The Sound Of Resonance

#1 · date not recorded

Quote

memo (424) titled Atomic Energy Balance of Water as to the functional parameters associated with Dynamic Voltage Potential Wave-form (600) of Figure (6-3) ... which uses Voltage Pulse Potential of opposite electrical polarity of attraction (RR' - SS' as to RU/RU' - ST/DST') to perform work in the following sequence of events in an instant of time: Electrical Polarization Process (160) (elongating the water molecule ... changing the time share rate of the covalent electrons ... switching off the covalent bond by attenuating the electromagnetic fields of the electrical stress atoms undergoing molecule separation. Universal Energy Priming Stage (500) (particle oscillation as an energy generator by deflecting atomic particles under changing electrical stress) Liquid to Gas Ionization Stage (230) (ejecting electrons from the atomic structure under divergent electrical stress); and Thermal Gas Triggering Stage (E9d) (gas igniting the electrically stress combustible gas atoms farthest from the state of electrical equilibrium) ... triggering Hydrogen Fracturing Process (90) (subcritical state combustible gases being spark-ignited under Electrical Resonance of Stress).

So what he does is elongate the molecules, then shake them with a Deflection Field. (Ding! He has a Deflection Field.)

He also had a Stress Field provided by energy pulses having the proper frequency composition.

He injects sub critical water into the spark plug.

He keeps talking about Resonance and that associates with the Stress Field, which is present in the spark plug/Injector.

In the Injector, The Resonance is the sound a super critical water droplet makes when it detonates, due to a change in the Latent Heat to Temperature ratio when the fuel gas is ignited, and a conversion of the Surface Tension throughout. This rather loud sound is remarkably similar to a rattle snake, faster, with a higher pitch, the same duty cycle, and a shortened envelope. (High speed cat scattering).

Even better, the Stress Field could also carry a signal which matches the endwise chime of the length-adjusted electrode tube.

Steve

#2 · 21 Jul 2015

So you think the bang of the explosion is stimulating the breaking proces of the covalent waterbonds?

electrotek

#3 · date not recorded

There's also the binding energy between the water molecules. This takes the form of cohesion with liquid water. This cohesion force is released when a droplet explodes and the molecules move away from each other's proximity. It's claimed that water drop explosions release 200 times more energy than needed to produce dissociation of the liquid's bonds.

sebosfato

#4 · date not recorded

i think horvath patents are the key to understanding it..

horvath divided the system into two transformers... one that is actually inside his cell looks like it does the function of the chokes..

while the other charge a capacitor to dump energy into the coils..

i don't know what are you talking about.. ?

i think the idea is to turn off the covalent bounds and hit with the music =)

i mean little current...

electrotek

#5 · 22 Jul 2015

My idea is that the 'music' could disrupt the attraction between the water molecules, rather than the valance bond within a single molecule. If it works, then some frequency might disrupt the valance through a similar process.

I'm designing an experiment even as I type. : )

Steve

#6 · date not recorded

Quote from: electrotek on July 22, 2015, 02:45:55 am

My idea is that the 'music' could disrupt the attraction between the water molecules, rather than the valance bond within a single molecule. If it works, then some frequency might disrupt the valance through a similar process.

I'm designing an experiment even as I type. : )

I would suggest: rock and roll!!!

sebosfato

#7 · date not recorded

I more tranquilized now... i think the process is a mechanism... what if the frequency has to do with that?

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?

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

what you say?

i would say that positive fields would just after the bound could be broken ionize the gas atoms and ballistically shot them as positive ions into the bath... this would consume terrible current.. is the same as if the electrode was walking into the water closer to the other.. this increase the field and total breakdown occur...

so how to restrict this amps ? ha

how to impede it to get this ionization..

well i think i get my answer whats yours?

ahh with music i meant a little current.. but in my opinion it only goes to charge the cell...

Lets Rock!

geon

#8 · date not recorded

If you wanna go that route at least try sonoluminence, or try to use the phase change of water, lets say when the water vapour comes in contact with cold water it liquifies instantly and the velocity of H2O molecules is high that instant of phase change.

electrotek

#9 · 24 Jul 2015

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.

attachment_14318 Plasmoid_to_Water.jpg

electrotek

#10 · 30 Jul 2015

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.

geon

#11 · 30 Jul 2015

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

electrotek

#12 · date not recorded

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.

massive

#13 · date not recorded

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