Simple magnet experiment.

Started by Michelinho · 28 February 2009 · 3 posts · last reply 1 March 2009

1. Michelinho

   #1 · 28 Feb 2009

   Hi everyone,
   
   This is my second posting and on this one I want to share a little experiment involving magnets.
   
   Just like the illustration shows, take a "U" magnet (horseshoe) and place a neodymium magnet on one pole (serial flux setup). Place the keeper on top of the neodymium magnet and rotate the keeper with your finger.
   
   Strange thing occurs: no sticky points and the magnetic flux amplification can be use to generate electricity.
   
   Take care all,
   
   Michel

   Attached Files

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2. Bodkins

   #2 · 28 Feb 2009

   Michelinho wrote:

   Hi everyone,
   
   This is my second posting and on this one I want to share a little experiment involving magnets.
   
   Just like the illustration shows, take a "U" magnet (horseshoe) and place a neodymium magnet on one pole (serial flux setup). Place the keeper on top of the neodymium magnet and rotate the keeper with your finger.
   
   Strange thing occurs: no sticky points and the magnetic flux amplification can be use to generate electricity.
   
   Take care all,
   
   Michel

   
   Michelinho
   that very cool
   Now if you can get a coil pulsing the keeper around that would be very interesting.Maybe the energy generated would be enough to get the keeper going?
   Great idea did you come up with it?
   Take Care Bx

3. Michelinho

   #3 · 1 Mar 2009

   Open source concept.
   
   

   Bodkins wrote:

   Michelinho
   that very cool
   Now if you can get a coil pulsing the keeper around that would be very interesting.Maybe the energy generated would be enough to get the keeper going?
   Great idea did you come up with it?
   Take Care Bx

   My son-in-law did. He researches new energy with me, I do the mechanical setups and he does the electronic ones.
   
   My son-in-law and I were checking the magnetization level for the new magnets I made for the Kohler's magnetstromapparat with the Gauss meter and we looked if we could use "U" magnets (horseshoe magnets) instead of iron bar magnets. While checking the magnetic flux on the new magnets, he added a neodymium to one pole and noticed no apparent increase on the new ones (carbon steel) vs the old ones (soft iron) which showed a high increase in the other pole magnetic flux. He did the same with a "U" magnet and it showed very little increase there too. He placed the keeper on the neodymium magnet and was playing with it , turning it with his finger and saw no apparent attraction or repulsion.
   
   Since I have already 4 projects going ( magnetstromapparat, Newman motor, Stubblefield cells and clay batteries ) and he too has his hands full (TPU, Columbus egg unit, electromagnet for non-ferrous, HHO and a few more ), we decided it could help others and at the same time help us proof the concept for electricity production.
   
   Since my Newman motor looks like it wont be strong enough for the axial flux alternator I made last fall, I will use this concept to make a new one.
   
   Take care,
   
   Michel