1187
Neodymium battery
Hello, Habr.
Recently, I came up with the idea of the "finger" batteries with neodymium magnets.
Long googled whether there is such a thing, but found nothing. So spread your thoughts here.
Maybe someone of you ever implement my ideas.
Unfortunately, I do not have a technical education, so please do not advance minusovat.
I>
Standard "finger" battery. B>
Consider the structure of modern batteries.
Their main problem is that over time they are discharged and cease to release energy.
Significantly slow down this process will help us neodymium magnets.
My solution. B>
1. Put in an insulated container body with a strong electrolyte. I>
As we can see, the charges in the electrolyte are uniformly distributed.
2. Put in an insulated housing on both sides of the tank with a strong electrolyte two neodymium magnet. I>
As we can see, the capacity of the electrolyte instantly polarized.
3. Now we need to - metal plates derive directly from the regions with the greatest difference between the charges, and the battery is ready. I>
Under this system, the charges trapped on electrode in the "A" will immediately move to the "B", and the battery will self-charging as long as the discharge themselves magnets.
P.S.
I would like to hear your opinion. And in general, whether this system work?
Source: habrahabr.ru/post/229575/
Recently, I came up with the idea of the "finger" batteries with neodymium magnets.
Long googled whether there is such a thing, but found nothing. So spread your thoughts here.
Maybe someone of you ever implement my ideas.
Unfortunately, I do not have a technical education, so please do not advance minusovat.
I>
Standard "finger" battery. B>
Consider the structure of modern batteries.
Their main problem is that over time they are discharged and cease to release energy.
Significantly slow down this process will help us neodymium magnets.
My solution. B>
1. Put in an insulated container body with a strong electrolyte. I>
As we can see, the charges in the electrolyte are uniformly distributed.
2. Put in an insulated housing on both sides of the tank with a strong electrolyte two neodymium magnet. I>
As we can see, the capacity of the electrolyte instantly polarized.
3. Now we need to - metal plates derive directly from the regions with the greatest difference between the charges, and the battery is ready. I>
Under this system, the charges trapped on electrode in the "A" will immediately move to the "B", and the battery will self-charging as long as the discharge themselves magnets.
P.S.
I would like to hear your opinion. And in general, whether this system work?
Source: habrahabr.ru/post/229575/
At Oxford, develop technology for flexible displays with ultra-high resolution
Brilliant life hacking that everyone should know