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Start Over Degree PHD Keyword microchannel Keyword Droplet evaporation modeling Keyword Metal oxide nanoparticles Keyword Coffee ring Keyword Metal oxide nanoparticles Keyword Surface patterning Keyword Coffee ring Keyword Binding-unbinding

1. CHEMICALLY-DRIVEN TRANSPORT OF COLLOIDAL PARTICLES AND MOLECULES

open_access
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