Lithium perchlorate-1,2-dimethoxyethane complex

Lithium iodide, 57, 37 Lithium, methyl, 55, 7, 10,58, 43 Lithium perchlorate- 1,2-dimethoxyethane complex, 57, 74... 

Lithium perchlorate, complex with 1,2-dimethoxyethane, 57, 74 Lithium, phenyl-, [591-51-5], 55, 11 58, 138... 

There is as yet no consolidated opinion as to the optimum electrolyte for lithium-sulfiir batteries. Experiments with solid polymer electrolyte are described, but aprotic electrolyte in a Celgard-type separator commonly used in lithium ion batteries is applied more frequently. A large number of electrolytes has been studied that differ both in solvents and the lithium salt. The greatest acceptance was gained by lithium imide solutions in dioxolane (or in a mixture of dioxolane and dimethoxyethane) and also lithium perchlorate solutions in sulfone. Dissolution of polysulfides in electrolyfe is accompanied by a noticeable increase in viscosity and specific resistance of electrolyte. It is the great complexity of the composition of the electrochemical system and that of the processes occurring therein that prevent as yet commercialization of lithium-sulfiir electrolytes. 

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