My 2nd Theory on VIC Chokes of different values

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The circuitry is really irrelevant in the end. The classic statement, "Let the voltage do the work." is almost an insane statement unless you put it in the proper context. To assume an electrical voltage potential alone can split a water molecule, let alone a few trillion in a container, without any flow of current throughout the entire circuit is ludicrous.  Take that same statement and use it on an atomic level, it has a different meaning. Just as there is a voltage potential between acids and bases, gases also can take on such characteristics. If we were to mix an unstable mass with a stable mass, what do you suppose would happen? Would it violently react in any way? Suppose we were to mix extremely unstable, positively charged oxygen and hydrogen(electron deficient) with water in a voltage zone of 50Kv or so. What will be the reaction?

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Meyer explained pretty well in the first video of the Newzealand meeting, the polarization process charges the water till the point its bound ceases to exist. I think the water can instantaneously explode if picked too hard of course, just like stan said it was possible... but himself said 20to40kv where needed simply break the water.

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hi lads, i have a question:
With regard to the cell and waveform circuitry and the vic - i was watching a video about meyer explaining how they control the injector - i dont remember the exact phrases will go check again off top of my head but either voltage was increases / reduced and or waveform amplitude was altered to produce more or less energy, so with that thought - when using a cell - has anyone managed to find a way to control the rate of gas production - for when in a vehicle it appears a variable rate of production would be needed. thanks

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I think we need to get some gas production before we figure that one out. But Stan said you can simply control your input voltage between 0 and 12 volts to control gas flow. Also he had a sensor monitoring the pressure of the cell and I believe if it got to high, production is slowed but maybe someone else can say for sure

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Hello Dave,

Yes, he said he could simply vary the gas production changing or the Dc voltage or the gated pulses... In his circuit there is a segment where it receive a logic signal from the pressure sensor, so when the pressure reach a certain value the circuit simply turn off, until the gas is demanded. 

wfchobby,

I have a circuit similar to what meyer patented, where i can control the pulses sent to the pll. so i can vary the duty cycle 0-100% and frequency of the gate, i also have a variac, so i can vary the input pulses voltage..