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On-chip fabrication of ultrasensitive NO2 sensors based on silicon nanowires

机译:基于硅纳米线的超灵敏NO2传感器的芯片制造

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摘要

We report a very simple, robust, and reliable on-chip fabrication method of a chemoresistive sensor based on silicon nanowires (NWs). Our method permits the use of nanowires without the need of their removal and transfer to a support different from the growth substrate. Our method, completely based on the silicon technology platform, exploits nanowires directly grown onto a selected area, over and between pre-patterned, interdigitated electrodes defined on oxidized silicon. The fabricated sensor is capable to detect NO2 down to a few ppb levels operating at room temperature. The sensor characteristics benefit of the presence of self-welded nanowires.
机译:我们报告了基于硅纳米线(NWs)的化学电阻传感器的一种非常简单,可靠且可靠的芯片制造方法。我们的方法允许使用纳米线,而无需将其去除并转移到不同于生长基质的支持物上。我们的方法完全基于硅技术平台,利用纳米线直接生长在选定区域上,该区域位于氧化硅上定义的预先构图的叉指电极上方和之间。制成的传感器能​​够在室温下检测低至几ppb的NO2。传感器特性受益于自焊接纳米线的存在。

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