Ice Nucleation Regulation by Nanoscale Surface Topography

Ice Nucleation Regulation by Nanoscale Surface Topography

Heterogeneous ice nucleation, triggered by surfaces, profoundly impacts climate systems, biological processes, and technological applications. Classical nucleation theory (CNT) predicts that with curvature radii decreasing within 1 order of magnitude of the critical nucleus radius, convex surfaces s...

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Bibliographic Details
Main Author: Mingxia Ren (4035995) (author)
Other Authors: Yi Peng (306871) (author), Chengwei Zhang (573927) (author), Bo Guan (278967) (author), Guoying Bai (4395019) (author), Jianjun Wang (67330) (author)
Published: 2025
Subjects:
Medicine
Molecular Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
first experimental evidence
even conflicting results
critical nucleus scale
critical nucleus radius
curvature radii decrease
classical nucleation theory
precisely engineered convex
ice nucleation temperatures
ice nucleation regulation
ice nucleation
suppress nucleation
rates decrease
promote nucleation
practical ice
bidirectional regulation
vapor phases
technological applications
surface topography
standing controversy
observed explicitly
directly linked
dependent trends
control engineering
biological processes
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