以電化學沉積金奈米結構於可撓式基材上並用於電催化葡萄糖氧化

Abstract

本篇論文中，我們利用電化學沉積法結合軟式模板於可撓式基材上成長金奈米結構，並探討不同參數對於形貌之影響，再以不同形貌之金電極作為工作電極探討對葡萄糖之催化能力，藉由調控不同電壓成功的在可撓式基材上成長出不同形貌的金奈米結構，包含奈米片狀結構、奈米珊瑚結構和奈米線結構。

In this thesis, we demonstrated a facile process to grow Au nanostructures on flexible substrates by electrochemical deposition with soft templates, and studied the experimental parameters affect Au morphologies. The flexible substrate with nanostructured Au was employed as working electrode for electrocatalytic oxidation of glucose. The various Au nanostructures were successfully grown on flexible by adjusting the applied voltage, and the high density Au nanostructures including nanoslices (NSs), nanocorals (NCs), and nanowires (NWs).