Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[andrea76]

hello all, may be inside the cylindrical pot one toroidal transformer? pulsed with 2 frequency? can created one longitudinal magnetic field around the coils trough the copper spiral??mmm..

[woopy]

Thank's Roberto

i will try it

Laurent

[jbignes5]

This might help:


The angle that the field cuts the copper pipe actually helps the pumping action of the reflector coil. It should be bifilar but who knows. Solenoids seem to be battery like in it's ability to hold the pressure. But the dual conversion of the bifilar would be excellent in extracting all energy from the system after pressurization.

You should be able to fill the bidirectional cap to a static level and then hook it into a circuit with itself. This way any vibrations in the voltage reflect back and forth. Now remember you are making a pump here. We want it to stay in the statically charged mode of operation. This is done with the special oil filled Capacitor with no paper. Tesla patented an improvement of this capacitor.

Link: http://www.teslauniverse.com/nikola-tesla-patents-567,818-electrical-condenser

But it might be that Tesla figured out that stacks of these Bifilar pancake coils had massive charge capacity just from the design of the coil itself. Integrated into the coil is a highly chargeable coil that acts like a capacitor as well. The more you parallel it the more powerful it's ability to respond with fidelity. Making a layden jar version of the flat wound bifilar coils immersed in oil should be the nastiest capacitor ever. The outside of the jar is a static shield only. It should be insulated well to prevent accidental conduction. Although conduction with the human body wouldn't pose much threat. Insulation should include an oil layer inside of the insulation.

You might want to remember there is a heavy current component to this field. Thats what the horizontal curved lines are in the picture. The more you twist the lines the better the pumping action because there is more teeth to the gear pump now. Yes it slows down the charges but they become more powerful then. It the same conversion or stepping down that allows us to do this in contemporary electronics. Except this one is based off of gearing and fluid dynamics that the fields provide.

Yes the field will have an inductive resistance but I think because the molecules are highly charged they have inertia greater then normal because of increased tension. This is due entirely to the excitation of fields. Reflective induction that is not enhanced will always slow to a crawl. But add an immense bias to the near field and it grows in intensity. I think they are creating friction by running the fields at two different resonant frequencies in the same direction. Tesla said this action creates a back flow of feedback. A polarizing flow director That creates doughnut like puffs. <- That the most powerful over greater distances.

reference:
http://www.youtube.com/watch?v=TMCf7SNUb-Q
http://www.youtube.com/watch?v=hDx-mQqzYNw

I believe the make and break can be made extremely clean and with fidelity by using the magamp. All it would need to do is short and unshort the thick copper coil in the desired frequency. You could tune the system to the desired resonant frequency very very easily. The initiating pulses do not have to be very big at all. They just need a high purity of the on and offs. This is why the spark is not excessive on the kapanadze devices. They are merely timing devices for the magamp control.

You will also note in the videos of the devices operation, they wait for a few seconds for the charge to build up statically and then engage the load.

[jbignes5]

Wait this process reminds me of the battery work that some have done. The crystalline battery actually uses this configuration and didn't realize this was the key element. Aroiund the positve is the negative that is segmented by loops. I used graphite electrodes which are straight and a very long aluminum wire that was uncoated except for the oxidized covering. If you oxidized the aluminum further it increases it resistance to corrosion. Once done that way We used a crystallized medium. Water and salt mixture usually netted more current but also had the best chance for beating the oxidized layer. The aluminum wire reacts much differently then a copper wire would. One conducts the environment very efficiently through it's internal crystallized matrix.


This was my first design and it outlasted all of my additional attempt to raise the resistance to movement. Carbon does well for this. I used artist quality carbon and it was very interesting texturing of the water while mixing it. An oily sheen that reflected colors very differently then expected. Once dried out it sucks in the finer particles of carbon like a filter. Higher flows will have higher density of carbon. Somehow the carbon makes a better voltage connection that might be due to it's high surface area squished into a http://marissamarinescience.synthasite.com/purple-sea-urchin.php

Well anyways this is just about creating a field and separating it from the rest through compression. Since the field is very strong going in and out it would seem to be that the side to side is also much easier to move. Increasing the number of spikes or fingers or even lines allows for a much clearer more powerful push of another field. But it seems very little field needs to be established to choke off the channel or depolarize it to be more exact.

This is the highly efficient fluid turbine Tesla made. What we need to do is build this in the electrical equivalent.With only the addition of inductance and we have a working self powering whirl in the ether through it's own inertia. This field has little resistance so it's inertia can be very great.

http://www.teslauniverse.com/nikola-tesla-patents-1,061,142-fluid-propulsion

[ronotte]

Hi Stivep,
today I first run my replication of the modified kacher+ion setup. I did all the coils exactly according to your posted data. The circuit does oscillate at about 200KHz and putting probe on 2E26 plate it is easy to see that the wave's envelope has an amplitude of about 250Vpp as expected. The oscillation is gated by the screen grid 50 Hz modulation. I think that said modulation is well over 100% hence the packed bursts with low duty cycle I'm seeing. I wonder if you may confirm that situation.
Notes:
1 - it seems clear that I've to decrease the modulation index decreasing the voltage applied to screen grid
2 - the magnifier coil does not operate as expected as I do not see the voltage increasing longitudinally: may be it is forbidden by the burst mode operation
3 - no increase of lamp's light noted
4 - the circuit as switched on does not oscillate but after powering the lamp and after few seconds it starts oscillating continously.
5 - I wonder if optimization/tuning could be done sliding the inner coil
I'll wait for your suggestions
Roberto