Capacity and impedance of polycrystalline gold in molten alkaline bromides

One measured the differential capacitance of of the polycrystalline gold/molten bromides of sodium, potassium and cesium interface and derived the cyclic volt-ampere curves. One derived the position dependences of the capacitance cathode and anode minimums on the cation size, on the alternating voltage frequency and on the temperature, the mentioned values were compared with the zero charge potential for the mentioned system under the relevant temperatures. It is shown that the system enjoys the non-electrical type of the anion adsorption. Paper presents the temperature dependence of the capacitance cathode and anode minimum using Au-CsBr system as an example. As the temperature increases both minimums shift toward the positive direction