The Sound Of Resonance

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Fabian:
>i was considering with myself what would be the best way to really break the molecules... a positive field, a negative field... what would be the difference between both to you?

I think he's using two kinds of fields, electrical and magnetic.  Water is diamagnetic and Tesla's 'paramagnetic energy' repels it, even while the same electrode pulls it electrically.

>than meyer say he uses positive field... that chokes doubles the frequency applied... that it restrict the amps...
what you say?

A choke has two windings in opposition, so it does restrict the amps.  Any change in frequency just means the input is adjusted accordingly.

>well i think i get my answer whats yours?

Both electrodes are paramagnetic, regardless of polarity.  This repels the molecules from both sides and holds them steady.  One electrode is also positive, electrically, which pulls the H ion.  The other electrode is electrically negative, which pulls the O ion.  My picture shows paramagnetic energy, without a diode.  With a diode on the cap, these pictures will look the same, regardless of electrical polarity, which can be however we want.

When I say music, I mean the composition of the input waveforms.

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Back when I was a kid, someone was kind enough to stop by one day, when when I was playing with my Model T ignition coil, and show me how to tune the spark gap.  Then he had me do it, to make sure I had it down.  This coil was designed and patented by Tesla, specifically for Henry Ford.

When the spark gap is tuned to resonance, it makes a frying sound.  I think I'll make a Tube Cell, connect it to my current Model T coil, and see what happens.  Then I'll do some calculations and see if the 'straight wire inductance' of the tubes is a factor in the resonant frequency.

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its because when the circuit is open the electrons in the spark are repelled from each other making a sound wave

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That's right.  And electrons are traveling through the arc in two different directions.  When the cap reaches a certain charge level, it begins discharging.  This discharge meets the next charging pulse, in opposition.  This is when and if it's operating in resonance.  Adding an 'open circuit' Meyer cell changes the resonance.  But it can still be tuned accordingly.  This can provide a very simple and easy way to build a cell which operates at resonance.  No guessing required.

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Hi , on the T coil the lower spring steel reed had its own physical size and has a music freq where it naturally vibrates . I wrote notes down years ago but cant find them at the moment .
the reeds contacts came in 2 sizes that Ive seen

I removed the top contact and flicked the lower reed to hear the note sound , kindve like a jews harp

that reed size + the contact tuned freq all combine towards the end freq

- doobie