集成纳米碳管电极的电化学检测性能研究

Research on Electrochemical Detection Performance of Integrated Carbon Nanotube Electrode

电极具有自身的机械稳定性,这些对电极电化学性能的长时间稳定性有着重要的作用,本文使用微波离子的方式和气相沉淀法逐步进行碳管电极的合成,并充分利用电极溶液之中的邻苯二酚等进行电化学检测。结果显示,经历过氧离子等处理之后的纳米碳管电极的电化学特征良好,该种电极在玻璃基片上合成效果良好,结构较为稳定,电极的优异性和稳定性被凸现出来。

The electrode has its own mechanical stability,which plays an important role in the long-term stability of the electrochemical performance of electrode.In this paper,the synthesis of carbon tube electrodes is carried out step by step by microwave ion method and gas phase precipitation method,and catechol in the electrode solution is fully used for electrochemical detection.The results show that the electrochemical characteristics of the carbon nanotube electrode after being treated with oxygen ions are good.The electrode has a good synthesis effect on glass substrates and a relatively stable structure.The excellent and stable performance of the electrode is highlighted.