Progress on Preparation and supercapacitance
Abstract
In Recent years, and graphene / polyaniline composites with excellent electrochemical performance have aroused Extensive concern of domestic andforeign scholars . Graphene is of Large specific surface Area and double layer capacitance characteristics , polyaniline are with High faradaic Pseudocapacitance, Synergy to both makes this supercapacitance Performance to the Composites increase greatly . The preparation methods of the graphene/polyaniline compositesand The Influence Factors to the capacitance Performance were introduced , The constructing methods of Three-dimentional structure of graphene/polyanilineComposites were Summarized, The future trends of the composites In supercapacitor fields were prospected as Down .References
Novoselov K S, Geim A K, Morozov s V, et al. Electric Field Effect in atomically Thin Carbon U. science,2004,306 (5696)!666-669.
Wang Meng Dream , Li Xi , Yang Linlin , , and so on . Graphene / Research progress of polyaniline supercapacitors U. material leader , 2014,28:21-4.
Wang H, Hao Q, Yang X, et al. A nanostructured graphene/polyaniline Hybrid Material for supercapacitors U]. Na-noscale (2 ) (a): 2164^170.
Yan J, Wei T, Shao B, et al preparation of a graphene nanosheet/polyaniline with Hi GH specific capacitance U. carbon,2010,48 (2) :487-493.
Shini , Yang Zhewei. . Polyaniline of nanotube structure / Preparation of graphene composites [P]. China Patent : cn104119529a,201440-i9.
Yau Jun, Sun Limei, Goofy . Graphite is prepared using graphite oxide as a substrate / Polyaniline Composites and their electrochemical properties U. New chemical materials , 2017,45 (1) : 4749+52.
Wang Leize, Fangsonghui, on Clear Wave . Graphene / Preparation of polyaniline composite and its photocatalytic properties U. Industrial Catalysis , 2017,25 (8) : 30-34.
Ran Yanli, Wang Kun, , Zipingping , etc . In- situ polymerization of å© people ^[/00 Composites and their elec-trochemical properties . Functional Materials , 2015,46 (2): 02100-) 2104.
Zang X B, Li X, Zhu M, et al. graphene/polyaniline Woven Fabric Composite Films as flexible supercapacitor J] . Nanosca-le, 2015,7: 3718-3722.
Chen Yuze. . Layer-by-layer self-assembly preparation of graphene / Polyaniline Composite Film and its applica-tion research D]. Wuxi : Jiangnan University , 2014.
Zhu Zhengyu. . Fabrication and properties of graphene composites based on laminated self-assembly D]. Wuxi : Jiangnan University , 2014.
Sun June, Zhu Zhengyu, , Rai Jianping, etc. . Laminated Self-assembly preparation of graphene / Polyaniline Composite Film and its application in sensors J]. Journal of College Chemistry , 2015,3 : 581-588.
Lee T, Yun T, Park B, et al Hybrid multilayer Thin filmsupercapacitor of graphene nanosheets With Polaniline : importance of estab-lishing intimate Electronic contact Through nanoscale blending J]. Journal of Materials chemistry, 2012,39 (+) : 21092-21099.
Zhong Wenbin , Lishu . High Electrochemical properties of Polyaniline nanofibers / Synthesis of graphene com-posites U. Journal of Hunan University , 2015,42 (6): 41-t6.
Min Yonggang , horse inch light , Shin Jiaxin , , and so on . a type three-dimensional graphene / Preparation of polyaniline composites [P]. China Patent :cn105254877a,2016-01^0.
Xiong P, Huang H U, Wang x. Design and synthesis of ternary Cobalt Ferrite/graphene/polyaniline hierarchical Nanocompo Sites for high-
Performance supercapacitors U]. Journal of power sources,2014,245 : 937-945.
Feng X M, Yan z, Chen n N, et al synthesis of a graphene/polyaniline/mc-m-41 nanocomposite and its applicati On as a super-capacitor
U. New J.chem, 2013,37 (7) : 2203^209.
Wang S Y, Ma L, Gan M y, et al. free-standing 3D graphene/polyaniline composite Film Electrodes for High-performance Super-capacitors
J. Journal of power Sources, 2015,299 : 347-355.
Lv D C, Shen Ji L, Wan G c. A post-oxidation Strategy for the synthesis of Graphene/carbon nanotube supported Polyaniline nan-ocomposites as Advanced Supercapacitor electrodes do. RSC advances/2015,5:24599-24606.
0 . Li Z F, Zhang H Y, Liu Q, et al. covalently-grafted polyaniline on graphene oxide Sheets for high performance Electrochemical S
Upercapacitors JO. CARBON,2014,71 (5): 257~267.
Zhang q q, Li y, Feng y y, Feng W. Electropoly-merization of Graphene oxide/polyaniline compos ITE for high performance supe-rcapacitor
J]. Electrochimica acta,2014,90!95-400.
Chen F, Peng L, Zhao Q. Well-defined graphene/polyaniline Flake composites for high Performanc E supercapac-itors J]. electrochi-mica Acta, 2012,76 (8) : 62-68.
Wang Jiande. . Three-dimensional graphene / Study on Super capacitance properties of polyaniline composites D]. Mianyang : Southwest University of Science and Technology , 2015.
Wei Xiang. . Graphene / Research progress of polyaniline composites in supercapacitors J. Polymer Bulletin , 2016,3:645.
Dongjie . Study on the effect of surfactants on the capacitance behavior of polyaniline composites D]. Yangzhou : Yangzhou University , 2015.
Liu Zhiseng, Zehou wins, , Professor Zhang Zhiyuan, etc. . preparation of graphene from different oxidants - Pol-yaniline Super Capacitor material J]. Journal of Functional Polymers , 2015,(4) : 423428.
Zhang Yan blue. . under different restore conditions Rgo/pani Research on capacitance performance of composite materials [D]. Taiyuan : Taiyuan University of Technology , 2014.
Han Xu, Shi Hai, Caoli , etc . effect of different kinds of graphene on microstructure and electrochemical proper-ties of polyaniline J. Journal of Tianjin University of Technology , 2014,33 (4) : 28-39.
Wang Yu, Feng Yue, Cubic , etc . Raw material ratio to polyaniline / effect of graphite oxide composite energy storage J]. Electronic components and materials , 2017,09:1-5.
Yu p, Zhao X, Li Y Z, et al controllable growth of polyaniline nanowire Arrays on Hierarchi Cal Mac-ro/mesoporous Graphene fo-ams for high-performance flexible J]. applied Surface science,2017,393!37-45.
Xu D, Xu Q, et al fabrication of free-standing hierarchical Carbon nanofiber/graphene oxide /polyaniline Films for Supercapaci-tors J]. ACS applied Materials&intefaces, 2014,6:200-209.
Sun Hongjuan, Wang Jiande, , Peng Tongjiang , etc . a Three-dimensional reduction of graphene oxide / Prepara-tion of polyaniline composites [P]. China Patent :cn10459176a,2015-4^9.
Mr Tang. . Three-dimensional graphene / Preparation of polyaniline Composite and study on its electrochemical properties [D]. Nanjing : Nanjing University of Posts and telecommunications , 2015.
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