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Dissymmetric carbon nanotubes by bipolar electrochemistry

机译:双极电化学法制备不对称碳纳米管

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Short carbon nanotubes have been modified selectively on one end with metal using a bulk technique based on bipolar electrochemistry. A stabilized suspension of nanotubes is introduced in a capillary containing an aqueous metal salt solution, and a high electric field is applied to orientate and polarize the individual tubes. During their transport through the capillary under sufficient polarization (30 W), each nanotube is the site of water oxidation on one end and the site of metal ion reduction on the other end with the size of the formed metal cluster being proportional to the potential drop along the nanotube.
机译:短碳纳米管已经使用基于双极电化学的本体技术在一端用金属选择性修饰。将稳定的纳米管悬浮液引入包含金属盐水溶液的毛细管中,并施加高电场以定向和极化各个管。在足够的极化度(30 W)下通过毛细管传输过程中,每个纳米管的一端都是水氧化的位置,另一端是金属离子还原的位置,形成的金属簇的大小与电势降成比例沿着纳米管。

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