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Electric field assisted dissolution of Au rods in gold-doped silicate glass.(Technical report)

Optical absorption spectroscopy is used for studying the electric field driven dissolution of Au rods at moderately elevated temperatures in as-doped silicate glass. Electric field thermal poling has provided a good method for the controlling of structural and optical properties of noble metal-doped... Full description

Journal Title: Journal of Applied Physics Dec 1, 2008, Vol.104(11), p.113113-1-113113-5
Main Author: Zhiyu Zou
Other Authors: Xiangjun Chen , Qiang Wang , Shiliang Qu , Xinyu Wang
Format: Electronic Article Electronic Article
Language: English
Subjects:
ID: ISSN: 0021-8979
Zum Text:
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recordid: gale_ofa198579138
title: Electric field assisted dissolution of Au rods in gold-doped silicate glass.(Technical report)
format: Article
creator:
  • Zhiyu Zou
  • Xiangjun Chen
  • Qiang Wang
  • Shiliang Qu
  • Xinyu Wang
subjects:
  • Electric Fields -- Analysis
  • Gold -- Optical Properties
  • Gold -- Electric Properties
  • Semiconductor Doping -- Analysis
  • Silicates -- Electric Properties
  • Silicates -- Optical Properties
  • Spectroscopy -- Usage
ispartof: Journal of Applied Physics, Dec 1, 2008, Vol.104(11), p.113113-1-113113-5
description: Optical absorption spectroscopy is used for studying the electric field driven dissolution of Au rods at moderately elevated temperatures in as-doped silicate glass. Electric field thermal poling has provided a good method for the controlling of structural and optical properties of noble metal-doped silicate glass.
language: English
source:
identifier: ISSN: 0021-8979
fulltext: fulltext
issn:
  • 0021-8979
  • 00218979
url: Link


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titleElectric field assisted dissolution of Au rods in gold-doped silicate glass.(Technical report)
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subjectElectric Fields -- Analysis ; Gold -- Optical Properties ; Gold -- Electric Properties ; Semiconductor Doping -- Analysis ; Silicates -- Electric Properties ; Silicates -- Optical Properties ; Spectroscopy -- Usage
descriptionOptical absorption spectroscopy is used for studying the electric field driven dissolution of Au rods at moderately elevated temperatures in as-doped silicate glass. Electric field thermal poling has provided a good method for the controlling of structural and optical properties of noble metal-doped silicate glass.
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titleElectric field assisted dissolution of Au rods in gold-doped silicate glass.(Technical report)
descriptionOptical absorption spectroscopy is used for studying the electric field driven dissolution of Au rods at moderately elevated temperatures in as-doped silicate glass. Electric field thermal poling has provided a good method for the controlling of structural and optical properties of noble metal-doped silicate glass.
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abstractOptical absorption spectroscopy is used for studying the electric field driven dissolution of Au rods at moderately elevated temperatures in as-doped silicate glass. Electric field thermal poling has provided a good method for the controlling of structural and optical properties of noble metal-doped silicate glass.
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