Abstract
A rechargeable solid electrolyte cell has been developed using a high copper-ion-conductivity solid electrolyte, Rb4Cu16I7−δCl13+δ, a copper anode, and an intercalation cathode, TiS2. The open-circuit voltage was 0.59 V at 25° C. The cell yielded a current of several tens of microamperes at room temperature without appreciable polarization. The cell could be submitted to one hundred or more charge-discharge cycles without showing appreciable deterioration.
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