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Microfluidics
In article number 2208645, Dongdong Xie, Faheng Zang, Guifu Ding, and co‐workers propose a 2D dumbbell‐patterned functional surface with switchable wettability to achieve multipath parallel directional transportation of both water droplets and subaqueous bubbles. This programmable, easy‐to‐fabricate, highly efficient, and cost‐effective fluidic system with strong robustness against structural...
Conventional engineered surfaces for fluid manipulation are hindered by the set wettability, and thus they can only achieve spontaneous transport of single‐phase fluid, namely liquid or gas. Moreover, fluid transport systems that are robust to path defects have yet to be fully explored. Here, unprecedentedly, a universal wettability switching strategy is developed for achieving programmable directional...
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