MylowHJ Replication - Discussion

[Grimer]

Of course, gap reinforcement with multiple disks will only work if single row magnet interaction with the stator actually results in an energy gain. This could be proved very simply with a row of seven magnets, say, mounted on a pendulum and swung past a horseshoe stator situated at 6 o'clock. If the rise is more than the rise of a control with non magnetic dummies replacing the magnets then there is an energy gain.

The pendulum would have to be stiff in the lateral direction to keep the stator close to the north poles of the rotor magnet array.

Didn't someone mention an experiment along these lines where they did get a positive result?

[X00013]

@Grimer,   This is about pendulums and magnets, i didnt check it all out  http://student.ccbcmd.edu/~norman/magwork.html

[Grimer]

@Grimer,   This is about pendulums and magnets, i didnt check it all out  http://student.ccbcmd.edu/~norman/magwork.html

Thanks very much. When I went to save the file I found I already had it.
Unfortunately he points out the flaw in his reasoning so it is not the proof we need.

[jester]

My thoughts on the replications as good as they are, is that they might be to precise. Mylow does not seem to be that type of guy.

From one of his video's looking at the sets before he gets it going.
http://www.youtube.com/watch?v=hpQA5c9guvE&feature=channel_page


To me these rotors do not look precisely spaced.

his set of 4 rotors almost look like they have a slight arc inwards compared to the disc.

The other thing I am wondering about is could Mylow be tuning his gaps slightly with each set of rotors he adds to sync up to the wave he has shown. If you measured out your gaps and placed your magnets on a wheel. I am thinking you could end up being out of phase on more sets then you have in with the stator. So having more out of phase would give you a cancellation effect over your disc. Having more set in would give you a re-enforcing effect over your disc to cause it to spin. (64 million dollar question)

Wave vid if your one of the few who has not seen it.
http://www.youtube.com/watch?v=T2VX89gJcbU&feature=channel_page

I am guessing the entry and exit magnet would be the most critical. half a millimeter left, right, in, out or slightly twisted on each of them would change were the wave is when you entered or exited a set ( again that's a question not a statement)

[mscoffman]

If any replicator finds this stator magnet temperature decrease reported by Mylow,
could he please post a statement to that effect. I've been reading up on Gladolium
metal alloy magnetic refrigeration, the official version, which happens at a much higher
magnetization levels of about 2.0Tesla. Note that this standard method requires
bidirectional magnetic pulses. If this actually happens here then it means that the
rotor magnet spacing may be require to optimize magnetic cooling rather than just
rotor mechanical momentum acceleration.

Also, there is no guarantee that this presented motor design actually converts
temperature gradients into useful mechanical energy. It may just be happening,
and could be used to help power the motor. It is somewhat important not to listen
to those who think this temperature decrease is standard happenstance, especially
if it is of the magnitude reported by Mylow.

:S:MarkSCoffman