A further refined and miniaturised version of my previous designs. I've also included the formula for producing this reaction so that you can design your own ones. I hope you enjoy and please copy with credit.
hygn
hydrogen
power
energy
Comments
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I've also sorted out a potential LITH overload issue by adding a DLAY mechanism to the SPRK intake section for the power storage, as well as solving a slight distance issue resulting from that, which would have resulted in an infinite SPRK loop from the LITH, so now the LITH charge-up speed is significantly slowed down without affecting the discharge speed.
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The iron is actually a layered alloy of Gold and Iron. If you get the layers right, you can effectively produce an iron alloy that can allow water to go through electrolysis when sparked without rusting, as the gold reverses any corrosion faster than it can actually occur, making the iron alloy an ideal electrolysis material.
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Essentially, the hydrogen and oxygen interacts with the PTNM to produce DSTW and SPRK. The SPRK is the desired result of the reaction and the DSTW is funnelled back through to be re-broken down via electrolysis
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Oh and you accidently created a loop for the spark
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and your Iron doesn't rust?
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How did you get around the problem of there being only hydrogen or oxygen stopping the reaction?
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Hello there.
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hi denderth