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Hydrodynamically driven colloidal assembly in dip coating
Carlos E. Colosqui
, Jeffrey F. Morris
,
Howard A. Stone
Mechanical & Aerospace Engineering
Chemical & Biological Engineering
Lewis-Sigler Institute for Integrative Genomics
Molecular Biology
High Meadows Environmental Institute
Research output
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Contribution to journal
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Article
›
peer-review
69
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Scopus citations
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Keyphrases
Dip Coating
100%
Colloidal Assembly
100%
Pattern Formation
66%
Meniscus
66%
Withdrawal Speed
66%
Capillary Force
66%
Numerical Simulation
33%
Analytical Model
33%
Minimum number
33%
Model Simulation
33%
Particle Size
33%
Hydrodynamic Force
33%
Capillary
33%
Bond number
33%
Free Surface
33%
Capillary number
33%
Two-dimensional Flow
33%
Stripe Pattern
33%
Particle number
33%
Convective Transport
33%
Particle Assembly
33%
Critical Ratio
33%
Regular Structure
33%
Circular Particle
33%
Colloidal Patterns
33%
Assembly Formation
33%
Coating Film
33%
Hydrodynamic Drag
33%
Induced Forces
33%
Periodic Structures
33%
Engineering
Dip Coating
100%
Hydrodynamics
66%
Capillary Force
66%
Two Dimensional
33%
Convective
33%
Analytical Model
33%
Particle Diameter
33%
Hydrodynamic Force
33%
Bond Number
33%
Thin Films
33%
Capillary Number
33%
Dimensional Flow
33%
Free Surface
33%
Induced Force
33%
Computer Simulation
33%
Material Science
Hydrodynamics
100%
Film
66%
Thin Films
33%
Particle Assembly
33%