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Degradation of ZnO nanowire devices under the ambient condition

机译:环境条件下ZnO纳米线器件的降解

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Field effect transistors(FETs) made of ZnO nanowires are very sensitive to the gas environment, so that the passivation can be a good way to get reliable nanowire FETs with longer lifetime and the better mobility. The studies on the passivation effects with the positive electron-beam resist was investigated by selectively covering the part of nanowire devices between the electrodes. Reproducible electrical characteristics were recorded, reflecting the stable electrical properties by the passivation which deters the degradation of a device. Considering the defect states of oxide nanowires dominate the charge states, the pre-state just before the passivation process will be crucial to understand the reproducible and controllable device characteristics of nanowire devices.
机译:由ZnO纳米线制成的场效应晶体管(FET)对气体环境非常敏感,因此钝化可以成为获得使用寿命更长,迁移率更高的可靠纳米线FET的好方法。通过选择性地覆盖电极之间的纳米线器件部分,研究了用正电子束抗蚀剂进行钝化效果的研究。记录了可复制的电特性,反映了钝化​​的稳定电性能,这种钝化阻止了器件的性能下降。考虑到氧化物纳米线的缺陷状态在电荷状态中占主导地位,钝化工艺之前的预状态对于理解纳米线器件的可再现和可控器件特性至关重要。

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  • 来源
    《MRS spring meeting symposium》|2008年|p.1-6|共6页
  • 会议地点 San Francisco, CA(US)
  • 作者单位

    School of Electrical Engineering Korea University Anam-dong Seougbuk-gu Seoul 135-701 Korea Republic of;

    School of Electrical Engineering Korea University Anam-dong Seougbuk-gu Seoul 135-701 Korea Republic of CAE Semiconductor R&D center Samsung Electronics Co.Ltd Hwasung Gyonggi-Do Korea Republic of;

    School of Advanced Materials and System Engineering Kumoh National Institute of Technology Kumi 730-701 Korea Republic of;

    Electronics and Telecommunications Research Institute Daejeon 305-350 Korea Republic of;

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