The temperature—dependence of cationic conductivity,mobility and carrier generation in the blend of macromolecular lithium salt and copoly- ether were investigated.The population of free—ions was found to decrease e...The temperature—dependence of cationic conductivity,mobility and carrier generation in the blend of macromolecular lithium salt and copoly- ether were investigated.The population of free—ions was found to decrease exponentially with rising temperature.However,this“anomalous”behavior of salt—dissociation has little effect on the temperature—dependence of con- ductivity,since it is ion mobility rather than carrier ion number which predominates ion transport process.展开更多
文摘The temperature—dependence of cationic conductivity,mobility and carrier generation in the blend of macromolecular lithium salt and copoly- ether were investigated.The population of free—ions was found to decrease exponentially with rising temperature.However,this“anomalous”behavior of salt—dissociation has little effect on the temperature—dependence of con- ductivity,since it is ion mobility rather than carrier ion number which predominates ion transport process.
