Single circuits generate nuclear reactions

[starcruiser]

or a parallel wire perhaps? I still think a mag field will assist the current flow direction but Experimentation will determine if a mag field will help capture more Beta particles, perhaps a neo/electro magnet can be used to orientate the atomic structure to increase output??

[sparks]

My personal point of view on this...

1. Yes correct. Departing particles (photon, electron etc.) may have different speeds. The higher the speed is, the higher B-field is needed to capture the particle. Or to hold it inside the coil. Just like a rocket trying leave earths gravity field.

2. Capture departing or radiating particles and guide them to the carbon rod where the period of decay ends, and electrons are added to the current flow, increasing it.

3. What is it with these toroids!?! This is not a TPU of any kind. Many many devices (amplifiers etc.) have toroidal transformers. Those are good because they don't have allmost at all external magnetic field and they are very efficient. Toroidal transformer can not capture particles unless they hit straight to it, because no external mag. field.
This toroidal transformer is in Naudin's VSG setup only for measurement purposes! It does not give out power, but merely a small signal that can be measured with oscilloscope.

       I suggest that what you picture is 1/2 a tpu.  Replace the wire whose current is being measured with a wire carrying a high frequency pulse.  The outer torroidal current transformer will act like a ferrite bead does to choke hf.  The exposure of the copper in the current transformer to a very fast magnetic field change should elicit some mass to energy conversion in the atomic lattice of the current transformer copper.  The pulse needs to be as square as possible and should not exceed 5khz.

[sulake]

...Give us a clue on what would be the best suggested coil. A spherical coil perhaps?
Or a tube?

For what purpose? And in what kind of a setup?
Like in J.N. VSG, a pulse of 37V and ~300A is difficult to handle or to convert. If we want to convert it for example to 240VAC 50Hz like here in Finland is the standard, will be a demanding task. Some kind of a transformer is must and toroidal transformers do have best qualities. How ewer, all transformers must have some inductance and that inductance will add resistance.

[Ww.We]

@sulake

Probably a sharp <=5kHz sqaure zap via a set of (copper?) wires through the copper coil which will produce more energy in the coil than the zap is worth.
The only problem is - why aren't we doing it with common transformers already?

And as for magnets there is a schematic which consists of an iron nail core, primary and secondary windings, a ringmagnet cover with a possible COP=2. I have not tryed it. But it has all the components covered here (besides the carbonuclear setup) with the added info of a square, sharp, hf impulse. (I am able to dig it up, from what I remember it was related to a kind of solid-state Adams 'motor' setup if anyone is interested and it fits under this thread)

@sparks

Lay out your masterplan, mate - things are getting confusing.

BR,
ww.we

[Ww.We]

@ww.we

I found it, it's called "Harwood-Jankowski POD". POD for Power-On-Demand. I suggest that this is out of the scope of this thread.


BR,
ww.we