Frumkin's correction only considers the potential from the compact layer and not the diffuse layer around these devices.
Frumkin's correction only considers the potential from the compact layer and not the diffuse layer around these devices. The Chang-Jaffe boundary conditions are applied to the Stern plane of these devices to get the Gouy-Chapman limit, where the double layer around these devices will act like an ideal diode. Although not related to plasmas, the double layer acts like a Debye screen for these devices whose potential, along with the equilibrium potential, is related to current in the (*) Butler-Volmer equation. These devices are electrical conductors that come in contact with non-metallic portions of a circuit such as an ionic solution or electrolyte. For 10 points, name these devices in an electrochemical cell, including anodes and cathodes.
Frumkin's correction only considers the potential from the compact layer and not the diffuse layer around these devices.
electrodes [anti-prompt on anode or cathode]