Erasable and Programmable Unidirectional Liquid Transport on Multiple Asymmetric Slippery Microstructures

Unidirectional fluid delivery on an asymmetric microstructure has garnered significant attention due to its advantages, such as being pumpless, multifunctional, and easy to integrate. However, the precise design of continuous flow in unidirectional transport and on-surface recyclable manipulation re...

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Bibliographic Details
Main Author:	Zhe Li (219258) (author)
Other Authors:	Min Xu (15203) (author), Muqian Li (14967173) (author), Haoyu Bai (7358372) (author), Xinsheng Wang (1347930) (author), Tianhong Zhao (10776788) (author), Shouying Huang (1352592) (author), Moyuan Cao (1411768) (author)
Published:	2025
Subjects:	Biophysics Microbiology Physiology Biotechnology Sociology Plant Biology Space Science Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified two biological modes improved water repellency directional droplet sliding designed two types based logic circuits advanced fluidic devices programmable flow control unidirectional fluid transport ordered flow transport slippery asymmetric microstructures erasable liquid channels unidirectional transport asymmetric microstructures slippery surface unidirectional channel liquid spreading diversify liquid asymmetric microstructure continuous flow tilted microcones printed array previous examples precise design one system motion resistance modular fluidics manipulating interfaces lizard skin led lighting functions compared diverse pathway deeper analysis butterfly wings
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Erasable and Programmable Unidirectional Liquid Transport on Multiple Asymmetric Slippery Microstructures

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