electrophoresis

Studying of electrical performances of negative electrodes with thickness of 0.55±0.1 mm manufactured by a method of electrophoresis is carried out. It is shown that electrodes of selected construction have high specific performances at different temperatures both before and after their storage in charged state. It is proved that electrodes containing in their composition the bigger amount of antimony have the best performances.

The work is devoted to the development of methods for input and current monitoring of the active mass components of electrophoretic cadmium electrodes in order to improve the stability of the discharge characteristics of nickel-cadmium batteries of the NKM series.

Studying of the physicochemical properties of various samples of antimony (III) oxide and their influence on the electrochemical characteristics of cadmium electrodes:

–effect of the antimony (III) oxide solubility in water;