Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

As TK is supposed not to have used any high capacity batteries to power his devices, would just a short burst of saturating DC be sufficient or would this need to be constant?

Short DC pulse would be sufficient to saturate a ferrous core but it would be more efficient to use permanent magnets for saturating it ...or use a core that already has magnetic permeability = 1, (e.g. brass).

Permanent magnets that conduct electricity throw a monkey wrench into the whole scheme due to eddy currents that get induced in them by high dB/dt.  Some types  of magnets are electrically conductive and some are not.  Watch out for that.

[Hoppy]

Short DC pulse would be sufficient to saturate a ferrous core but it would be more efficient to use permanent magnets for saturating it ...or use a core that already has magnetic permeability = 1, (e.g. brass).

Permanent magnets that conduct electricity throw a monkey wrench into the whole scheme due to eddy currents that get induced in them by high dB/dt.  Some types  of magnets are electrically conductive and some are not.  Watch out for that.

Thanks Verpies.

Developing on Grumage's idea and in order to keep things "it will make you laugh simple", I keep thinking back to the 'tin can' video where he produced that loud noise that I can only describe as like a transformer makes when its overloaded. I'm thinking that maybe the transformer is receiving a pulsed current input on the primary and the induced secondary current is being full-wave or half-wave rectified and then fed-back onto the primary via some controlling mechanism. If a second primary winding was to receive an RF frequency produced by TK's Tesla coil, would this be a basis for a viable experiment? Also, could the old Russian transformers have a core material more suited for NMR working?

[verpies]

Developing on Grumage's idea and in order to keep things "it will make you laugh simple", I keep thinking back to the 'tin can' video where he produced that loud noise that I can only describe as like a transformer makes when its overloaded.

Yes, for a moment it did sound like an overloaded stick welding transformer when the electrode gets stuck.  Somebody directed my attention to that sound on another thread in this forum. Was it you?

I'm thinking that maybe the transformer is receiving a pulsed current input on the primary and the induced secondary current is being full-wave or half-wave rectified

If the saturating field is unipolar (e.g. created by a magnet + DC) then the current induced in the secondary will be PDC and that does not require rectification.

and then fed-back onto the primary via some controlling mechanism. If a second primary winding was to receive an RF frequency produced by TK's Tesla coil, would this be a basis for a viable experiment?

Yes, a short and powerful HV discharge could produce the correct RF for tickling the core, but a Tesla coil would be a lot of work just to get the HV and AFAIK TC does not produce short pulses by itself. 
There are so many simpler ways to produce short powerful pulses, the simplest being a capacitive discharge into a spark gap.  A more complex and also more efficient solution would be the 50kW nanosecond pulse that is produced by a DSRD.  IMO the most efficient would be an FM RF oscillator. Maybe such an oscillator is initially powered by that 9V battery?

Also, could the old Russian transformers have a core material more suited for NMR working?

I don't know. If they made them with soft iron cores (not transformer silicon steel) then it would be easier to saturate.
But pure iron is harder to smelt than steel, so I don't think so. 

Conjecure: Maybe TK replaced the transformer's steel core with a brass one - who knows?

[sparks]

       Could we excite some neuclear reaction using atomospheric nitrogen?  Nitrogen becomes carbon and we get fast electrons.  If the fast electrons encounter a magnetic field don't they slow down by producing various longer wave photons depending on how they are slowed down?  If the longerwave photons initiate rf currents in an antennae connected to a tank circuit can we ringup the tank until the power levels are usable in driving lights and motors?

[Grumage]

Dear Verpies,

How important is the DC saturation? The NMR frequency of any material is based upon the magnetic field that sits on it. The higher the magnetic field get's, the higher the material's resonant frequency becomes.

My own thought for this one would be a fixed RF frequency and vary the intensity of the magnetizing/saturating force. That way you would hopefully keep catching the " Whisp"

Any way I am putting "money where mouth is ". I have ordered some HF transistors from Farnell. Should be good to 30MHZ. Going to try driving a Tesla primary with continuous wave. And sit a transformer within the field.

BTW. I had a Foundry business for a number of years and it struck me Pig Iron may be a good source for "fuel".

Cheers Grum.

PS, I am suddenly reminded that we all seem to "Put on you" I hope you don't mind?
But thank you, I'm sure we all do!!