The Lee-Tseung Lead Out Theory

[Pirate88179]

@ TopGun:

You should really change your name to TopDork.

Bill

[Bessler007]

Topic: The Lee-Tseung Lead Out Theory  (Read 93793 times)

I don't believe my eyes.

Einstein once said, "Any man who can drive safely while kissing a pretty girl is simply not giving the kiss the attention it deserves."  Wait, that's not the point I'm going for.

Maybe I need to make up a quote.  Here goes. "any theory without a practical result is worthless."  Has anyone said that before me?  I'm sure someone has at least thought it.


ought seven

[chrisC]

@ TopGun:

You should really change your name to TopDork.

Bill

Hahaha! Couldn't agree more Bill!
Now, TopDork is exploring magnetism and electricity and trying to teach electromagnets? huh? I guess magnets stick and no drills are needed! Ah! So! Now I get it!

cheers
chrisC

[Top Gun]

Why do we need the collector coils?

   If there were only pulse coils, energy will be lead into the system.  The cylinder containing permanent magnets will rotate faster and faster.  This will destroy the synchronization between the rotational speed and the pulse rate.Thus energy must be drawn out from the system.  One technique is via the collector coils.

Another technique is via the rotating axle.

In both the Newman and the Bedini systems, there is not much program control.  Handling varying torque or external load will be difficult.  They are also limited by the use of the same coil as the pulse coil and the collector coil.

The 225 HP Pulse Motor has program control.  The electromagnetic coils can be programmed to become pulse coils or collector coils.  That explains its much higher efficiency.

[exnihiloest]

Please note that the magnetic ball c is made to rotate faster via the action of the electromagnetic coils.  With the extract supply of energy, the system cannot be closed.

The power supply to be inboard or not doesn't change anything and is irrelevant to the context, as no force is supposed to applied from the outside.

In addition, there is a net attractive magnetic force from the action of the electromagnetic coils attracting the mganetic ball towards the center - the required centripetal force to keep the magnetic ball c from flying away.

That's what I meant, the point you miss being that this is true only for each complete turn but releasing the ball lets the net attractive magnetic force be no more towards the center but opposing the effect of hitting e.

The physics described here cannot be wrong.  I shall describe the pulsing circuit in a separate post.

Only the kinetic energy of the ball hitting e is considered but not the breaking of the centripetal force when the ball is released: to integrate it on one turn shows it is an opposing effect.
The physics described here is not wrong. It is incomplete.