FIELD: electrical engineering; manufacture of solid-state secondary power supplies (batteries).
SUBSTANCE: proposed method includes coating of both sides of solid electrolyte with anode and cathode materials followed by burning and thermoelectric impact with electric current at polarization across electrodes below electrolyte decomposition voltage; both sides of electrolyte are covered with anode and cathode electrodes in the form of materials whose composition corresponds to that of anode and cathode materials of discharged current supply; thermoelectric impact is effected by alternating current.
EFFECT: ability of maintaining chemical composition of anode and cathode materials in burning; enhanced sintering quality of anode, cathode, and electrolyte materials.
3 cl
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