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UF Ph.D. Program Information Areas of Specialization 1* ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites MODELING, THEORY, AND SIMULATION: Artificial Intelligence MODELING, THEORY, AND SIMULATION: COMSOL® Modeling MODELING, THEORY, AND SIMULATION: Density Functional Theory MODELING, THEORY, AND SIMULATION: Kinetic Modeling MODELING, THEORY, AND SIMULATION: Mathematical Theory MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Areas of Specialization 2* ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites MODELING, THEORY, AND SIMULATION: Artificial Intelligence MODELING, THEORY, AND SIMULATION: COMSOL® Modeling MODELING, THEORY, AND SIMULATION: Density Functional Theory MODELING, THEORY, AND SIMULATION: Kinetic Modeling MODELING, THEORY, AND SIMULATION: Mathematical Theory MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Areas of Specialization 3* ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites MODELING, THEORY, AND SIMULATION: Artificial Intelligence MODELING, THEORY, AND SIMULATION: COMSOL® Modeling MODELING, THEORY, AND SIMULATION: Density Functional Theory MODELING, THEORY, AND SIMULATION: Kinetic Modeling MODELING, THEORY, AND SIMULATION: Mathematical Theory MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Areas of Specialization 1 ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites MODELING, THEORY, AND SIMULATION: Artificial Intelligence MODELING, THEORY, AND SIMULATION: COMSOL® Modeling MODELING, THEORY, AND SIMULATION: Density Functional Theory MODELING, THEORY, AND SIMULATION: Kinetic Modeling MODELING, THEORY, AND SIMULATION: Mathematical Theory MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Areas of Specialization 2 ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites MODELING, THEORY, AND SIMULATION: Artificial Intelligence MODELING, THEORY, AND SIMULATION: COMSOL® Modeling MODELING, THEORY, AND SIMULATION: Density Functional Theory MODELING, THEORY, AND SIMULATION: Kinetic Modeling MODELING, THEORY, AND SIMULATION: Mathematical Theory MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Areas of Specialization 3 ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites MODELING, THEORY, AND SIMULATION: Artificial Intelligence MODELING, THEORY, AND SIMULATION: COMSOL® Modeling MODELING, THEORY, AND SIMULATION: Density Functional Theory MODELING, THEORY, AND SIMULATION: Kinetic Modeling MODELING, THEORY, AND SIMULATION: Mathematical Theory MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
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