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Research Projects
Fostering the integrative education and training of students across Materials Science, Chemical Engineering and Chemistry is the central goal of this REU. Research is organized around three themes:

• Ion conduction in ion-containing polymers
• Function of biomacromolecules and self-assembled biostructures
• Thermodynamics and transport in polymer mixtures

Soft materials are well-suited for our hands-on approach to research. Through this REU we will provide students with hands-on experience on a variety of sophisticated analytical, (nano) fabrication, and computational techniques, while working in a project-centered collaborative research environment.

Some selected examples of representative project descriptions from summer 2009 are given below:
 
FACULTY   DEPARTMENT  PROPOSED PROJECT
     
  MatSE Ion Conduction in
Polysiloxane Ionomers

  MatSE Creep Below the Yield Stress
of Weak Gels
  MatSE

Bio-inspired Systems for Biological and Biomedical Applications

  MatSE Carbon Dioxide Adsorption in Nanoporous Polymers
  Chemical Eng.

Application of Pressure Decay Method to DetermineThe Solubility and Diffusivity of Gases in Polymers

  Chemical Eng.

Study of Multicomponent Diffusion in Polymers usingInverse Gas Chromatography

Enriquez Gomez   Chemical Eng. Not yet available
  MatSE Fabrication of Polymer Nanostructures
  MatSE Characterization of Ion Conducting Polymer Membranes
  Chemical Eng.

Raman Fingerprint of DNA on Surfaces from PlasmonEnhanced Vibrational Spectroscopy

  MatSE

Smart/Responsive Polymers and Soft-CondensedMatter Systems

  Chemical Eng.

The Influence of Peptide Length on Interaction of Peptides with Gold Surfaces

  Chemical Eng.

Cation Transport near Alumina Surfaces in SolidPolymer Electrolytes for Li Ion Batteries

  Chemical Eng. Entanglement, Topology, and Random Loops
  Chemical Eng. Unlinked Rings and
“Lattice Animals”
  MatSE

Vibrational Relaxation in
Polymer Blends

  MatSE Self-Contacts in Polymer Solutions and Blends
  MatSE Ion-containing Polymers for Electrochemical Devices
  MatSE

Polyurethane Block Copolymers: Dynamics and NanoscaleStructure

Darrell Velegol   Chemical Eng. Polymer Sandwich Particles
Darrell Velegol   Chemical Eng. Sedimentation Instability
  MatSE Self-assembled Polymer
Fuel Cell Membranes
 
     
 

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