水下多级微结构液气界面的稳定性和可恢复性研究 1)
杨松默,王刚,曹延林,黄忠意,段慧玲,吕鹏宇(
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STABILITY AND RECOVERABILITY OF LIQUID-GAS INTERFACES ON SUBMERGED HIERARCHICALLY STRUCTURED SURFACES 1)
Yang Songmo,Wang Gang,Cao Yanlin,Huang Zhongyi,Duan Huiling,Lü Pengyu()
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图3. 单级结构表面(第一行图:(a)$\sim$(d))和侧壁有纳米颗粒修饰的多级微结构表面(第二行图:(e)$\sim$(h))液气界面的示意图和共聚焦显微镜图像. (a)显示了脱钉的亚稳态,其中$\theta $和$h$分别是接触角和下陷深度. 液气界面的钉扎状态如(e)所示
Fig. 3. Schematics and confocal microscopic images of liquid-gas interfaces on single level surfaces (top panel: (a)$\sim$(d)) and hierarchically structured surfaces with nanoparticles-coated sidewalls (bottom panel: (e)$\sim$(h)). The depinned metastable state is shown in (a), where $\theta $ and $h$ are the contact angle and sagging depth, respectively. The pinned state is shown in (e)
