Kapanadze Cousin - DALLY FREE ENERGY

[Thaelin]

Hi Grum:
   As for the slit in the liner, it has to be. Even if it is a pass through in another circuit,
to the others it will be as a one turn short. To show this, take a signal gen to a coil on
a small torrid and see the signal. Then put a small piece of conductor through the middle
and short it. The signal will die out. It would be as if you shorted the output of a regular
transformer.
   Think also of the AL tube and the magnet falling down it slowly. The magnet sees it as
a one turn wire and creates a like magnetic pole to impede it.

thay

[Grumage]

Hi Grum:
   As for the slit in the liner, it has to be. Even if it is a pass through in another circuit,
to the others it will be as a one turn short. To show this, take a signal gen to a coil on
a small torrid and see the signal. Then put a small piece of conductor through the middle
and short it. The signal will die out. It would be as if you shorted the output of a regular
transformer.
   Think also of the AL tube and the magnet falling down it slowly. The magnet sees it as
a one turn wire and creates a like magnetic pole to impede it.

thay

Dear Thay.

Yes I quite understand your statement. But is this not a different context? Verpies is suggesting a thick Copper/ Brass/ Aluminium ring placed between two set's of Ferromagnetic material. In the same plane. Would this have the same effect? As I see it, it would have a strong citculating current and I now think I have answered my own question!! Probably the field generated would be in opposition to that being applied?

I feel almost 100% that Verpies sees the NMR card here??!!

Cheers Grum.

[verpies]

I am a man of many talents but computer graphics are most definitely not on the list!! It took me well over an hour just to modify the third schematic posted above!!

Unfortunately picture is worth a thousand words.  Do you have a pencil and scanner?

...by standing waves I am refering to the magnetic field generated by the split pair of counter wound coils. I visualise the feilds, just as you posted.

For me the concept of standing waves requires:
1) a wave with finite speed of propagation,
2) a reflection,
3) a periodic constructive/destructive interference of the wave with its own reflection.

Now what is the significance of a "Slit" being made in the gain medium? To reduce circulating currents is my thought?

Yes, to get rid of the eddy currents that oppose the alternating magnetic fields permeating the Gain Medium.  Those eddy currents oppose the alternating fields by Lenz Law, and appear like a dead short to the primary windings (and transistors driving them).  Slow conduction electrons generated by the induction from primary windings will be stopped by the narrow air gap but fast electrons ejected from the Gain Medium - will not be. 
The same effect can be achieved by using non-conductive Gain Medium or poorly-conductive one (including sintered media or laminations like those in transformer cores).

[NickZ]

  In the Akula device I see no slit, nor a complete aluminum sleeve on the inside of the air coil. There may be a partial liner, though. Which is what I've made on my version.
I do see an insulated wire coil wound around what looks like a 1 1/2 inch pvc pipe, and there may be a small cap at the bottom end of that choke, connected to it, only. I calculate the choke to be of about 40 turns, or so, of single layer around 14 gauge. What would you figure the small cap to be?
  On the newest Akula video, I see nothing to indicate there is any type of metal liner inside the pvc pipe. So, it may not be needed for that device to function. Or,
  These are the types of questions that can be asked directly to Akula. If someone can get a hold of him, (Hint to T-1000).  Oh, I saw one of your videos, T, and you're a good looking guy.  I imagined you being older.

  The most important point, for me is: Can the mosfet driver board that he is using be bought commercially, or not. 

  Verpies:
   If  I separated the two opposite wound 12 turn yoke coils, at the center tap, and connected each separate coil to its own single oscilator/transistor, at a shared 12v 1400mA input. And  also, the 25 turn red wire coil on the yoke connected on at least one end of it to a 1000 volt input?  The 3 turn yoke coil would still be picking up whatever happens with the three other coils on the same yoke.  I'm tempted try this next...
What do you think?
 

[Hoppy]

  The most important point, for me is: Can the mosfet driver board that he is using be bought commercially, or not. 

They are bipolar transistors, not mosfets. Where is the feedback loop? Its not shown on the schematic at the end of the video.