Quote from: konehead on June 11, 2011, 10:06:02 AM
when any of you need to clean off the dust and grit that collects on your neodimium magnets, use a "tack cloth" - it is a very sticky cloth that painters use to clean surfaces of dust and dirt before painting fine finishes...vacuum cleaner doesnt work very well to clean neodimiums this is only way I know really it works good...

Thats a good tip Doug, must try that! A dry rag just doesn't cut it, lol

I can add another tip to that... you know how working with neo magnets all your tool become magnetic? 

Well simple take a MOT secondary, wrap it with tape and connect it to a 120 wall plug and voila! an instant demagnetizer. One has about 10 or 15 minutes before it gets too hot (don't ask) [just poke the tool into the open core and withdraw slowly, all same tape head demagnetizing...]

Ron

Quote from: gotoluc on June 11, 2011, 10:26:10 AM
Humm ... no one has commented on what looks to be an aluminum cylinder around Romero's rotor.
Am I the only one who sees this?  anyone else noticed?

Thanks Romero for looking at my research video's and further developing.

Thank you all for sharing

Luc

Hi Luc,
that is the way it it comes from the hdd.
I can promise u I have nothing there and it is a simple hdd motor.
look at the pictures below.

Quote:

" Quote from: konehead on Today at 04:06:02 PM

    when any of you need to clean off the dust and grit that collects on your neodimium magnets, use a "tack cloth" - it is a very sticky cloth that painters use to clean surfaces of dust and dirt before painting fine finishes...vacuum cleaner doesnt work very well to clean neodimiums this is only way I know really it works good...


Thats a good tip Doug, must try that! A dry rag just doesn't cut it, lol

Ron "


What about just putting a small strip of tape over top of the neo ?

Regards...

http://youtu.be/VmfKel5sURk

Two opposing cores create out of phase condition.  In perfect setup can be tuned for very small amount of i/p current for a VERY large amount of reactive power. Reactive energy contains an abundance of magnetic flux while the electrical flux, BEMF is muted.  By selecting a matched load and tuning the parameters of inductance and capacitative to match a load a percentage of this energy can be converted to watts via transformation of the passing magnetic flux change from the neo magnets. In this simulation i can not show the effect of the magnets but the reactive power can be replicated perfectly while the i/p current and thus lugging the rotor will be a negative number in real life as energy is drawn from the ambient.

In this video it can be shown that just 12vdc normally coming from the generator coil i used transformers here to replicate 2 core coils that are 1:1 ratio can be powered  by external power source OR magnet energy source can lift the voltage to over 700 volts and almost 1 amp having a reactive power of 700 VARS.  The load can be placed in series with this loop an diode plugged to watts conversion into a large storage DC dump cap for approx 10% for a yield of 70 watts from an i/p power of well under 12 watts.  COP 5.8 

aside from the fact that the Coil A and Coil B experiment has already been tried many times without success, but still assuming it IS indeed the "solution", it sure took a good 190 pages worth of forum thread to get that small paragraph out..

"connect this coil like this and the other one like this through these diodes, see?"

Romero seems to agree with the statement, but my GOD it took long enough to spit it out lol