Simulation of the electrical double layer structure on electrodes of binary eutectic alloys Sn-Pb and Sn-Cd renewable by cutting

Experimental dependences of the electrical double layer capacitance on the potential, obtained at renewable electrodes of binary eutectic alloys Sn-Pb and Sn-Cd in surface-inactive electrolytes and electrolytes containing sur face-active organic substances, are examined. Phenomenological models are p roposed for temporal effects and other features of interfaces between studi ed alloys and electrolytes.