Getting Closer to Solid State

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Uploaded by on Jan 19, 2012

Video showing dry crystalline electrolyte consisting of LiClO4,
ZnO, BaTiO3, and H2O to make slurry. Dry overnight. Crystals form fast. Credit to NextGen1967 on Energetic Forum for idea of using LiClO4 as constituent. Potentiates crystal growth.
Very Best Regards.
Diveflyfish

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Science & Technology

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Uploader Comments (diveflyfish)

  • Stefan,

    More Tests to follow. Again, Moving closer. Destinations take time to reach.

    ion movement in a glass like structure with NO addition of water is what we seek correct?

    If the only fluid is retained in the crystal lattice, AND the Mg is treated, deterioration may not happen.

    Has anyone else tried simply mixing LICl04 and water to dissolve crystals and let form on UNTREATED Mg? I Think you may find it interesting, especially if you use a carbon electrode to test after drying.

  • Plengo,

    Are you using LiClO4 in your cells? How has it helped for your electrolyte mix?

    Did you see alteration in voltage or current?

    Diveflyfish

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  • Don´t forget you always have moisture soluted inside the air, so these H2O

    molecules will go into your mix and generate new ions which will conduct the current.

  • @PlengoFreeEnergy

    Yes, but then the magnesium will corrode much faster...

    I guess we only see here also galvanic action and it is the air humidity

    that does the galvanic action together with the electrolyte salts ??

    Regards, Stefan.

  • @diveflyfish

    Can you do a quick video showing how you assembled, like the components and the compounds etc? All of this looks great, and outstanding work by the way!

  • a drop of water will make to go 10ma or more. If you keep this inside a plastic bottom (closed system) with a few drop of water in the bottle not on the metals you will keep it running for easily 10ma, 1.3v for a long, long, long time easily running 3 LEDs of 10mm super bright.

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