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Liquid microdroplets on a superhydrophobic surface: A promising system for optofluidics research

机译：超疏水表面上的液体微量滴水：一项有前途的优化系统研究

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摘要

Novel spectral tuning techniques, and organic light emitting device concepts developed using microdroplets on a superhydrophobic surface will be summarized. Recent experiments on contact angle measurements, using vibrational modes of the microdroplets will also be discussed.

机译：将总结新的光谱调谐技术，以及在超疏水表面上使用微量滴电池开发的有机发光器件概念。还将讨论使用微型电流的振动模式的接触角测量的最新实验。

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《OMS 11》|2011年||共2页
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A. Kiraz;
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中图分类 73.771083;
关键词
Liquid; microdroplets; superhydrophobic;

机译：液体;微型电镀;超富氢;

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专利

1. Superhydrophobicity: Making Superhydrophobic Surfaces with Microstripe Array Structure by Diffusion Bonding and Their Applications in Magnetic Control Microdroplet Release Systems (Adv. Mater. Interfaces 21/2017) [J] . Wang Zhijie, Cao Jian, Jia Jianshu, Advanced materials interfaces . 2017,第21期

机译：超疏水性：通过扩散键合制造具有微曲线阵列结构的超疏水表面及其在磁控微滴释放系统中的应用（ADV。母体。接口21/2017）
2. Single glycerol/water microdroplets standing on a superhydrophobic surface: Optical microcavities promising original applications [J] . Alper Kiraz, Mehmet A. Dundar, Adem L. Demirel, Journal of Nanophotonics . 2007,第Null期

机译：站在超疏水表面上的单甘油/水微滴：光学微腔有望实现原始应用
3. Single glycerol/water microdroplets standing on a superhydrophobic surface: Optical microcavities promising original applications [J] . Alper Kiraz, Mehmet A. Dundar, Adem L. Demirel, Journal of Nanophotonics . 2007,第Null期

机译：站在超疏水表面上的单甘油/水微滴：光学微腔有望实现原始应用
4. Liquid microdroplets on a superhydrophobic surface: A promising system for optofluidics research [C] . A. Kiraz 4th EOS topical meeting on optical microsystems 2011 (OmuS'11) and 2nd EOS topical meeting on lasers (ETML'11) . 2011

机译：超疏水表面上的液体微滴：光流体研究的有前途的系统
5. Interfacial transport processes involved in the surfactant facilitated wetting of liquids on solid surfaces and non-wetting on superhydrophobic surfaces. [D] . Bhole, Nikhil S. 2011

机译：表面活性剂所涉及的界面传输过程促进了液体在固体表面上的润湿和在超疏水表面上的不润湿。
6. High-Throughput Optofluidic Acquisition of Microdroplets in Microfluidic Systems [O] . Zain Hayat, Abdel I. El Abed 2018

机译：微流系统中微滴的高通量光流采集
7. Superhydrophobicity: Making Superhydrophobic Surfaces with Microstripe Array Structure by Diffusion Bonding and Their Applications in Magnetic Control Microdroplet Release Systems (Adv. Mater. Interfaces 21/2017) [O] . Zhijie Wang, Jian Cao, Jianshu Jia, 2017

机译：超疏水性：通过扩散粘合制造具有微曲线阵列结构的超疏水表面及其在磁控微滴释放系统中的应用（ADV。母体。接口21/2017）

Liquid microdroplets on a superhydrophobic surface: A promising system for optofluidics research

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