7 引文 (Scopus)

摘要

Silver nanorod arrays grew on the individual metallic silver particles after the thermal decomposition of the silver oxides. The formation of silver oxide came from the input of oxygen during sputtering. The subsequent growth of the Ag nanorods started from the single silver grain that originated from the decomposition caused by thermal reduction. This method for oxidation reduction growth used no catalysts and improved the interface effect for the lattice match. Photoluminescence of Ag nanorods was detected at 2.17eV.

原文English
文章編號345086
期刊Journal of Nanomaterials
2012
DOIs
出版狀態Published - 2012 七月 16

指紋

Nanorods
Silver
Silver oxides
Sputtering
Photoluminescence
Pyrolysis
Oxygen
Decomposition
Catalysts
Oxidation-Reduction
disilver oxide

All Science Journal Classification (ASJC) codes

  • Materials Science(all)

引用此文

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abstract = "Silver nanorod arrays grew on the individual metallic silver particles after the thermal decomposition of the silver oxides. The formation of silver oxide came from the input of oxygen during sputtering. The subsequent growth of the Ag nanorods started from the single silver grain that originated from the decomposition caused by thermal reduction. This method for oxidation reduction growth used no catalysts and improved the interface effect for the lattice match. Photoluminescence of Ag nanorods was detected at 2.17eV.",
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AU - Chen, Kuan Jen

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AB - Silver nanorod arrays grew on the individual metallic silver particles after the thermal decomposition of the silver oxides. The formation of silver oxide came from the input of oxygen during sputtering. The subsequent growth of the Ag nanorods started from the single silver grain that originated from the decomposition caused by thermal reduction. This method for oxidation reduction growth used no catalysts and improved the interface effect for the lattice match. Photoluminescence of Ag nanorods was detected at 2.17eV.

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