Stan secret was to short the circuit again with the ions accumulated in the neighborhood of the electrodes. This is the electron extraction circuit. If you note on his drawings he show a diode and two transistors witch are activated alternately 180° from each other.
Ok but now if you understand what I mean:
Near the positively charged electrode there will be a bunch of OH- ions And close to the negative side there will be H+ ions now what happen if you short the circuit (understanding and remembering yet another time that this discharge will have the secondary of the transformer involved remember the drawing)? The discharge will energize the transformer with the electricity from the ions that when get discharged becomes gas =) . Why?
Because OH- ions will lose their electrons in excess and H+ ions will gain those electrons forming this way H2 and O2.
Discharging the gases. The way is written on chemistry books.
Yes, the dielectric polarization (voltage perform work) creates a coulomb force attracting x repelling the ions toward the electrodes. Result, in the end of the pulse sequence if you short the electrodes the ions will discharge with reversed polarity, because the positive side will have OH- ions witch will be the electron donor in the equation. So if all this happen and physics say that something got to happen, than physics says. Nobel prize for this guy!!!
All this with pure water... best would be distilled water.. .
The higher the voltage the greatest is the force so the greatest will be the electricity and or analog H2 and O2...
Keep it simple stupid!!!
If the ions were discharged on one of the alternator windings you would got the alternator to run in resonance with the cell because the greater the discharge the greater will be the energy generated on the alternator and so on..
Ok but now if you understand what I mean:
Near the positively charged electrode there will be a bunch of OH- ions And close to the negative side there will be H+ ions now what happen if you short the circuit (understanding and remembering yet another time that this discharge will have the secondary of the transformer involved remember the drawing)? The discharge will energize the transformer with the electricity from the ions that when get discharged becomes gas =) . Why?
Because OH- ions will lose their electrons in excess and H+ ions will gain those electrons forming this way H2 and O2.
Discharging the gases. The way is written on chemistry books.
Yes, the dielectric polarization (voltage perform work) creates a coulomb force attracting x repelling the ions toward the electrodes. Result, in the end of the pulse sequence if you short the electrodes the ions will discharge with reversed polarity, because the positive side will have OH- ions witch will be the electron donor in the equation. So if all this happen and physics say that something got to happen, than physics says. Nobel prize for this guy!!!
All this with pure water... best would be distilled water.. .
The higher the voltage the greatest is the force so the greatest will be the electricity and or analog H2 and O2...
Keep it simple stupid!!!
If the ions were discharged on one of the alternator windings you would got the alternator to run in resonance with the cell because the greater the discharge the greater will be the energy generated on the alternator and so on..
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