A reticulate superhydrophobic self-assembly structure prepared by ZnO nanowires

Maogang Gong; Xiaoliang Xu; Zhou Yang; Yuanyue Liu; Haifei Lv; Liu Lv

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A reticulate superhydrophobic self-assembly structure prepared by ZnO nanowires

机译：ZnO纳米线制备的网状超疏水自组装结构

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A simple hydrothermal self-assembly method was adopted to grow a newly reported superhydrophobic reticulate ZnO film with papillary nodes. The formation mechanism has also been explained by the tension junction model. This structure can extremely enhance the dewettability for the surface modification with low-surface-energy materials such as long chain fluorinated organic compounds. The surfaces of the ZnO thin film were superhydrophobic with a contact angle (CA) of 170° ± 1°, while the sliding angle (SA) is 2°. The samples were characterized by field emission scanning electron microscopy (FESEM).

机译：采用一种简单的水热自组装方法来生长新报道的具有乳头状结点的超疏水网状ZnO薄膜。张力结模型也解释了形成机理。这种结构可以极大地提高使用低表面能材料（例如长链氟化有机化合物）进行表面改性的可润湿性。 ZnO薄膜的表面具有超疏水性，接触角（CA）为170°±1°，而滑动角（SA）为2°。通过场发射扫描电子显微镜（FESEM）对样品进行表征。

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来源
《Nanotechnology》 |2009年第16期|共7页
作者
Maogang Gong; Xiaoliang Xu; Zhou Yang; Yuanyue Liu; Haifei Lv; Liu Lv;
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正文语种 eng
中图分类 710C0161;
关键词
A reticulate superhydrophobic self-assembly structure; ZnO nanowires; field emission scanning electron microscopy;

机译：网状超疏水自组装结构;ZnO纳米线;场发射扫描电子显微镜;

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1. 水热法制备的ZnO纳米线的微结构、光学性质以及光学模型 [J] . 朱宪安, 王泉, 石永敬, 中国有色金属学报（英文版） . 2020,第001期
2. A reticulate superhydrophobic self-assembly structure prepared by ZnO nanowires [J] . Maogang Gong, Xiaoliang Xu, Zhou Yang, Nanotechnology . 2009,第16期

机译：ZnO纳米线制备的网状超疏水自组装结构
3. Fabrication of superhydrophobic ZnO/Zn surface with nanowires and nanobelts structures using novel plasma assisted thermal vapor deposition [J] . Guoxing Li, Bo Wang, Yi Liu, Applied Surface Science . 2008,第5p2期

机译：使用新型等离子体辅助热气相沉积法制备具有纳米线和纳米带结构的超疏水性ZnO / Zn表面
4. A 'non-sticky' superhydrophobic surface prepared by self-assembly of fluoroalkyl phosphoric acid on a hierarchically microanostructured alumina gel film [J] . Wei Ma, Hui Wu, Yuji Higaki, Chemical Communications . 2012,第54期

机译：通过将氟烷基磷酸自组装在分层的微/纳米结构的氧化铝凝胶膜上制备的“不粘”超疏水表面
5. Novel ZnO nanowires/silicon hierarchical structures for superhydrophobic, low reflection, and high efficiency solar cells [C] . Liu Yan, Lin Ziyin, Moon Kyoung Sik, 61st Electronic Components Technology Conference, 2011 . 2011

机译：用于超疏水，低反射和高效太阳能电池的新型ZnO纳米线/硅分层结构
6. Characterization of CdTe Based Photodetectors, ZnO Nanowires and Nanostructures for Photonic Applications. [D] . Farid, Sidra. 2016

机译：基于CdTe的光电探测器，ZnO纳米线和用于光子应用的纳米结构的表征。
7. Investigations into the impact of various substrates and ZnO ultra thin seed layers prepared by atomic layer deposition on growth of ZnO nanowire array [O] . JN Ding, YB Liu, CB Tan, 2012

机译：通过原子层沉积制备的各种衬底和ZnO超薄种子层对ZnO纳米线阵列生长的影响的研究
8. Effects of PLD deposited ZnO seed layer on the structure and morphology of ZnO nanowires prepared by CBD method [O] . Shan-Shan Lu, Ying Huang, Jia-Yuan Qin, 2017

机译：PLD沉积ZnO种子层对CBD法制备ZnO纳米线结构和形态的影响
9. Superhydrophobicity of Hierarchical and ZNO Nanowire Coatings [R] . Mou, S, Gong, M, Jasion, D, 2014

机译：分层和ZNO纳米线涂层的超疏水性

A reticulate superhydrophobic self-assembly structure prepared by ZnO nanowires

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