It's designed to be membrane free. The corrosive bromine at the surface of the positive carbon felt dissolves zinc dendrites forming from the negative electrode back into the electrolyte faster than they can build, given the appropriate charge current.Borek said:
BvU said:
Yes, multiple cell electrodes can be connected in series. This means that the positive terminal of one electrode is connected to the negative terminal of the next electrode, creating a continuous flow of electricity.
Yes, the same current collector can be used for multiple cell electrodes in series. This is because the current collector acts as a pathway for the flow of electricity and does not affect the connection between the electrodes.
No, using the same current collector for multiple cell electrodes will not affect the performance of the cells. As long as the current collector is able to handle the total current of all the connected electrodes, it will not have a negative impact on the cells.
The benefit of connecting cell electrodes in series is that it increases the overall voltage of the system. This can be useful in applications where a higher voltage is required to power a device or system.
Yes, there are limitations to connecting cell electrodes in series. The total voltage of the connected cells cannot exceed the maximum voltage limit of the current collector. Additionally, if one cell in the series fails, it can affect the performance of the entire system.