FIELD: manufacture of chemical sources of electric energy with a lithium anode. SUBSTANCE: the method consists in agitation of cathode mass components, successive heating, deposition and mixing with plasticizer in vacuum in one apparatus, forming of cathode, drying and cooling in helium medium. The method provides for minimum contamination of cathodes with oxygen, nitrogen, argon and water. EFFECT: enhanced utilization factor of active mass of chemical source of electric energy, improved electrochemical characteristics of the cell, enhanced service life.
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Authors
Dates
1997-03-20—Published
1993-09-23—Filed