A flexible and versatile graphene-based nanohybrid paper electrode was prepared and used in electrochemical catalysis and sensing systems.
A brick-and-mortar microstructure was constructed for good thermal transport in graphene paper.
A sandwich-structured flexible supercapacitor electrode has been developed by controllable template-free ultrasonic electrodepositing MnO2 nanonests on freestanding ionic liquid functionalized graphene paper.