You have good videos, I tried it myself with magnesium and it turned out that it has a higher electrical potential than aluminum, but it is more difficult to get in the right form and is more expensive. Ostani na vezi👍
Your videos are very helpful may you do a Analysis video on factors that really matters With statical data on efficiency, charge cycle, cost, HSE impact of the material & process, degradation. Basically cons & pros with conventional electricity storage solutions... as better electric storage solution is the future of mobility
A mixture of activated carbon and graphite for the air electrode and a mixture of sodium chloride/sodium hydroxide as a solution may give better results
Nice video, but you're measuring the amperage wrong. When you're measuring amperes you have to connect it in series. As the resistance of any amperimeter is practically 0 you're creating a short on the cell and discharging it very quickly. This will also destroy your multimeter if the cell is powerful enough. If you look at the display it spikes up when you plug it in and then stabilizes. To get the current right you need to connect a variable resistor and connect your multimeter in series. Then lower the resistor and record the values on the multimeter. This will result in a bell curve where the tip of that curve is the maximum current.this will also give the internal resistance of the cell, which will be the value of the resistance at the highest point of the bell curve.
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You have good videos, I tried it myself with magnesium and it turned out that it has a higher electrical potential than aluminum, but it is more difficult to get in the right form and is more expensive. Ostani na vezi👍
Very Nice. One of the best channels on RUclips. Keep up! 👍
Nice work bro ever 👏
hey mr electron how are you i love your video's
Are you his brother
Nice video!
Your videos are very helpful may you do a Analysis video on factors that really matters
With statical data on efficiency, charge cycle, cost, HSE impact of the material & process, degradation. Basically cons & pros with conventional electricity storage solutions... as better electric storage solution is the future of mobility
A mixture of activated carbon and graphite for the air electrode and a mixture of sodium chloride/sodium hydroxide as a solution may give better results
Nice
How long does the battery output last? Is it rechargeable?
i would like to see a 12v battery pack made out of this which can supply atleast 500mA
can i get the link for the base u have used bro pols
Nice video, but you're measuring the amperage wrong. When you're measuring amperes you have to connect it in series. As the resistance of any amperimeter is practically 0 you're creating a short on the cell and discharging it very quickly. This will also destroy your multimeter if the cell is powerful enough.
If you look at the display it spikes up when you plug it in and then stabilizes. To get the current right you need to connect a variable resistor and connect your multimeter in series. Then lower the resistor and record the values on the multimeter. This will result in a bell curve where the tip of that curve is the maximum current.this will also give the internal resistance of the cell, which will be the value of the resistance at the highest point of the bell curve.
How many amp?
Wow I kan turn volts in ampers?
yes if you know the resistance, via the ohm's law
Shout out of me
Where does air come from? Thanks
Agree this design restrict the air flow
Trees and algae 😅
Kimyasal pil bu neresi hava pili?
Yes
but u should explain how long time it las in your video,i heard this is only for emergency batery not for daily use
Research is still in progress
@@MrElectron ok
Why aren't you using gloves for handling potentially corrosive chemicals like KOH?
Not KOH. Potash is K2CO3, which is about as corrosive as baking soda.
Nice