@ Slider
I been running some test,and i think we may actually be coating the zinc plate in graphene 
I can actually get a dark grey coating on the zinc plate,and it will put out more current for a longer period of time each time i pulse it with a reverse current. I can carry this experiment out in slow motion kind of,where we do a long drain on the cell over a load,and then send a reverse current back to it for a shorter period of time. The more i repeat this process,the more power i get from the cell.
Centraflow may be interested in this one.
I do not know what is in your electrolyte makeup so can't comment on the graphene, but I expect the coating is an oxide of some sort, once I know the chemical composition of the electrolyte I probably can guess on that oxide. The switching of polarity in a special way causes some interesting results also causes some interesting chemical formations not only on the electrodes, but also in the electrolyte. The carbon formation "graphene" in my SMD was mainly created by injecting CO2 at the changeover electrode, the oxygen is used up to create the oxide once the hydrogen had done it's work. Graphene oxide is nearly non conductive, only when the hydrogen does it's work on the oxide does it become conductive and pure graphene. My time has been very limited just lately and oh for a good lab with the equipment needed, or be able to work in someone else's lab with that equipment needed. We are so near a point of great discovery I think, and it goes deeper than one can imagine. good work Brad regards Mike 
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"All truth passes through three stages. First, it is ridiculed, second it is violently opposed, and third, it is accepted as self-evident."
Arthur Schopenhauer, Philosopher, 1788-1860
As a general rule, the most successful person in life is the person that has the best information.
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Topic: TinMans reserch and experiments into free energy devices. (Read 196429 times)
