Two-Photon Polymerization of Bioinspired Microstructure with Tunable Wettability Controlled by Dielectric Elastomer Actuator

Two-Photon Polymerization of Bioinspired Microstructure with Tunable Wettability Controlled by Dielectric Elastomer Actuator

Bioinspired functional surfaces with tunable wettability have garnered significant attention in surface engineering due to their potential in applications, such as self-cleaning and microfluidic control. However, existing wettability modulation methods often face limitations in response time, contro...

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Wedi'i Gadw mewn:
Manylion Llyfryddiaeth
Prif Awdur: Zefu Ren (14268389) (author)
Awduron Eraill: Zhuoyuan Yang (17919937) (author), Rishikesh Srinivasaraghavan Govindarajan (17919940) (author), Kehao Tang (21447760) (author), Sida Xu (21760586) (author), Meng Cheng (1650886) (author), Yizhou Jiang (2833508) (author), Daewon Kim (1424131) (author)
Cyhoeddwyd: 2025
Pynciau:
Biophysics
Biochemistry
Cell Biology
Neuroscience
Biotechnology
Inorganic Chemistry
Plant Biology
Computational Biology
Space Science
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
transparent polymer film
surface engineering due
printed salvinia molesta
hydrophobic properties revealed
garnered significant attention
facilitating rapid transitions
dielectric elastomer actuators
cassie – baxter
7 ± 1
7 ± 0
0 ± 1
hierarchical eggbeater microstructures
allowing droplet manipulation
inspired microstructures controlled
reversible wettability control
achieving contact angles
8 ± 1
tunable wettability controlled
active wettability control
tunable wettability
controlled adjustment
biomimetic microstructures
microfluidic control
including droplet
control precision
wetting behavior
wenzel states
systematic evaluation
study presents
shape recovery
response time
reduced center
precisely fabricated
photon polymerization
microstructure spacing
integrating 3d
innovative integration
higher number
demonstrating 90
deas ).
concentric rings
biomimetic design
bioinspired microstructure
based microfluidics
active self
9 °
8 °
4 °
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