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New HHO tests with magnets part 2.wmv

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Uploaded by on Apr 3, 2010

Some more observations on what the magnets are doing. If you have not watched my first video on this you should. This will be easier to understand.

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Uploader Comments (HHOPWR)

  • I suppose you couldn't get nickel plated neodymium magnets as plates and use insulators between them to keep them apart. Only question is do magnets as plates conduct electricity as plain nickel plates do??

  • @altern8energy I think I will sandwich the magnets between 2 plates and hardwire the plates together so I do not have to rely on the magnets to make a connection.

    Larry

  • When water H2O is separated using Electrolysis you end up with two molecules of hydrogen the proper nomenclature is H2 and only ONE molecule of oxygen which is simply O so the proper nomenclature for these separate gases is not HHO it is H2/O the forward / indicates that these are separate gases that are not bonded together. Anyone who has taken even one semester of chemistry should know this.

  • @ke4uyp Yes we all know that. HHo, Hydroxy, Browns gas are just a few ways we describe the gas resulting from splitting water. Just like we get a drink of water and not a drink of H2O. As long as we understand what we are talking about then I am not sure that describing the gas as it would be described in chemistry class really matters.

    Larry

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  • @Cloxxki The reason you get more production of hydroxy by using magnets is because, magnetism causes the atoms to "spin" this will assist in releasing the gas bubbles from the plates, and allow room for more bubbles to settle on the plates.......................e­tc. etc.

  • @ke4uyp HHO is the same as H2O because in math you take "HH". which would be the same as H^2 or H2. The O would be for OXYGEN so people call it HHO since

    H2O or H^2O is the same.

  • i beleave ya that they are identical . the magnets might be pulling the plates just a little closer together. And the only other thing left to do is test the out put for each cell . just to get a lpm for the current

  • On my pulse motors i am always amazed at how powerful the neo magnets are when I get them going. The thing that has me baffled in your case is you have no moving parts.... Can you put a compass by the device and see if the magnetic fields are fluctuating? Thanks for sharing.!

  • @hhoforvolts Yes, That is certain. The plates with the magnets are producing alot more gas. If you watch the video and listen closely to the sound as I move the camera from one to the other you can clearly hear the difference. I had not noticed that until I watched the video myself.

    Larry

  • @HHOPWR Still its a much greater amount with the magnets.

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