Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[dole]

Hi,
I made some new investigation today; I hope this may be of interest so apologize if this is not a case.
First I would like to correct one ting, DC NST producing DC but pulse DC, fully rectified AC and
it means not reversing polarity so. We can for shore say that connecting load to one nonreversible polarity HV “DC” source end
to the ground produce current according to potential difference and depending of resistant of the load.
Since there is not close loop circuit input current will not significantly change according to load applied to the one terminal in the receptivity to the ground.
Load dissipation can be further split so that some small present is feed back to the source and produce magnification of effect until maximum is reached depending of condenser capacity.
Load dissipation should be done through induction transformer. Source as pulse dc may be produced from preferably charged condenser by HFHV (SG, TC),
since dissipation need to have as maximum 50Hz through induction transformer (coil) it will be enough to support the load and charge condenser trough HVHF source  and process will continue by itself.
We may need ferrite core transformer in front condenser charged from HVHF source.
Resonance is then adjusted according to 50Hz dissipation frequency and charging frequency and needed transformer induction.

So please comment.

PS.
I discovered some new tings in the kapandze video but no more time for now.

d.

[baroutologos]

Dole,

If you ask me, i have not a clue what are you talking about. Anyway, is there any way to demonstrate experimentally what you say?

[dole]

@bart
Sorry for clumsy expression, that is how I see it and of course working on,
it will take some time to define all components and adjustments,
if it is correct then will work if not then we steel missing something.
But any attempt, wrong or right, will results in something, at least in some truth.

Ps.
Inside coax winding, TK have en copper pipe winding coil and this one is connected to outside cooper pipe
and other and to load, this may be a pickup coil from first coax induction coil.
Its look like copper pipe is later exchanged with copper tube.

d.

[bolt]

@bart
Sorry for clumsy expression, that is how I see it and of course working on,
it will take some time to define all components and adjustments,
if it is correct then will work if not then we steel missing something.
But any attempt, wrong or right, will results in something, at least in some truth.

Ps.
Inside coax winding, TK have en copper pipe winding coil and this one is connected to outside cooper pipe
and other and to load, this may be a pickup coil from first coax induction coil.
Its look like copper pipe is later exchanged with copper tube.

d.

It has D size flash light batteries inside the tube to run the 12 volt LED lights re-marked as 100 watts.

[dole]

It has D size flash light batteries inside the tube to run the 12 volt LED lights re-marked as 100 watts.

@bolt
Please, how you see this?

Further, what I see, the outer and the inner coil are whole wounded of copper pipe in Tesla coil fashion with an coaxial cable inside. This may be then an aluminum shield coax with copper pipe outside. Shielding seems grounded and the inner coax wire is joined through the spark gap. (Coax can also act as good capacitor). In the reassembled output coil later, we see thin wire at one end of the inner coil (that's way may be coax in the inner copper tube to).  In the spark gap it is look like he uses mercury between rods of aluminum and copper (arc rectifier). http://en.wikipedia.org/wiki/Mercury_arc_valve
Please if anyone can point to something more, or correct wrong, it would be appreciated.

ps.
Yesterday I invested more in induction copper/coax, resulted in much brighter bulb but in higher input to. I did not curve (bend) copper pipe with coax as coil jet, but it was possible lighting bulb just through induction of one wire and ground. Next it may be important to test effect of aluminum shielding in the coax connected to separate HV source. There is 4 layers and 8 ends  plus induction in them, between them and in the outside relation to play with, so if someone have a time or any opinion, thanks.

d.