Novel electronic materials ranging from conducting polymers to advanced composites have been developed with the aim of replacing their inorganic counterpart.The motivation for employing these novel materials in electronic applications lies not necessarily in better performance, but in lower cost, room temperature
Novel electronic materials ranging from conducting polymers to advanced composites have been developed with the aim of replacing their inorganic counterpart.The motivation for employing these novel materials in electronic applications lies not necessarily in better performance, but in lower cost, room temperature fabrication, and characteristics such as mechanical flexibility.
Challenges with ITO:
Transparent conductive materialspervade modern technology, providing a critical component for touch screens, organi