Understanding electricity in the TPU.

[sparks]

     My line of reasoning is that in a gas the atoms are already accelerated but the vectors are chaotic.  By ionizing the gas with an optimum frequency transmission for ionization of that particular element any electrons diassociated from the gas atom will have the kinetic energy of the parent atom on board.  The magnetic field lines will influence the electron direction of travel whereas this is not the case for neutral atoms.  More or less giving us a handle on the formation of a ordered flow of energy from a chaotic form of energy.

[smoky]

Wow that's heavy stuff guys, almost like NMR effects.

In one video Marks says it's very simple just how the coils interact ..with no "masked" ?? devices at least it sounds like the word masked.

I had thought a delay line as in phase feedback and perhaps a magnetic amplifier based upon transfer characteristic of BH curve being almost exactly like signal transfer characteristic curve of FET or transistor or vacuum tube. 
Just need to stop flux from reversing via a diode etc to overcome losses from hysteresis point reversal.

One things for sure... to get oscillation & therefore output to occur.
There has to be enough "phase margin" in the devices feedback loop and enough "gain margin" in it's amplification system to overcome losses & allow oscillation be this pulsed or sinusoidal.

There is a mathematically prescribed minimum level of both these criteria by some smart guys including our old friend Barkhausen.

Gerry

[wattsup]

@sparks

I got that with thanks. Hmmmmm. Ionizing gas will not be easy to contain the heat and impart the electrons. You would need a special furnace.

On a side note, I was wondering how close I could get to video a pulsing bulb. I put up a 40 second video just to show it close up and I asked the question, what is happening to that filament. Maybe others will have a different idea.

http://www.youtube.com/watch?v=V02d9x9qQx8

@GK

I did not forget your post of your toroid coil in the previous page.
Have you tested it in any way???

@smoky

"In one video Marks says it's very simple just how the coils interact ..with no "masked" ?? devices at least it sounds like the word masked."

He said somethign like "there is no mass circuitry in this device".

[sparks]

  For ionization to occur you need to produce emwaves aka photons of a definite wavelength.  The ionization will occur with the greatest yield of free electrons dependent not on the intensity of the wave but on the nature of the wave.  SM's kicks are of a high frequency nature.  A light bulb heats the filament into infrared emission (not very efficiently either)  the photons emitted then are absorbed by the argon gas.  This causes the electrons in the inert gas to be ionized but their free flight is of a very short duration so the oscillation in and out of the atom causes a higher frequency photon to be emitted in the form of visible light as the electrons return to the atom.  Now if the filament becomes an efficient antennae then the argon gas would be stimulated with less input energy.

[forest]

sparks, Do you mean that argon is generating light ?