摘要
石墨烯的剥离可谓是21世纪最伟大的发现之一,这种二维材料具有极佳的韧性,并且在在导电性能上也有着较好的表现。尤其是三维石墨烯更是以其多孔的结构,使电极反应更加迅速高效,因此被广泛地应用在电极制备方面。首先利用实验的方法进行了水凝胶和电极的制备;其次,通过实验室数据的整理分析了实验原理与氮吸附的问题;最后,在此基础上论述了N掺杂三维石墨烯的电化学性能。
The exfoliation of graphene is one of the greatest discoveries of the 21st century.This two-dimensional material has excellent toughness, and it also has a good performance in the conductive properties.In particular, three-dimensional graphene is more porous and has a more rapid and efficient electrode reaction.Therefore, it is widely used in electrode preparation.In the article, the author first used the experimental method to prepare the hydrogel and the electrode ; secondly, through the finishing of the laboratory data, the experimental principle and the problem of nitrogen adsorption were analyzed ; finally, on this basis, the N-doped three- dimensionalitv was discussed.The electrochemical properties of graphene.
出处
《化工设计通讯》
CAS
2018年第4期79-79,共1页
Chemical Engineering Design Communications
关键词
三维石墨烯
化学还原
N掺杂
电化学性能
three-dimensional graphene
chemical reduction
N doping
electrochemical performance
