Physical Intercalation of Polymers into Graphene Sheets: A Route to Functional Nanohybrid Electrodes
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It is not still easy to fabricate nanohybrid electrode materials with controlled substructures although they can present unique and fascinating properties. We have been dedicating ourselves to the design, fabrication, and applications of functional polymer/carbon nanomaterials over years. In this presentation, we introduce strategies for achieving the simple and efficient incorporation of functional polymer species, such as conducting polymers and photosensitive polymers, into graphene sheets. The combination of different components in the nanometer regime can lead to synergistic properties. The resulting nanohybrids consisting of polymer-intercalated graphene sheets have shown promising performances in sensing and charge storing. We believe that our approach provides a very useful way to fabricate nanohybrids with desirable functionalities for various applications.