www.overunity.com See the patent at: v3.espacenet.com PS: Good magnets could be got here: Cylinder rod magnets: rcm.amazon.com Strong magnets rcm.amazon.com rcm.amazon.com rcm.amazon.com Cube magnets rcm.amazon.com Ball magnets: rcm.amazon.com or: rcm.amazon.com Cylinder magnet with hole in the center with radial polarisation:…
8 March 2011 at 03:45 · Comment
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www.overunity.com PS: Good magnets could be got here: Cylinder rod magnets: rcm.amazon.com Strong magnets rcm.amazon.com rcm.amazon.com rcm.amazon.com Cube magnets rcm.amazon.com Ball magnets: rcm.amazon.com or: rcm.amazon.com Cylinder magnet with hole in the center with radial polarisation: rcm.amazon.com
8 March 2011 at 03:42 · Comment
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www.overunity.com v3.espacenet.com PS: Good magnets could be got here: Cylinder rod magnets: rcm.amazon.com Strong magnets rcm.amazon.com rcm.amazon.com rcm.amazon.com Cube magnets rcm.amazon.com Ball magnets: rcm.amazon.com or: rcm.amazon.com Cylinder magnet with hole in the center with radial polarisation: rcm.amazon.com
8 March 2011 at 03:40 · Comment
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More infos at: www.overunity.com Here is the patent v3.espacenet.com PS: Good magnets could be got here: Cylinder rod magnets: rcm.amazon.com Strong magnets rcm.amazon.com rcm.amazon.com rcm.amazon.com Cube magnets rcm.amazon.com Ball magnets: rcm.amazon.com or: rcm.amazon.com Cylinder magnet with hole in the center…
8 March 2011 at 03:38 · Comment
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Dr. Linnard Griffin Lead Tin reaction in an acid or other fluid ? Does anyone know, how he did this ? Unfortunately he never told us… Looks very cool ! What kind of materials and what kind of fluid did…
8 March 2011 at 03:34 · Comment
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Dr. Linnard Griffin Lead Tin reaction in an acid or other fluid ? Does anyone know, how he did this ? Unfortunately he never told us… Looks very cool ! What kind of materials and what kind of fluid did…
8 March 2011 at 03:21 · Comment
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