一种用于多模式传感器和柔性微型超级电容器的多组分互联式复合纸
A multicomponent interconnected composite paper for triple-mode sensors and flexible micro-supercapacitors
[目的]以石墨烯(RGO)、MXene为导电碳材料,从毛竹中提取的纳米纤维素(CNFs)作为亲水剂和间隔剂,制备RGO/CNFs/MXene复合纸基柔性微型超级电容器(MSC)和多功能传感器。[方法]采用超声分散处理制备的悬浮液,并通过真空抽滤、水热处理构建插层结构的石墨烯/纳米纤维素/MXene杂化电极和传感单元;最后,将其组装成自供电式可穿戴集成器件。[结果]设计的多组分互联结构为RGO/CNFs/MXene复合纸提供了高电导率和比电容以及稳…查看全部>>
[Objective]Using graphene(RGO)Mxene as conductive carbon material and cellulose nanofibrils(CNFs)extracted from bamboo as hydrophilic agent and spacer,RGO/CNFs/Mxene composite paper based flexible micro-supercapacitor(MSC)and multifunctional sensor were prepared[Method]The intercalated RGO/CNFs/Mxene hybrid electrode and sensing unit were constructed by vacuum water extraction and heat treatment of the suspension prepared by ultrasonic dispersion treat…查看全部>>
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