MORPHOLOGICAL STRUCTURE AND IONIC CONDUCTIVE PROPERTY OF POLYURENTANE BASED SOLID POLYMER ELECTROLYTE

摘要

From this study, salt concentration, we could drew such a conclusion that mode! compound of hard-segment had great effects on morphologic structure of samples. By concerned morphologic structure with ionic conductive property, a more useful result that there was a direct relationship between morphologic structure and ionic conductive property and conglomeration went against ionic conductive property could be obtained. So, in further study it is reasonable to increase ionic conductive property of a sample by adjusting its morphologic structure.