Research interest：Physics and chemistry of materials
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By using an interdisciplinary methods such as physics, chemistry, nanotechnology, etc., to explore, reveal, discover the nature phenomenon.
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Exploring the mechanism and throyies of biological surfaces to control the unique wettability, studying and designing and fabricating the functional bioinspired interface materials.
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Revealing the micro-mechanism of superhydrophobic, water repellent, anisotropic wetting, water harvesting/collecting properties on biological surfaces with micto- and nanostructures or gradient features.
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Studying on controllable fabrication of bioinspired micro- and nanostructured functional surfaces and materials, anisotropic superhydrophobic surface, directional liquid-droplet transport, droplet driving force, etc.
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Studying bioinspired gradient surface materials and droplet driving and controlling, studying the ultra-superhydrophobic surfaces with anti-icing, anti-frosting functions.
