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Facile Photoreduction Process for ZnO/Ag Hierarchical Nanostructured Photoelectrochemical Cell Integrated with Supercapacitor

机译:集成超级电容器的ZnO / Ag分层纳米结构光电化学电池的简便光还原工艺

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摘要

ZnO/Ag hierarchical nanostructure is fabricated by solution-based photoreduction process to demonstrate a photoelectrochimical (PEC) cell charging supercapacitor. The photoreduction process ensures rapid and simple route for employing of Ag nanoparticles onto the surface of ZnO nanorod with well-dispersed and clear crystallization structure. The fabricated ZnO/Ag hierarchical nanostructure showed improved optical and photoelectrochemical properties. Subsequently, the ZnO/Ag hierarchical nanostructure is used as photoanode for PEC cell with enhanced output photocurrent and stability. Furthermore, the PEC cell was connected to lab-made supercapacitors to turn on a light emitting diode. The photoreduction-processed ZnO/Ag hierarchical nanostructures provide a promising and simple production method for energy source in water splitting applications. (C) 2015 The Electrochemical Society. All rights reserved.
机译:ZnO / Ag分层纳米结构是通过基于溶液的光还原工艺制造的,以证明光化学(PEC)电池充电超级电容器。光还原过程可确保将Ag纳米颗粒快速且简单地用于具有良好分散且清晰的结晶结构的ZnO纳米棒表面。制备的ZnO / Ag分级纳米结构显示出改善的光学和光电化学性能。随后,ZnO / Ag分层纳米结构被用作PEC电池的光阳极,具有增强的输出光电流和稳定性。此外,将PEC电池连接到实验室制造的超级电容器,以打开发光二极管。光还原处理的ZnO / Ag分层纳米结构为水分解应用中的能源提供了一种有前途的简单生产方法。 (C)2015年电化学学会。版权所有。

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