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电分析化学学会组织的特邀报告(电化学与材料)组有:(1)A Bralter-Toth等,微电极的傅里叶转换伏安法——原理与应用;(2)N Kim,单壁碳纳米管的扫描电化学显微术;(3)P J Kalesza等,高效率生物电催化集成系统的研发与特性鉴定;(4)B J Marguis等,暴露在可变物理性能的贵金属纳米材料下,进行塔电池的改变的衰减功函数的电化学分析;(5)A Karomerich等,可能应用于神经刺激与传感的、导电聚合物改性的电极;(6)Y SSingh等,活体伏安法的长期稳定性与准确性的因素——碳纤维微电极涂层;(7)J G Roberts等,碳纤维微电极电化学预处理引起的表面改变的研究;(8)A Polpke等,碳纳米管阵列的提高功能化的处理。
The panel of Electroanalytical Chemistry Society (Electrochemistry and Materials) includes: (1) A Bralter-Toth et al., Fourier Transform Voltammetry for Microelectrodes - Principles and Applications; (2) N Kim, (3) PJ Kalesza et al., Development and Characterization of a High-Efficiency Bio-Electrocatalysis Integrated System; (4) BJ Marguis et al., Exposure to Variable Physical Properties of Precious Metal Nanomaterials (5) A Karomerich et al., Possibly applied to nerve stimulation and sensing, conductive polymer-modified electrodes; (6) Y SSingh et al., Voltammetry of the Living (7) JG Roberts et al., Study on Surface Modifications Caused by Electrochemical Pretreatment of Carbon Fiber Microelectrodes; (8) A Polpke et al., Carbon Nanotube Arrays Improve the functional processing.