I'm curious of the effects of an exterior magnetic field to a Supercapacitor, in both states of charging & discharging.
If the Supercap. is placed inside an area where an exterior magnetic field \$B_{ext}\$ is applied, while the capacitor is charged, and connected to a load, would the +/- ions move quicker(since the electrostatic force would push like charges away + the Lorentz force) from the double layer towards the electrolyte?
Likewise, for the case of charging, would the ions feel a force(Lorentz) while moving towards the electrode to form the double layer from their initial positions from the electrolyte?
Finally, if I moved the Supercap. in any state(charged/discharged) would the ions feel a Lorentz force(depending on \$v_{SC}\$)?
The exterior magnetic field can be in any direction \$B_{ext}\$ = \$B\hat{i}\$ , \$B\hat{j}\$ , \$B\hat{z}\$