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Start Over Graduate Program Chemical Engineering Committee Member Manish Kumar Committee Member Michael Anthony Hickner Keyword Catalytic Membrane Keyword Coffee ring number Keyword Metal oxide nanoparticles Keyword Reverse Osmosis Keyword microchannel

1. CHEMICALLY-DRIVEN TRANSPORT OF COLLOIDAL PARTICLES AND MOLECULES

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Open Access

Author:: Guha, Rajarshi
Title:: CHEMICALLY-DRIVEN TRANSPORT OF COLLOIDAL PARTICLES AND MOLECULES
Graduate Program:: Chemical Engineering
Keywords:: Chemically-driven transport
Diffusiophoresis
Diffusioosmosis
Reverse Osmosis
Membrane fouling
Catalytic Membrane
Metal oxide nanoparticles
Coffee ring
Surface patterning
Dye-sensitized solar cells
Methylated DNA detection
Molecular chemotaxis
Binding-unbinding
Molecular dyes
polymer gradients
microchannel
COMSOL modeling
Droplet evaporation modeling
Coffee ring number
Polystyrene particles
Chemotaxis index
File:: Download rxg276_Final_thesis_2017.pdf
Committee Members:: Darrell Velegol, Dissertation Advisor/Co-Advisor
Darrell Velegol, Committee Chair/Co-Chair
Manish Kumar, Committee Member
Michael Anthony Hickner, Committee Member
Ayusman Sen, Outside Member