NatureHacker | Infinitely rechargeable? Copper Molybdenum battery! h2o2 iodine @NatureHacker | Uploaded April 2016 | Updated October 2024, 14 hours ago.
NatureHacker is on Amazon! bit.ly/TEEFPowder
BATTERY BREAKTHROUGH! Brand new type of battery with the potential to be ultra rechargeable. Copper readily accepts electrons so recharging should be easy, and with a pure anode, rechargability will be orders of magnitude greater.
Other electrolyte possibilities are hcl and h2o2 (0.45 volts but probably generates chlorine gas)
Sulfuric acid and h2o2 (pihrannah solution, very high solubility and no dangerous gas)
Lugol's iodine 75% (0.5 volts but may form insoluble complexes that decrease voltage while bieng used)
Hydrofluoric acid and h2o2 (dangerous)
hydrobromic acid and h2o2 (dangerous)
Phosphoric acid and h2o2
Other common elements to try as cathodes (instead of molybdenum)
Vanadium- even better (0.58 volts with the electrolyte in the video and also nitric acid. Molybdenum did't work well with nitric, but too expensive)
{{Tungsten}}(most promising) {{tantalum}} (even better) zirconium vanadium titanium
bismuth antimony
gold silver platinum palladium
and combinations thereof.
Copper readily accepts electrons unlike alomst all metals like aluminum and iron. The only metals that accept electrons easier are silver and gold and possibly other noble metals
highered.mheducation.com/olcweb/cgi/pluginpop.cgi?it=jpg::::::/sites/dl/free/0023654666/650262/Standard_Reduction_Potential_19_01.jpg::Standard%20reduction%20potentials
NatureHacker is on Amazon! bit.ly/TEEFPowder
BATTERY BREAKTHROUGH! Brand new type of battery with the potential to be ultra rechargeable. Copper readily accepts electrons so recharging should be easy, and with a pure anode, rechargability will be orders of magnitude greater.
Other electrolyte possibilities are hcl and h2o2 (0.45 volts but probably generates chlorine gas)
Sulfuric acid and h2o2 (pihrannah solution, very high solubility and no dangerous gas)
Lugol's iodine 75% (0.5 volts but may form insoluble complexes that decrease voltage while bieng used)
Hydrofluoric acid and h2o2 (dangerous)
hydrobromic acid and h2o2 (dangerous)
Phosphoric acid and h2o2
Other common elements to try as cathodes (instead of molybdenum)
Vanadium- even better (0.58 volts with the electrolyte in the video and also nitric acid. Molybdenum did't work well with nitric, but too expensive)
{{Tungsten}}(most promising) {{tantalum}} (even better) zirconium vanadium titanium
bismuth antimony
gold silver platinum palladium
and combinations thereof.
Copper readily accepts electrons unlike alomst all metals like aluminum and iron. The only metals that accept electrons easier are silver and gold and possibly other noble metals
highered.mheducation.com/olcweb/cgi/pluginpop.cgi?it=jpg::::::/sites/dl/free/0023654666/650262/Standard_Reduction_Potential_19_01.jpg::Standard%20reduction%20potentials
