The invention discloses a shear-resistant bionic super-smooth surface system, a preparation method and drag reduction application thereof, and belongs to the field of underwater drag reduction. Comprising a super-smooth surface substrate, a super-oleophylic/super-oleophobic interphase surface and a lubricating oil film, the surface of the super-smooth surface substrate comprises two surface micro-structure areas with different heights, and the roughness of the surface micro-structure areas is micron-scale; the height difference ranges from 0.1 mm to 0.3 mm; the super-oleophylic/super-oleophobic interphase surface comprises a super-oleophylic surface and a super-oleophobic surface which are arranged according to a set pattern, the super-oleophylic surface is located on the upper surface of a lower surface microstructure area on the substrate, and the super-oleophobic surface is located on the upper surface of a higher surface microstructure area on the substrate; the lubricating oil is injected into the super-oleophylic surface, and after the whole super-oleophylic surface is infiltrated, a lubricating oil film with the submillimeter thickness is formed on the super-oleophylic surface. According to the super-smooth surface system, stable sealing and storage of a lubricating oil film with the submillimeter thickness are guaranteed, and the obtained bionic super-smooth surface achieves stable, efficient and anti-drag effects.

    本发明一种耐剪切仿生超滑表面体系、制备方法及其减阻应用,属于水下减阻领域;包括超滑表面基底、超亲油/超疏油相间表面及润滑油膜;超滑表面基底表面包括高度不同的两种表面微结构区域,表面微结构区域的粗糙度均为微米级;所述高度差为0.1mm到0.3mm;所述超亲油/超疏油相间表面包括按照设定图形排列的超亲油表面和超疏油表面,其中超亲油表面位于基底上高度较低的表面微结构区域上表面,超疏油表面位于基底上高度较高的表面微结构区域上表面;所述润滑油注入超亲油表面,浸润整个超亲油表面后在其上形成亚毫米厚度的润滑油膜。本发明的超滑表面体系保证了亚毫米厚度润滑油膜的稳定封存,所得仿生超滑表面达到稳定高效减阻。


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    Title :

    Shearing-resistant bionic super-smooth surface system, preparation method and drag reduction application thereof


    Additional title:

    一种耐剪切仿生超滑表面体系、制备方法及其减阻应用


    Contributors:
    REN LIUZHEN (author) / HU HAIBAO (author) / WEN JUN (author) / ZHANG MENGZHUO (author) / BAI JIE (author) / AN XIAOYI (author) / LI CHENGSHAN (author)

    Publication date :

    2024-09-13


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS



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