NatureHacker | NOBLE METAL BATTERY 2 Read the description! Open source patent super battery @NatureHacker | Uploaded April 2016 | Updated October 2024, 7 hours ago.
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Continued from part 1:
Now we simply have to pick an electrolryte to use. The electrolyte must be capable of dissolving the anode material (copper, silver, gold, palladium, platinum, iridium etc.) but not dissolve the cathode. A battery works by creating a difference, a difference in one metal's ability to be oxidized over the other. If the two metals can be oxidized about just as easy then there will be no voltage. If one is easily oxidized and the other difficult to oxidize then you will get the maximum potential difference (voltage) for that given reaction. Tantalum is supposedly easy to oxidize yet in practice it seems to be the toughest metal because the oxide is totally insoluble. This means once it oxidizes the surface it stops and can no longer be oxidized. This means it can probably even beat iridium, and make a tantalum/iridium battery which would be the highest power ultra rechargeable battery possible.
Back to the electrolyte. You can choose any non metal or metaloid or combination thereof for the basis of the electrolyte (including just simply h2o2 by itself (oxygen acid)). Key is it has to be oxidizing so that it can dissolve the anode, and noble metals are pretty hard to dissolve. The simplest solution is nitric acid. I tend to like iodic acid. Iodic acid is made by dissolving iodine metal in water and oxidizing it with hydrogen peroxide. You could also try a hydrochloric acid with h2o2 (but may produce chlorine gas) or pirhanna solution (sulfuric acid and h2o2) phosphoric acid or boric acid or even selenic acid mixed with h2o2. Any non metal or metalloid will work (Maybe including noble gasses? Technology doesn't currently exist to make noble gas acids but possibly in the future?).
NatureHacker is on Amazon! bit.ly/TEEFPowder
naturehackerproducts.com/2016/04/noble-metal-battery-open-source-new.html?m=1
Continued from part 1:
Now we simply have to pick an electrolryte to use. The electrolyte must be capable of dissolving the anode material (copper, silver, gold, palladium, platinum, iridium etc.) but not dissolve the cathode. A battery works by creating a difference, a difference in one metal's ability to be oxidized over the other. If the two metals can be oxidized about just as easy then there will be no voltage. If one is easily oxidized and the other difficult to oxidize then you will get the maximum potential difference (voltage) for that given reaction. Tantalum is supposedly easy to oxidize yet in practice it seems to be the toughest metal because the oxide is totally insoluble. This means once it oxidizes the surface it stops and can no longer be oxidized. This means it can probably even beat iridium, and make a tantalum/iridium battery which would be the highest power ultra rechargeable battery possible.
Back to the electrolyte. You can choose any non metal or metaloid or combination thereof for the basis of the electrolyte (including just simply h2o2 by itself (oxygen acid)). Key is it has to be oxidizing so that it can dissolve the anode, and noble metals are pretty hard to dissolve. The simplest solution is nitric acid. I tend to like iodic acid. Iodic acid is made by dissolving iodine metal in water and oxidizing it with hydrogen peroxide. You could also try a hydrochloric acid with h2o2 (but may produce chlorine gas) or pirhanna solution (sulfuric acid and h2o2) phosphoric acid or boric acid or even selenic acid mixed with h2o2. Any non metal or metalloid will work (Maybe including noble gasses? Technology doesn't currently exist to make noble gas acids but possibly in the future?).
