Abstract
Novel aprotic electrolytes, based on propylene carbonate and γ-butyrolactone compositions with a variety of added organic compounds (polyethers, quinones, aromatic hydrocarbons) have been devised. The electrolytes configured have been shown to be able to form protective, ion-conductive films on the surface of lithium and to improve dramatically the operational characteristics of lithium chemical cells. Processes for synthesizing novel composites, based on conducting organic polymers (polyaniline, polypyrrole, etc.) and transition metal (V 2O 5, TiS 2) binary compounds-challenging cathode materials for secondary lithium batteries have been developed.
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