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| Center for Catalytic Science & Technology | ||||||||
| Comprised of the following departments: Chemical Engineering :: Chemistry & Biochemistry :: Materials Science & Engineering | ||||||||
Multiscale simulation, reacting flows, reaction mechanism development, microreactors, portable power, energy, crystal growth, nanomaterials, zeolites, membranes, separations, cellular engineering and cancer
Surface science and catalysis by metal oxides and metals; acid-base catalysis; application of density functional theory to surface reactions; self-assembly of inorganic materials, scanning probe microcopies
Synthesis of complex oxides and alloys, composition-structure-property relationships in catalytic and electronic materials; high-resolution electron microscopy
Synthesis and characterization of metal carbides and bimetallic alloys as novel catalytic/electrocatalytic materials for applications in environmental catalysis and fuel cells; determination of structure-property relationship on single crystal surfaces, PVD/CVD films, nanoparticles, and supported catalysts
Theoretical and computational methods with applications to materials science, surface science, and catalysis
High-throughput catalysis, fabrication of conducting polymer nanofilms, non-linear dynamics of catalytic reactions, and time-resolved IR spectroscopy of supported catalysts
Synthesis and characterization of zeolites and other microporous materials, structure-property relationships in porous adsorbents and catalysts
Nanostructured materials synthesis via PVD and CVD processes with applications to environmental catalysis and energy generation
Stereo–selective synthesis of natural products, enantio–selective catalysis, computational organometallic chemistry
Experimental and computational surface and thin film chemistry, diffusion barriers, nucleation, growth, self-assembly, surface modification
Homogeneous catalysis, coordination polymerization of olefins, activation of dioxygen by novel oxidation catalysis