Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

Hi Void.  I know that magnetic field is almost all in the core- how much there are  losses depends on the core permeability. But the induction can take a place when the magnetic flux cross section the wire- which is not the case, because all flux travels in the core. So how is possible the induction takes a place?   The mistery

[Void]

Hi Void.  I know that magnetic field is almost all in the core- how much there are  losses depends on the core permeability. But the induction can take a place when the magnetic flux cross section the wire- which is not the case, because all flux travels in the core. So how is possible the induction takes a place?   The mistery

Hi John.k1. I watched through that whole video, and I did not see anything much
out of the ordinary. Not all the flux will be contained in the ferrite core for one, and also
if you are pulsing with high voltage there is a strong electric field around the coils as well,
and energy can couple from coil to coil through this strong electric field. Keep in mind
that in the Ruslan/Akula device which we have been testing with, that energy from the tesla coil
is coupling to the 'inductor' coil primarily through the electric field. I confirmed this by replacing the
'antenna' with a cylinder of aluminum foil and got about the same amount of energy coupling to the
grenade coil. High voltage AC to a coil will generate a strong electric field around the coil.
All the best...

[Void]

An aside:
I was doing further testing with a sparkgap, and had this strange looking arcing
going on where there is big yellowish glow around the arcing in a big oval shape.
I tried to capture this yellow glow with my camera, but I know next to nothing about photography, 
and I couldn't capture it. What kind of camera settings do I need to capture a corona discharge arc
as clear as possible, and with the colors coming out close to what they really look like?

I have attached the pictures of the corona discharge with the yellow glow around it, but
the yellow glow oval around the main arc doesn't really show up in these pictures. Never saw a yellow
glow like that around a corona discharge arc before. Maybe some substance in the steel nails is causing it. I have
noticed that copper can give off a greenish corona color, so maybe some element/compound in the steel nails
is giving off the yellow glow around the main arc. Too bad I couldn't capture it with my camera because it
looks pretty cool. 
All the best...

[TinselKoala]

@Void:
That yellow color around/in an arc often means that your arc is energetic enough to be "burning" the air gases themselves. Creating oxides of nitrogen, which then create nitric acid when in contact with water or water vapor. You can try making the arc inside a small glass container, like an inverted shotglass, and if the air in there becomes yellowish over time, that's what is happening. Needless to say you don't want to be breathing much of this stuff, but the tiny amount from your arc isn't going to be harmful.

The yellow color can also be a result of cadmium plating on the electrodes burning, this cadmium vapor is also dangerous to breathe. Sodium is another substance that makes yellow tints in flames and arcs, like if the electrodes are contaminated with salt. I don't remember what zinc plating does at the moment.

As to photography, that will depend on a lot of variables. It helps if you have a good camera that can be completely manually controlled. You need to play with f-stop, shutter speed, ISO number, white balance until you find a pleasing result. I get the best results with flash and autofocus off, manual white balance and low ISO numbers for good color saturation.

[cheors]

@Void

Could you approach a magnet near the spark to generate "white noise" high frequencies  and tell us if your bulb is coming brighter?
(Stela got 44 Mhz on his spectrum analyzer)