On the nature of wetting transition on high-aspect-ratio pNIPAAm micropillar structures

Surfaces and Interfaces（2022）

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摘要

•A novel surface with temperature-driven wettability control is fabricated.•High-aspect-ratio micropillar structures are fabricated using pNIPAAm.•High-aspect-ratio structure is synthesized by MEMS and soft-lithography processes.•Surface wettability is controlled by varying the ambient temperature.•Cassie–Wenzel transition time is controlled by crosslinker concentration.

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关键词

Wettability control,Cassie–wenzel transition,Temperature responsiveness,pNIPAAm,High-aspect-ratio micropillar

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