Electronically patterning through one-dimensional nanostripes with high density of states on single-crystalline Al2O3 domain

Electronically patterning through one-dimensional nanostripes with high density of states on single-crystalline Al2O3 domain

Self-assembled one-dimensional nanostripes on the single-crystalline Al2O3 domains are found to be the nucleation sites of nanoparticles through an enhanced density of states observed by the scanning tunneling microscopy and spectroscopy. Bias-dependent topographic images and the conductivity spectr...

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Veröffentlicht in:Applied physics letters 2008-10, Vol.93 (14)
Hauptverfasser: Hsu, Pin-Jui, Wu, Chii-Bin, Yen, Hong-Yu, Wong, Sheng-Syun, Lin, Wen-Chin, Lin, Minn-Tsong
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container_issue 14
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container_title Applied physics letters
container_volume 93
creator Hsu, Pin-Jui
Wu, Chii-Bin
Yen, Hong-Yu
Wong, Sheng-Syun
Lin, Wen-Chin
Lin, Minn-Tsong
description Self-assembled one-dimensional nanostripes on the single-crystalline Al2O3 domains are found to be the nucleation sites of nanoparticles through an enhanced density of states observed by the scanning tunneling microscopy and spectroscopy. Bias-dependent topographic images and the conductivity spectra indicate that these nanostripes have both enhanced occupied and unoccupied states within the oxide bandgap. These more metallic nanostripes have stronger electronically trapping ability than the oxide domain, which can be used as a one-dimensional electronically self-patterned template for the guided growth of nanostructures.
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title Electronically patterning through one-dimensional nanostripes with high density of states on single-crystalline Al2O3 domain
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