10 Responses to “Stationary Magnetic Field Generator: Part 3”

1. 
   seshkanuri Says:
   11. October 2007 at 8:29 pm

   A correction on how to pronounce the type of magnets.

   NdFeB – It is not “Neo-Didium”. They are Neo Dymium – Neodymium Ferro Boron magnets.

2. 
   xTheCheshireCatx Says:
   12. October 2007 at 4:43 pm

   Thanks for some WONDERFUL info. and tests! Now I just need to repair my oscilloscope….

3. 
   Thorsupremecommander Says:
   15. November 2007 at 11:16 pm

   Thanks for posting these experiments. I’ve been thinking about the same. Finally I obtained results in my head as your tests showed.

4. 
   HTwoGo Says:
   23. December 2007 at 4:47 pm

   Superb work!

5. 
   klicUK Says:
   10. February 2008 at 9:23 pm

   yep!

6. 
   josephdupont Says:
   29. February 2008 at 5:44 pm

   have you played around with tree energy.
   I did.. you get between .6 and .8 volts.
   if you could use a capacitor to discharge through a coil and move a magnet on a pendulum.
   maybe you could use that emf to get higher voltages that are usable.

7. 
   erfinder2 Says:
   11. May 2008 at 7:51 pm

   First off, exellent work. I am not qualified to argue with your results, I wouldn’t even if I even if I wanted to. I have spent a great deal of time studying the linear generator patent and find it unfortunate that you totally misunderstood the inventor. In this device the question is not whether there is more flux when a solenoid and magnet are combined. The magnet is the source of flux, and the solenoid is a circuit breaker, please go back and reread the patent.

   Regards

8. 
   zerohype Says:
   27. May 2008 at 1:48 am

   The entire core can’t be a ferrous material, because the core would transfer lines of force directly from the magnet to the solenoid coil at all times.
   There would be no way to couple and de-couple the magnetic field between the magnet and the solenoid. Try an air core and some shielding to prevent the magnet from influencing the solenoid at all until the other coil connects the two distant points with its own lines of force. When the coil if off, there is no core to connect the two points.

9. 
   mikedolson Says:
   1. August 2008 at 11:32 pm

   go look at the perendev magnetic motor! and do some research on magnetic sheilding called mu metal! i think this would be the easiest out of the bunch to prove free energy! also check this out magnetic wankel motor! hope you like!

10. 
    Natalieferwd Says:
    21. April 2009 at 2:54 pm

    w w w . t u b e v i e w s . n e t Finally a way to have control over where your video are shown when people are searching Youtube!

    Be Blessed

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