The Lee-Tseung Lead Out Theory

[Top Gun]

The 225 HP Pulse Motor has 9 slices coupled together.

This may explain why putting 9 together is better than the sum of 9 individual slices.  The pulse from other slices will ensure the rotational momentum would be maintained at the relatively steady and high level.

[Pirate88179]

@ TK:

No, none of my motors go that fast it was a guy on youtube here:

http://www.youtube.com/watch?v=m1WkxHr0G6o&feature=related (150,000 rpm)

http://www.youtube.com/watch?v=V1oFzXOZnE8  (300,000 rpm)

My fastest is like Jonnydavro's single magnet, no bearing set up and I am using a diametrically magnetized tube.  The guy in the above videos is using a sphere and then what looks to be a small rod.  He clocks them with his scope.

Jonny has a laser tach and my set-up like his does about 15,000-18,000 rpm.  I never clocked my rotor set-up but it is fast (or I thought it was, ha ha) for a Bedini motor of that type.

Bill

[Top Gun]

The 225 HP Pulse Motor has 9 slices coupled together.

This may explain why putting 9 together is better than the sum of 9 individual slices.  The pulse from other slices will ensure the rotational momentum would be maintained at the relatively steady and high level.

One of the problems facing the Pulse Motors in general is the rapid decrease in efficiency when the rotational speed drops.

The 225 HP Pulse Motor used multiple slices and programming.  Dr. Liang used programming to control the number of active ICs.

Tseung et al is using strong pulses and multiple pulse coils.  In the prototype, they used manual switching.  Programming will be necessary at a later stage.

Without the programming control of relating external load to rotational speed and hence pulsing rate, I cannot see the possibility of the Bedini type machines becoming generally useful.  They may be able to pulse charge some batteries.

Any sustained drain of energy will decrease the rotational speed and thus efficiency to unusable levels.  May be we should put many slices together similar to the 225 HP Pulse Motor.  Programming is still needed.

[Devil]

The cracking of the Student Prototype

The thin plastic plates covering the Coils cracked.  It was fortunate that no one was hurt.  At the high-speed rotation, any slight touch of two surfaces would generate high frictional forces.  It was a setback because the device needed to be redesigned and rebuilt.  On the other hand, it was a blessing.  The device demonstrated that it could generate much power.

How to handle the lower morale and disappointment?

Some forum members will advise giving up!  Some will curse Tseung for leading the Students to a dead-end.  Some will make fun of the cracking.  Will the Students give up?  Will the World learn anything?

[chrisC]

The cracking of the Student Prototype

The thin plastic plates covering the Coils cracked.  It was fortunate that no one was hurt.  At the high-speed rotation, any slight touch of two surfaces would generate high frictional forces.  It was a setback because the device needed to be redesigned and rebuilt.  On the other hand, it was a blessing.  The device demonstrated that it could generate much power.

How to handle the lower morale and disappointment?

Some forum members will advise giving up!  Some will curse Tseung for leading the Students to a dead-end.  Some will make fun of the cracking.  Will the Students give up?  Will the World learn anything?

Will the delusions ever end? Very sad.....

cheers
chrisC