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| Baton Rouge, Louisiana | |
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
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Office: 318 |
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Office: 262 ChE Building |
Reaction engineering, catalysis, high pressure materials processing | |||
John
Flake Office: 216 ChE Building |
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Office: 306 ChE Building |
Reactor engineering, electronic materials processing, chemical vapor deposition, aerosol synthesis, scanning electron microscopy | |||
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Office: 206 ChE Building |
Biochemical engineering, bioreactor kinetics and dynamics, applied mathematics | |||
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Office: 214 |
Molecular simulation and computational modeling, adsorption on nanoporous materials and interfaces, ionic liquids, liquid crystals, polycyclic aromatic hydrocarbons, nanomaterials | |||
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Office: 270 ChE Building |
Computer-aided process design, high pressure processing, process intensification | |||
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Office: 210 ChE Building |
Multiphase flows, computational fluid dynamics, computer aided modelling of chemical, mineral, polymer and electrochemical processes, including fuel cells | |||
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Office: 220 ChE Building |
Process systems engineering, linear and nonlinear process
control, modelling, architectures for complex processes |
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Office: 310 ChE Building |
Heterogenous catalysis applied to environmental and energy problems; kinetics and reaction engineering | |||
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Office: 158 ChE Building |
Chemodynamics, chemical separations, multimedia environmental modeling, bed-sediment remediation | |||
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Office: 320 ChE Building |
Transport and reaction in porous media, low-Reynolds-number flow and mass transfer, computational methods |
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Kalliat Valsaraj Office of Research and Economic Development |
Applied surface-chemistry, environmental engineering, mass transfer separation processes | |||
David M. Wetzel Office: 308 ChE Building |
Hazardous waste, separation and destruction | |||
Mary Julia (Judy)
Wornat Office: 212 ChE Building |
Combustion; energy utilization; environmental pollutants;
polycyclic aromatic hydrocarbons |
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