The magneto-electric effect in molten salts—1. Visualization and measurement of the magneto-electric voltage in 1-ethyl-pyridinium bromide; comparison of results in the molten salt at 130 °C and in solutions in water and ethanol

Magnetic field effects on electric behavior of [Fe(CN)6]3−at bare and membrane-coated electrodes

“…When magnetic fields are externally imposed on an electric field, the mass transportation at the electrode-solution interface is altered, which changes the electrical double layer around the electrode. The changes in the electrochemical processes have mainly been attributed to the magnetohydrodynamic effect (MHD), which leads to an increase in the limiting current and rate of the electrochemical reaction [10][11][12][13][14]. The electrolytic current depends on the electrode arrangement against the direction of the magnetic field.…”