【摘 要】
：
Graphene materials have been attracting significant research interest owing to its huge specific surface area,large room-temperature electron mobility,excel
【机 构】
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SchoolofChemistry,BeijingInstituteofTechnology,Beijing100081,P.R.China
【出 处】
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1st International Conference of Molecular Engineering of Pol
论文部分内容阅读
Graphene materials have been attracting significant research interest owing to its huge specific surface area,large room-temperature electron mobility,excellent mechanical flexibility,exceptionally high thermal conductivity and environmental stability.As a result,graphene is identified as a beneficial additive or an effective responding component by itself to improve the conductivity,flexibility,mechanical strength and/or the overall responsive performance of smart systems.In this presentation,we will demonstrate the assembly of graphenes into flexible structures and their energy devices in response to external stimulations,such as environmental variation.These smart stimulus responsive graphene energy systems are believed to have great theoretical and practical interests to a wide range of applications.
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