Confirming the Delayed Lenz Effect

[DeepCut]

What do you mean you didn't see any measurements? You don't believe that diametric magnets will cause Lenz delay placed in the core of an output coil simply because you're being told that by me? Why don't you try it and find out. This is an important discovery.

You carry on doing what you're doing synch.

The only thing some people seem capable of building is a bad reputation for themselves.


All the best,

DC.

[synchro1]

You carry on doing what you're doing synch.

The only thing some people seem capable of building is a bad reputation for themselves.


All the best,

DC.

Lay off the ad hominums!

[DeepCut]

Lay off the ad hominums!

Yes you're right, i shouldn't waste my time.

[MileHigh]

Synchro1:

What do you mean you didn't see any measurements? You don't believe that diametric magnets will cause Lenz delay placed in the core of an output coil simply because you're being told that by me?

Did I miss something?  Do you show any measurements anywhere with a multimeter or an oscilloscope?  Just because somebody says something doesn't necessarily mean it's true.  You built a pulse motor and that's all that I see.  I don't see any "discovery" unless you can clearly articulate and document what you are talking about.  That's real life for you.

DeepCut:

The only thing some people seem capable of building is a bad reputation for themselves.

You are back to sulking in a corner.  Another gratuitous ad hominem attack from you for no reason.  Indeed, stop wasting your time and get yourself together.  I don't need your nonsensical sourpuss bashing.  If I thought that Synchro1 had something unique and of merit I would say that but all that I see is an ordinary pulse motor.  Life is so tough sometimes.

Anyway, I am going to leave this thread because there is nothing here.

MileHigh

[synchro1]

Coil gauss is directly proportional to Lenz delay: Wether rotor induced in a single primary, or by diametric output core magnet; The flux saturation retards the pole shift in proportion to it's strength in both cases. I achieved self motoring from both ends. Once the coil gauss reaches delay saturation, the pole shit lags behind TDC and produces a shove. Lenz's law states that as the rotor magnet pole nears the output coil it induces an opposite pole that repels it. Forced to fight a powerful background field, the slowing pole can't fully manifest itself in time to slow the rotor down, and lags so far, it gives it a kick instead. Lenz delay overunity is that simple to understand and to succeed at replicating.

The effect jumps at Barkhausen intervals, not linearly. "These magnetization jumps are interpreted as discrete changes in the size or rotation of ferromagnetic domains. Some microscopic clusters of atomic spins aligned with the external magnetizing field increase in size by a sudden reversal of neighboring spins; and, especially as the magnetizing field becomes relatively strong, other whole domains suddenly turn into the direction of the external field". (Wikipedia).

  "SUDDEN REVERSAL OF NEIGHBORHOOD SPINS" 'WHOLE DOMAINS SUDDENLY TURN INTO THE DIRECTION OF THE EXTERNAL FIELD".