2026-10-11T21:19:09Z
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2026-09-18T17:22:13Z
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<p>Dimensions and total surface area in μm<sup>2</sup> of 3D printed micropatterns.</p>
Azhar Al-Busaidi (20970623)
Sergey Dobretsov (472223)
Htet Htet Kyaw (15268072)
Myo Tay Zar Myint (7345919)
Space Science
Medicine
Environmental Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Immunology
Biological Sciences not elsewhere classified
Inorganic Chemistry
Plasma Physics
zinc oxide nanorod
term field evaluations
increasing maintenance costs
fourier transform infrared
comprehensive ecotoxicological studies
assessed using larvae
scale surface roughness
micropatterned surface topography
litopenaeus vannamei </
escherichia coli </
laboratory flow conditions
3 %, 48
best overall performance
higher larval toxicity
div >< p
2 +</ sup
zno nanorods coating
enhanced antifouling performance
9 %, 72
coated d1 surface
surface wettability
amphora </
antifouling performance
experimental conditions
9 %,
reducing performance
environmental performance
low toxicity
acute toxicity
antifouling properties
antifouling applications
coated surfaces
tested surfaces
submerged materials
stretching vibrations
spectroscopy confirmed
ros generation
promising strategy
major challenge
industrial environments
findings demonstrate
engineered surfaces
combined effects
biological testing
biofouling remains
<p>Dimensions and total surface area in μm<sup>2</sup> of 3D printed micropatterns.</p>
2026-09-18T17:21:58Z
Dataset
Dataset
10.1371/journal.pone.0357826.t001
https://figshare.com/articles/dataset/_p_Dimensions_and_total_surface_area_in_m_sup_2_sup_of_3D_printed_micropatterns_p_/33937225
CC BY 4.0