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Rapid Micro-Patterning of a Conductive PANI/MWNTs-Polymer Composite Using an Optically-induced Electrokinetics Chip
Liu N(刘娜); Liang WF(梁文峰); Mai, John D.; Dong ZL(董再励); Li WJ(李文荣); Lee, Gwo-Bin
作者部门机器人学研究室
会议名称IEEE Nanotechnology Materials and Devices Conference (IEEE NMDC)
会议日期OCT 16-19, 2012
会议地点Honolulu, HI
会议主办者IEEE, IEEE Nanotechnol Council, City Univ Hong Kong, Pohang Univ Sci Technol, Arizona State Univ, Chinese Int NEMS, Natl Ctr Nanomaterials Technol, Sci Res, Nano Technol Res Assoc
会议录名称2012 IEEE NANOTECHNOLOGY MATERIALS AND DEVICES CONFERENCE (NMDC)
出版者IEEE
出版地NEW YORK
2013
页码105-110
收录类别EI ; CPCI(ISTP)
EI收录号20132916516676
WOS记录号WOS:000326053400020
产权排序1
ISBN号978-1-4673-2871-5
关键词a Flexible Dynamically Programmable And Low-cost Method Applicable To Micro-Pattern.ng Of a Conductive Polymer/carbon NAnotuBe Composite Solution Is SignificAnt Due To The Potential Applications In MAny Areas. thIs Paper Demonstrates a New Micro-Pattern.ng Method For fabricatIng Electrodes From a Conductive polyAnilIne (PAni)/mwnt Composite usIng An optically-Induced electrokInetics (Oek) Chip. thIs Method Quickly Patterns Flexible Polymeric Electrodes With Different Geometries When a SquAre waveForm Signal With Amplitudes From 16-20 Volts And Frequencies From 20-30 Khz Are Applied. The Geometric Dimensions Of The Electrodes cAn Be Varied Dynamically By controllIng The Size And Exposure Time Of The Light Pattern. The Surface Morphology Of Electrodes Pattern.d By thIs Method Is scAnned By An aTomic Force Microscope (Afm) And a scAnnIng Electron Microscope (Sem) Which Show That The Electrodes Are uniForm And contInuous. furThermore The Geometric Dimensions And ResIstances Of The Electrodes Are Measured And Analyzed. Experimental Results Reveal That The Relationship Between The ResIstance And Geometries Of The Electrodes Obey Ohm's Law And The ResIstivity Of The Electrodes Is About 0.03 Omega.m.
语种英语
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文献类型会议论文
条目标识符http://ir.sia.cn/handle/173321/13924
专题机器人学研究室
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Liu N,Liang WF,Mai, John D.,et al. Rapid Micro-Patterning of a Conductive PANI/MWNTs-Polymer Composite Using an Optically-induced Electrokinetics Chip[C]//IEEE, IEEE Nanotechnol Council, City Univ Hong Kong, Pohang Univ Sci Technol, Arizona State Univ, Chinese Int NEMS, Natl Ctr Nanomaterials Technol, Sci Res, Nano Technol Res Assoc. NEW YORK:IEEE,2013:105-110.
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