PhysicsProf Steven E. Jones circuit shows 8x overunity ?

[Magluvin]

In the video that shows the disk with 2 mags on the drive motor shaft we saw earlier, the diameter of the disk is extending out beyond the mag samich. Now imagine this...

The portion of the disk that is within the same diameter of the mags, there is current generated between the inner dia of the disk to the outer edge.  Well knowing the pole polarities of the mags inner facing poles and the direction of rotation of the elements.

But if the disk is larger in diameter than the mags, the portion of the disk that is outside of the magnets outer diameter, will be experiencing opposite polarity fields causing a countering current to what is in the samich.

So in that video, the outputs would be greater if the diameter of the disk is slightly less than the mags.  It is even stated by tesla that the disk should be completely within the area of the magnet surfaces. Also the info given earlier shows just that also.

This is the purpose of grey core in my illustration. It helps to avoid the situation described above.  ;]

Mags

[Magluvin]

Something else to think about...

Lets say we have 2 ring mags  1in inner dia   10 in outer dia.  And the disk is the same or just slightly inside those parameters. 

There is a big difference in the speeds of the spinning material between the inner dia and the outer.  The outer will be generating more than the inner. 

So if a 10in outer dia is what we would want to work with, then the inner dia should not be far off from that.

Like using a 26 in. spoked bike wheel and the rings, mags and disk, are inner dia 26in and the outer say no more than 29 in, giving 3 inches of difference between the inner and outer diameter of our generator components.  Now we are making good use of all of the surface areas involved as they are all producing nearly the same current driving force.  And all that large diameter surface area is combined, and thats a lot of current availability.

I love the idea of a wheel like this. Its attractive.   OOoo Snap, 26's on that Benz.  ;]

But it doesnt have to be that way with so little voltage potential. If we stacked those 26 in. bike wheel gens to series their voltage, how many would we need to get the voltage we want?

This is why I came up with the polar glider. It can be small, and as many "turns" of wire needed to raise the voltage needed,  If we stacked disks on a rotating shaft, its gunna get pretty big to step up them voltages.

Just more thoughts.

Mags

[Magluvin]

One more then off to work...

It would be cheaper to use smaller mags, in modules that can be series or parallel than it would be to buy huge ring mags and copper disks.   Imagine the cost of ring mags the size of the outer dia of the 26 in bike wheel and the copper ring. And how many volts do we get? How many more do we need to get 3v out?   

Ok  I gota git. 

Mags

[Magluvin]

Lol   If there is drag with the mags rotating with the disk, does that mean that Polar Glider could work as a magnetic brake in thin air?  And can we use it, alter it, to also accelerate an object, magnetically? Levitation???(Apply input to the coil of the polar glider, and hold on tight?)

Like this.  polar glider in an airplane. Short the coil connections and Polar glider will have resistance to to moving through the you know what.  ;]  lol  gota gota gota git

Mags

[neptune]

@Jouleseeker. You asked earlier how the discs were arranged in Tesla`s machine . Basically he had two machines like Faraday`s .  The magnets were arranged so the the two machines would have opposite polarities. The machines were stood close together with their shafts parallel. A conductive belt was arranged so that the disc of one machine drove the disc of the other . Output was taken from the disc centres via a single brush on each machine. The arrangement was patented, and the patent is on the internet. This eliminates the need for brushes on disc edges.
      In the early 20th century, there was a device based on the homopolar generator called the Forbes dynamo, which was in commercial use . Still looking for more info on this.