The resonance frequency varies with the level of water, and the amount of gas bubles in water, keeping the cell at resonance needs the Stanley Meyer designed circuit board to automaticly adapt the resonance of the cell. In addition is that the cuircuit board drive at resonace and cut off for milliseconds every like 3 sec interval because the capacitance of the cell nearly reaches its maximum so this cut off releases the energy stored as amperage however all you are supplying is voltage with milliamps so the result would be HHO gas generation, When the cell runs at resonance frequency all it needs is like 20W max of energy because at this point the cell does not consume amperage but voltage at high pulsed frequencies. So your results are way too far from what Meyer had achieved. As a conclusion Stanley Meyer created a hydrogen fuel cell from a bank of capacitors made up of pure water
Just a thought, current wants to move towards greater surface area? Try reversing the polarity making the + the inner Electrode Smaller surface, the - being the greater surface area. ..
try platinum dipped copper tubing. should lead to a better yield of hho gas. essentially using platinum and copper allows for a fastet desorb rate and therefore more efficient production.
Thank you for the idea. But I don't know how to get or make one. Currently I'm building a dry cell using low grade stainless steel plates. I just want to know how much gas production I can get with a dry cell.
Hallo, ich habe gesehen du hast bei Reichelt bestellt, bist du ebenfalls Deutscher ?, hast du mal Knallgas in einer schwingwanne eines Ultraschallreinigers mit ferstellbarer Frequenz der Piezo Transducer erzeugt ? Schreib mir gerne zurück
You want peak voltage at resonance so try the cell in parallel to the inductors. You want a gap of about .5mm between your tubes but don't let them touch. Ballance up your reactance values for outer and inner tubes. Are you using T304 Stainless as its not magnetic and works best?
Thanks for your comment. These tubes are 316L. I can get my cell to resonate with parallel inductor but I cannot get good gas production. Until now I'm still unable to recreate Stan Meyer or Puharich works. I have built many different HHO cells, but had no luck. What I see is always, more current means more gas. I can get 10+ LPM with my big 122-Plate dry cells, but I have to put 3000+ Watts into the cells. What about you, how many LPM can you produce with your cells?
+Abgas Engel Hi, if you put inductor and capacitor (HHO cell) in series and scan it with signal generator, you will find that at resonance frequency the system will draw maximum current (impedance at lowest point). BTW my information above is not correct, the real resonance frequency of my system is much lower (between 100 and 200 Hz). I have pursued the Stan Meyer's technique for several years now, but I could not get any good result. I always see that the more current you put into the cell the more gas you will produce. Now I want to try the opposite way of what Stan Meyer did. I want to drive my HHO cell with inductor in series and try to put as much current as possible using series LC resonance phenomenon.
nah its just ordinary electrolysis using dc current, varying frequency not much help.if u stanley follower u should use laser to weak water bond like he did, otherwise its cant reach to maximum efficiency
How do you get the frequency ? Oscilator conected to electrodes ? or microwave oscilator under the electrodes ?
The resonance frequency varies with the level of water, and the amount of gas bubles in water, keeping the cell at resonance needs the Stanley Meyer designed circuit board to automaticly adapt the resonance of the cell. In addition is that the cuircuit board drive at resonace and cut off for milliseconds every like 3 sec interval because the capacitance of the cell nearly reaches its maximum so this cut off releases the energy stored as amperage however all you are supplying is voltage with milliamps so the result would be HHO gas generation, When the cell runs at resonance frequency all it needs is like 20W max of energy because at this point the cell does not consume amperage but voltage at high pulsed frequencies. So your results are way too far from what Meyer had achieved.
As a conclusion Stanley Meyer created a hydrogen fuel cell from a bank of capacitors made up of pure water
I agree. The production is waaaay to low for that kind of power.
Just a thought, current wants to move towards greater surface area?
Try reversing the polarity making the + the inner Electrode Smaller surface, the - being the greater surface area. ..
Is there anyone that tried to do resonance electrolysis with a Rife Machine?
Mi duda es si los circuitos de frecuencia de alta como de pulsos van antes del transformador?
Simple Mr Okki, the best
try platinum dipped copper tubing.
should lead to a better yield of hho gas.
essentially using platinum and copper allows for a fastet desorb rate and therefore more efficient production.
Thank you for the idea. But I don't know how to get or make one. Currently I'm building a dry cell using low grade stainless steel plates. I just want to know how much gas production I can get with a dry cell.
¿Has desconectado los otros tubos?
What Diode use ,please you hace conection
Is this low voltage at 20,000 cycles a second?
Porque solo un tubo el del centro sale hidrógeno
Cuando deberían todos los tubos
Hallo, ich habe gesehen du hast bei Reichelt bestellt, bist du ebenfalls Deutscher ?, hast du mal Knallgas in einer schwingwanne eines Ultraschallreinigers mit ferstellbarer Frequenz der Piezo Transducer erzeugt ? Schreib mir gerne zurück
You want peak voltage at resonance so try the cell in parallel to the inductors. You want a gap of about .5mm between your tubes but don't let them touch. Ballance up your reactance values for outer and inner tubes. Are you using T304 Stainless as its not magnetic and works best?
Thanks for your comment. These tubes are 316L. I can get my cell to resonate with parallel inductor but I cannot get good gas production. Until now I'm still unable to recreate Stan Meyer or Puharich works. I have built many different HHO cells, but had no luck. What I see is always, more current means more gas. I can get 10+ LPM with my big 122-Plate dry cells, but I have to put 3000+ Watts into the cells. What about you, how many LPM can you produce with your cells?
@@OkkiMoeljadi DID U USE CAPACITORS AND VARISTOR IN YOUR PWM?
@@elarcadenoah9000 no I did not.
where did you use?
@@elarcadenoah9000 I did not use this anywhere. I built this only for my research.
WHY IS ONLY ONE TUBE GENERATING HHO THE ONE IN THE CENTER? DIDNT YOU CONNECT THE OTHERS?
Because my power supply is not strong enough to power all the tubes at once.
@@OkkiMoeljadi maybe the conector wires are too thin
Hello, great idea. How do you know the resonance frequency?
+Abgas Engel Hi, if you put inductor and capacitor (HHO cell) in series and scan it with signal generator, you will find that at resonance frequency the system will draw maximum current (impedance at lowest point). BTW my information above is not correct, the real resonance frequency of my system is much lower (between 100 and 200 Hz). I have pursued the Stan Meyer's technique for several years now, but I could not get any good result. I always see that the more current you put into the cell the more gas you will produce. Now I want to try the opposite way of what Stan Meyer did. I want to drive my HHO cell with inductor in series and try to put as much current as possible using series LC resonance phenomenon.
How many liters of HHO does it produce per minute ?
This setup doesn't produce much. I don't know exactly, but only low quantity of gas per minute.
nah its just ordinary electrolysis using dc current, varying frequency not much help.if u stanley follower u should use laser to weak water bond like he did, otherwise its cant reach to maximum efficiency
Use DC to DC converted circuit which is boost 12 v DC to 45 v DC power
Electrolyte?
No electrolyte.
Skemanya gmn ya om
Cuma kumparan dan sel hho disambung secara seri kemudian keduanya diberi pulsa dengan frekuensi yang bisa diatur.
@@OkkiMoeljadi kalau hhonya dry cell gmn ya, punya ku - nnn + nnn - nnn + nnn - smentara skg cm dikasih pwm antara aki & hho nya
@@antahassywibawa6290 kalau mau resonansi LC, koilnya harus ada beberapa dan setiap rangkaian LC harus dijalankan terpisah.