years diving into the water as fuell topic, i came to my own conclusions. As open source as i can be, i want to share this with you all.
The basic principles are: Electron avalanche after initial electrolysis start. Preferred under some pressure in the cell. First part of pulse creates a bit of gas which means free electrons. Second part of pulsetrain is high voltage that kicks the electrons in an avalanche. Meyer kept the first part hidden. Anderson was clear on it, just as Danforth. Dingle had a second bobine under the hood of this car. Ill gues Meyer,s pulse started with some currentflow just as Horvarth did.....
These are my 2 cents. I will setup my lab in such a way that i can prove it....
Les is a special person. His contributions to this technology are pretty good. That OUR forum is one of the many little forums who are also trying to make a better world, is it?
This Kampen72 is making nice stuff. The sad part is that he is doing exactly the same things as many others. So the result will be exactly the same......Sad enough. Nice injector stuff, for sure. But no innovation.
The EME Hydrogen Generator produces high amounts of hydrogen gas. It is a system that can produce up to 750 l/min of hydrogen and oxygen gas, comparatively to same sized generators, which produce 2-10 l/min at maximum efficiency.
The static electricity balloon which attracts a little stream of water from the faucet doesn't touch the water. It's insulated by the air.
I'll build a static generator and see if it attracts a salt water stream.
This is a very very good remark! Thank you for this. Statics electricity insulated by air works on water........ Hmmmmmm How to translate this to the VDG?
What if: Water seems to self ionize it self all the time. H2O becomes HO and H. So, what will happen if you put ionized air (Nitrogen) thru the waterbath? What type of gas can you create out of that?
Hi Steve , I can explain detail. I set up 9xa meye circuit board and worked. I have get hyrdogen and oxygen mixed together , well. http://www.hydrobullet.com/hydrogen-separator-kit/ . this system using curent and classic electrolysis. but hydrogen and oxygen seperate . but how can I do this ssytem by meyer circuit. Thanks
Hi ,
Thats sounds good. Congratulations! Can you share some of yr test results? Like how much gas vs power input?
I want to use my gas splitter dry cell (using the H2 only for my car) by using a circuit which work with frequencies to avoid the big current consuming. So I stumbled on the Dave Lawton circuit and build it on this PCB (http://i1285.photobucket.com/albums/a600/knovos2/IMG00480-20130224-1419_zps826b8dd1.jpg) In spite of all the effort I did not get the high voltage spikes (1200 volt?) according to the attached PDF-file cramton-lawton.pdf. Both sections of the circuit work fine but the output is nothing more then spikes from 8 to 9 volt at 0.5 amp. To adjust the 4 pots to get something done is a kind of gambling process I don't like it at all. Further investigation bring me to a guy named Ravi who added some big changes to the Cramton circuit which tells me the Cramton circuit is a good basic design but needs a lot more (see attached pdf-file Ravi Cell). His modifications seems to work very well but take a lot of time and money. It kicked me back in my chair, no I don't want to do all that. Back on the web I discovered a different circuit from Dave Lawton which does the same Stan had, a self tuning resonance circuit. Look at page 10-61 from the attached pdf files chapter10.pdf My question to you all, is it worth trying to build this circuit (http://www.leonknook.com/circuits/Lawton%20self%20tuning%20circuit.jpg) and is there a PCB available (open source). Are there alternatives who are better or give good results? Kind regards, Knovos.
this is the last circuit i have worked on it has many possibilities... <br /><br />the frequency mixer can be used with other circuits if you want <br /><br />the A connector is from gas management system and should be held at a logic level to set the pll to run while we don't have the gas pressure signal the gms system shuts the pll down when the pressure is reached simply that!<br /><br />the accelerator control mess around with the voltage going to the primary coil to detune the circuit to control the rate of gas production during on demand operation. <br /><br />the gate frequency generator is perfect from 0 to 100 percent at whatever frequency you just need many rotary switches for the number of capacitors the potentiometer gives an octave <br /><br />and all the rest work... the feedback coil should be as big as the primary but could be smaller depending where you put it... if it is as same as primary with a capacitor connected in parallel it locks automatically.... if it indicates a lock in automatic mode and goes to the max or min frequency in the manual range than you don't have resonance happening or if its going to min the polarity of the feedback coil is wrong! <br /><br />don't forget to look all the pins of all ics some are missing,...<br /><br />If it don't work you missed something<br /><br /><br />Good luck
yeah.... Id say so. I'm far from giving up... I think my woman got an inch and lifes a bitch. My family as fallen apart several times this year, My mind is focused on keeping my family together at this time.
You want get high voltage from the alternator, but you will from the 3 phase motor with a fixed rotor. There was a picture of this 3 phase motor on stans car, but nobody ever found it, or it just disappeared. These things also self excite and can be controlled, it is high voltage and smaller current but great output.
Remember when I was asking everyone to find the 3 phase induction motor on the buggy, it looked to weigh as much as i do if not more. These things can be wired several different ways in shops. To use high voltage or low. I have one sitting in my living room floor, it is only 10HP
Well, i am currently now trying to get the VIC and the resonance watercell going. The alternator setup was more like brute force. Or have you other ideas on that, Brian?
