Structural, electrochemical and electrical studies of CNT doped CMC: NH4I based plasticized nanocomposite gel polymer electrolytes for biocompatible electrochemical devices
Key Points
Significant enhancement in electrochemical performance was observed with CNT doping, indicating a promising direction for biocompatible devices.
The study reports a peak conductivity of 1.25 mS/cm in the doped electrolytes, showcasing the impact of CNT on ionic mobility.
The approach utilized structural and electrochemical analyses to evaluate the performance of nanocomposite gel polymer electrolytes.
The findings suggest that CNT doping may enable the development of safer, more efficient electrochemical devices in biocompatible applications.
Structural, electrochemical and electrical studies of CNT doped CMC: NH4I based plasticized nanocomposite gel polymer electrolytes for biocompatible electrochemical devices | Synapse