Languages
張文固
Overview
Works: | 2 works in 6 publications in 1 languages |
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Titles
奈米金帶狀結構之製備與分析 = = Preparation and analysis of gold nano-belts structure /
by:
張文固; Chang, Wen-Ku; 林宇晴
(Language materials, printed)
利用多元醇法在多孔陶瓷成長奈米銀及白金之製備 = = Preparation and Growth Nanosilver and Nanoplatinum Particles in Porous Ceramics by Polyol Synthesis Method /
by:
張文固; 陳紹維; Wen-Ku Chang
(Language materials, printed)
添加奈米銀及鉑之多孔陶瓷製備與應用 = = Preparation and application of porous ceramics by adding nano-silver and nano-platinum particles /
by:
李睿翔; 張文固; Chang, Wen-Ku
(Language materials, printed)
光還原法自組裝微奈米銀線之研究 = = The Study Of Self-Assembly of silver micro-Nanowires by photo reduction method /
by:
林昀昇; 黃士龍; 張文固; Hwang, Shyh-Lung; Chang, Wen-Ku
(Language materials, printed)
以濕式化學法製備TiO2晶相、形貌與其成長性質之研究 = = Study the crystalline phase, morphology and growth properties of TiO2 by wet-chemical method /
by:
郭懷仁; 張文固; Guo, Huai-Ren; chang, Wen-Ku
(Language materials, printed)
光還原法自組裝微奈米金之形貌分析 = = Analysis of self-assembly of gold micro-nanowires by photo reduction method /
by:
潘健晟; 張文固; 黃士龍; Chang, Wen-Ku; Hwang, Shyh-Lung
(Language materials, printed)
製備具有Core-Shell結構之InTaO4粉末及其光催化性質研究= Synthesis and photocatalytic properties of core-shell structure InTaO4 photocatalyst /
by:
張文固; 蘇中信; Chang, Wen-Ku.
(Language materials, printed)
高氣體透過率陶瓷之製備與應用 = = Preparation and Application of High Gas Permeation Ceramics /
by:
陳美君; 張文固; Chen, Mei-Jyun; Chang, Wen-Ku
(Language materials, printed)
以脈衝雷射沉積法製備鋁摻雜氧化鋅薄膜與其結構、光學及電學性質之探討 = = Electrical, Optical and Structural Properties of Al-doped ZnO Thin Films by Pulsed Laser Deposition /
by:
張建涵; 張文固; Chang, Chien-Han; Chang, Wen-Ku
(Language materials, printed)
Subjects
nano platinum
選區生長
gold-nanowire
帶狀結構
nanobelts
Silver
光觸媒
solid-state synthesis
多孔陶瓷
多元醇法
奈米銀
Porous ceramic
nano silver
金導線
gold nanoparticles
光還原
photocatalytic reduction
Nanowire
core-shell structure
self-assembly
光催化
Photocatalysis
核殼結構
polyol method
自組裝
奈米鉑
anatase
self-assemblage
Self-Assembly
固相燒結法
InTaO4
thin film
TiO2
還原
photocatalytic
奈米金
reduction
奈米導線
銀