Superhydrophobic zinc oxide film: effect of hybrid nanostructure on hydrophobicity and wetting stability

Micro & nano letters

article

Jun Wu¹  Xin Yang¹  Wei Lei¹  Jun Xia¹  Baoping Wang¹ 

[1] School of Electronic Science and Engineering, Southeast University;Advanced Materials for Micro- and Nano-systems Programme, National University of Singapore

关键词: condensation;    drag reduction;    II-VI semiconductors;    nanostructured materials;    porous semiconductors;    semiconductor thin films;    surface morphology;    wetting;    wide band gap semiconductors;    zinc compounds;    hydrophobicity;    nanorods;    superhydrophobic zinc oxide film;    hybrid nanostructure effect;    wetting stability;    self-cleaning;    drag reduction;    fog condensation;    artificial superhydrophobic surfaces;    fluidic pressure;    surface morphology effect;    ZnO nanostructure;    hydrothermal method;    porous ZnO layer;    assembling format;    ZnO;    condensation;    drag reduction;    II-VI semiconductors;    nanostructured materials;    porous semiconductors;    semiconductor thin films;    surface morphology;    wetting;    wide band gap semiconductors;    zinc compounds;    hydrophobicity;    nanorods;    superhydrophobic zinc oxide film;    hybrid nanostructure effect;    wetting stability;    self-cleaning;    drag reduction;    fog condensation;    artificial superhydrophobic surfaces;    fluidic pressure;    surface morphology effect;    ZnO nanostructure;    hydrothermal method;    porous ZnO layer;    assembling format;    ZnO;   

DOI  :  10.1049/mnl.2013.0143

学科分类：计算机科学（综合）

来源: Wiley

【 摘 要 】

Pain is the most common reason for seeking medical advice. Chronic pain remains a significant major problem. Imaging techniques are essential tools in interventional pain management (IPM). Ultrasound (US) has been comparatively a recent technology and its wider use has and an increased interest in imaging in IPM. This editorial briefly introduces the application of the US in chronic pain management strategies, and highlights its application, benefits, evidence and limitations in IPM.

【 授权许可】

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