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Progress in understanding wetting transitions on rough surfaces
Edward Bormashenko
Department of Chemical Engineering
Research output
:
Contribution to journal
›
Review article
›
peer-review
410
Scopus citations
Overview
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Dive into the research topics of 'Progress in understanding wetting transitions on rough surfaces'. Together they form a unique fingerprint.
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Engineering
Energy Barrier
100%
Critical Pressure
50%
Irreversibility
50%
Apparent Contact Angle
50%
Compressibility
50%
Hydrophobic
50%
Stable State
50%
External Stimulus
50%
Hydrophilic Surface
50%
Energy State
50%
Keyphrases
Wetting Transition
100%
Rough Surface
100%
Cassie Wetting
23%
Energy Barrier
15%
Physical Mechanism
15%
Critical Pressure
7%
Apparent Contact Angle
7%
Time Scaling
7%
Highly Stable
7%
Microstructural
7%
Structural Scale
7%
Threshold Pressure
7%
Superhydrophobic
7%
Wetting Regime
7%
External Stimuli
7%
Energy Scaling
7%
Stable State
7%
Abrupt Change
7%
Omniphobic
7%
Re-entrant
7%
Wetting State
7%
Wenzel Wetting
7%
Hydrophobic Surface
7%
Hydrophilic Surface
7%
Dynamic Wetting
7%
Hierarchical Roughness
7%
High Energy States
7%
Air Compressibility
7%
Molecular Simulation
7%
Material Science
Rough Surface
100%
Contact Angle
25%
Superhydrophobic
25%
Compressibility
25%
Molecular Simulation
25%
Dynamics of Wetting
25%
Surface (Surface Science)
25%