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Transparent Carbon Nanotube Network for Efficient Electrochemiluminescence Devices

机译:用于高效电致发光器件的透明碳纳米管网络

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摘要

A carbon nanotube-based electrode that combines transparency and good conductivity was used for the first time to develop an electrochemiluminescence (ECL) device. It resulted in an excellent material for ECL applications thanks to the very favorable overpotential of amine oxidation that represents the rate-determining step for the signal generation in both research systems and commercial instrumentation. The use of carbon nanotubes resulted in a ten times higher emission efficiency compared with commercial transparent indium tin oxide (ITO) electrodes. Moreover, application of this material for proof-of-principle ECL imaging was demonstrated, in which micro-beads were used to mimic a real biological sample in order to prove the possibility of obtaining single cell visualization.
机译:结合透明度和良好电导率的碳纳米管基电极首次用于开发电化学发光(ECL)器件。由于胺氧化非常有利的超电势,它代表了研究系统和商业仪器中信号生成的速率决定步骤,因此它是ECL应用的极佳材料。与商用透明铟锡氧化物(ITO)电极相比,碳纳米管的使用产生的发射效率高十倍。而且,证明了这种材料在原理ECL成像中的应用,其中微珠用于模拟真实的生物样品,以证明获得单细胞可视化的可能性。

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