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Projects by members => Projects by members => Sebosfato => Topic started by: sebosfato on December 18, 2016, 20:20:49 pm
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Check this piece of the patent
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Wich one is that Seb?
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This http://www.google.com/patents/US5149407
And I read it like this:
Notice how polar is another subject than unipolar
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Meyer describes that the water must first get aligned than it must receive a voltage pulse that will distend the molecule by the resonance this pulse induced in the molecule
After the cell receive enough charge it will receive the master distending pulse and must be left some gate time off for the atoms released to recapture their electrons and exit as neutral gas...
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Meyer described that molecules must be aligned first and applying a voltage pulse that will distend the molecule the step charging the molecules must go increasing until the water bound ceases to exist than the gate must turn off the circuit for the liberated atoms can regain their electrons and become gas
So the basic is a full wave bridged D.C. Source filtered by a choke and a second ac source a connected across the cell
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Check this piece of the patent
It's odd the way he words stuff like "the same polarity"
And I think there's one with the EEC in it that doesn't show the 3rd electrode.
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You got exact the point that I was trying to focus!
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Hey Seb
, have you seen any literature how isotopes of oxygen modulate the Lamar frequency of H ?
I seen something earlier at 15 Hertz and 50 Hertz but i can't find it anymore.
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Never heard of such low freq on atomic resonances
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Never heard of such low freq on atomic resonances
It was a surprise to me as well,I'll post it when I find it again.
Got another important question....
Can you see a way to use Stans scanning circuit in a way to modulate(superimpose) a current in a coil? (raise and lower current with scanning frequency of scanning circuit)
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Never heard of such low freq on atomic resonances
Never mind that Seb....I read it wrong about the isotope modulation...There may b something to learn from the link anyways ?
http://aip.scitation.org/doi/abs/10.1063/1.439240
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The scanning Ckt helps it locks into resonance and it ensure the system will scan in case it lost the track
It detect the resonant frequency by comparing the phase resulting between feed back and the generated signal
I see the scanning circuit as a tool of course you re right it can be used for freq modulation but in my view only used to find the freq.
I have a thread about the feedback working
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The scanning Ckt helps it locks into resonance and it ensure the system will scan in case it lost the track
It detect the resonant frequency by comparing the phase resulting between feed back and the generated signal
I see the scanning circuit as a tool of course you re right it can be used for freq modulation but in my view only used to find the freq.
I have a thread about the feedback working
The way I was wandering if it could be used for example is my electromagnet is supplying a steady current and so a steady magnetic field....I want that magnetic field to remain on its own but I also need a separate control to modulate a superimposed magnetic field over the steady field in a way that scanning circuit operates..its different than Stans but may have something in common.
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I don't know what you are doing but why not just a simple current controller and filter thru a choke and than pulse over the Magnetic field whatever you want...?