
Ok, this is only a theory.
What if an arrangement of plates were only anchored at the top.
Ok we have to keep the bottom of the plates from touching/shorting.
What if every other plate had a spacer made of non-conducting material, say some type of plastic, or rubber Tube, of the correct length to match the top spacers.
If the rubber/plastic tube was mounted through the plate at the bottom, and fixed with that plate in the centre of the tube length, each side of the tube would correspond to the top spacers.
Now if the tubes are submerged ok, and full of water, when the power is applied the water produces gas as normal, but (hopefully) this would also be occuring 'Inside' the tubes, which are partially sealed by the adjacent plates. If the theory works? would not the gas produced in these tubes expand and escape and try to move the plate it's touching? the tube then filling the missing space with water etc and repeats the process?
This maybe a bit crazy? but, if it worked you have free plate motion for no extra power outlay?
Someone is bound to have an improvement on this idea, so lets see what you what you guys make of this.
Steve
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