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Synthesis and transport characterization of electrochemically deposited CdTe nanowires

机译:电化学沉积CDTE纳米线的合成与传输表征

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This paper reports the synthesis and characterization of CdTe nanowires. A thin polymeric films were irradiated with 80MeV Ag ions at a fluence of 8E7 ions/cm~2, followed by UV irradiation and chemically etching in aqueous NaOH. Nanosizes go-through pores so formed were filled using a specially designed cell via electrodeposition. Nanowires so formed were further studied using SEM, I-V, UV and XRD analysis. SEM images show very smooth and uniform CdTe nanowires freely standing on the substrate. The in-situ I-V characteristics of nano-/micro structures was carried out at room temperature by leaving the structures embedded in the insulating template membrane itself.
机译:本文报道了CDTE纳米线的合成和表征。用8E7离子/ cm〜2的流量,用80mev Ag离子辐照薄的聚合物膜,然后在NaOH水溶液中进行UV辐射和化学蚀刻。纳米型孔孔如此形成,通过电沉积使用特殊设计的电池填充。使用SEM,I-V,UV和XRD分析进一步研究所形成的纳米线。 SEM图像显示非常光滑且均匀的CDTE纳米线,可自由站立在基板上。通过将嵌入绝缘模板膜本身嵌入的结构在室温下进行纳米/微结构的原位I-V特性。

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