Preparation of Aluminum-Based Dual-Gradient Surfaces for Directional Droplet Transport by Bioinspired Sarracenia Microstructures

Preparation of Aluminum-Based Dual-Gradient Surfaces for Directional Droplet Transport by Bioinspired Sarracenia Microstructures

Inspired by the ultrafast directional water transport structure of Sarracenia trichomes, hierarchical textured surfaces with specific microgrooves were prepared based on laser processing combined with dip modification, in response to the growing problem of freshwater scarcity. The prepared surfaces...

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Bibliographic Details
Main Author: Yunjie Guo (4855852) (author)
Other Authors: Jie Li (15030) (author), Wentian Shi (12539000) (author), Yuke Wang (378692) (author), Shuo Fu (10023137) (author), Yanning Lu (14019461) (author)
Published: 2024
Subjects:
Biophysics
Medicine
Ecology
Sociology
Inorganic Chemistry
Space Science
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
water transport velocity
water transport process
water transport efficiency
water transport distance
stable water transport
laser processing combined
droplet transport behavior
directional water transport
directional droplet transport
including film formation
hierarchical textured surfaces
gradient structure performed
surface structure
mode formation
gradient surfaces
gradient surface
transition state
study provides
specific microgrooves
sarracenia trichomes
results showed
prepared surfaces
prepared based
multirib structures
mode ii
growing problem
good reference
freshwater scarcity
four phases
dynamic evolution
driving force
dip modification
different samples
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