Transport properties of solid-electrolyte layers in lithium iodine batteries

Transport properties of solid-electrolyte layers (SEL) formed in lithium-iodine batteries have been studied by the method of single galvanostatic pulses. It was found that the rate of the anodic process depends on the formation of the ionic space charge of lithium cations injected into SEL. The values of the concentration of lithium ions and their mobility in SEL have been determined at different stages of discharge.