Muller Dynamo

[bolt]

Hi Bolt,

Very Excellent synopsis on the real root of the effect we want to tap into! I must admit that I (again) fell victim to interpreting the tuning methods in a conventional way, which resulted in me getting the same results as others here who reported the motor slowing down when tuning to resonance as opposed to speeding up.

Now in my case, I'm working with an existing four-pole air-cored pulse motor (1.1 mH each, 0.62 Ohms resistance). The motor is capable of running at up to 500V with a max speed of 11,000 RPMs. I have been using it lately for doing some of the coil shorting and resonance tuning tests, though I quickly realized that I have been looking at this from the wrong perspective.

One thing I should ask is if the effect which you described requires the use of a metallic core (in the mechanical case)?

Also, is this effect best manifested with high inductance, high resistance windings as compared to low impedance windings? (the evidence here so far is obviously the high Z coils, but I thought i would ask.)

Lastly, the principles you were describing I would love to learn and intuitively understand a bit more. Would you happen to have any good sources that you would recommend for one to get more acquainted with the ideas you discussed (specifically, the idea about working with the electric field of the coil to tap the energy of the magnets, as opposed to conventional induction).

Thanks!
Jason O

Not sure what you mean about metallic cores but i think and guessing that iron dust cores will work better in the khz speed these generators will run out. Ferrite is ok but its better for much higher frequencies 100khz to couple of megs.

Yes you need inductance more important you need MASS as this is where the transformation takes place as kinetic energy around the coils are swapping positions in charging up the core by polarising the domains is the permeability then collapsing back into the coil.  The MASS of an iron bar can actually be converted to fuel under intense Kinetic stress and im talking about VARS here if you hit the iron at the NMR spin using the VARS as an agitator. You can literally blow holes in the iron and release the mass to free energy as the two are synonymous.  Of course this is not very safe at a practical level but its quite easier to  change the iron to an isotope. There is no need whatsoever for nuclear fusion. Its all a big CON.  Kapanadze uses ferrite as his isotope shifter where its excited to very intense NMR spin state using 50 KVARS. This creates a huge ambient drain or portal and every electron spare is literately sucked out ambient and up the ground cable to plug the holes in the isotope. In conventional nuclear fusion energy is released outwards as ionising decay. In reverse you have energy ATTAINED not released as EleKtron recovery as energy flows from the ambient back IN to plug the holes.

A research lab with the right funding can easy work this out if the intent is there. Already many many expired patents to this process.  The magnets only recharge the virtual capacitance layer. The same layer can be recharged by using electrostatic differences. We are only interested in moving charges about in order to create very high environmental stress!  This creates relative pressure differences on our surroundings. Nature doesn't like being unsettled even though its always unsettled there is a counter balance in constant operation.

High impedance coils work better but only because its easier than tuning large value capacitors to convert to VARS.  See Thanes high voltage coil testing leads to faster RPMS and lower drive current - youtube.  He thought as a result the effect only happens as high voltages but its about inductance not high voltage coils even though the outcome is the same.

As for learning more before anyone started building mullers they should have played with and fully understood Rotoverter Technology,   3 phase engineering, power factor correction, basic RF skills as these are important tools.

[bolt]

I have an idea what you are getting at. It would be nice if you had the sim text file  though. 

I'm a little confused with your discussion on VAR. You are referring more or less to power factor of 0, correct? With high VAR, you still can have high current, it's just that it is 90º out of phase with the voltage. You often mention zero current though, so it's somewhat confusing to me. Where am I misunderstanding?

Thanks,
.99

When i say zero current im talking about the SOURCE loading. In practice it still be there but very very small. For the source you need a power factor of 1 or a VSWR of 1;1.

The load sees a Power factor of zero and a VSWR of infinity.  Eric Dollard converted a 100 watt rig to a 500 KVARS scaler transmitter using sheets of thick copper ground plane and modified PA stage to handle several thousand volts and reactive currents in THOUSANDS of amps. He hit +30db all over the west US

Within the RLC the current and the voltages can be huge as 90 degree out of phase.  The one wire trick in the headlines this week is a VARS trick employed to run a load on the max voltage node where the current is held at zero node. One thing you don't see in the video is his suitcase box of tricks of inductors and caps to maintain this standing wave condition. Its not new this "lamp lit under water" trick was done many decades ago. The same can be done as chain of people can eventually the last person can fully light a 100 watt lamp and no one feels a shock.

[poynt99]

bolt,

Those wave forms in your falstad sim are across the 1 Ohm series resistor you mentioned in the post?

You drove the coils (transformers) with a pulse wave form?

Any chance you may still have that sim's text file?

Regards,
.99

[bolt]

bolt,

Those wave forms in your falstad sim are across the 1 Ohm series resistor you mentioned in the post?

You drove the coils (transformers) with a pulse wave form?

Any chance you may still have that sim's text file?

Regards,
.99

no sorry i dont.

[poynt99]

no sorry i dont.

We may just have to try and re-create it then.

Cheers,
.99