RESEARCH
Polymer and Coatings Program scientists are involved in a number of research projects. Some of these projects are listed below. Collaboration is being sought for initiating new research projects related to both traditional and non-traditional polymer and coatings areas within the new Masters program.
- Development of novel urethane elastomers for medical applications;
Guidant Corporation.
- Accelerated weathering of marble and resin compatability through conservation of Nine Muses Roman Sarcophagus;
CA Department of Parks and Recreation.
- Development of an advanced, lightweight, mesh and polymer-based splinting system for immobilization of fractures in tactical environments;
US Army.
- Zero VOC preparation of polystyrene-co-methyl methacrylate using Ionic solvents.
- Effects of functional particles on coating performance;
HiTech Vitroco.
- Interactions of surfactants and polymeric surfactants.
- Polyelectrolyte and protein adsorption studies monitered via ATR/FTIR, QCM, and AFM.
- Atomic force microscopy of thin films.
- Membrane and surfactant biophysics.
- Liquid/Liquid interfacial studies.
- Determination of exempt solvents by solid-phase microextraction;
ASTM D6438.
- Validation of EPA Method 311 on HAP - Round Robin Testing
- ASTM VOC method development:
- Standard test method for specifiaction of the volatile organic compounds (VOC's) in solvent-based aerosol paints by gas chromatography.
- Standard test method for specifiaction of the volatile organic compounds (VOC's) in water-based aerosol paints by gas chromatography.
ASTM D6886-03
- Standard test method for specifiaction of the volatile organic compounds (VOC's) in low VOC water-based architectural coatings by gas chromatography.
- Standard test method for analysis of powder coatings (method under development).
- Correlation of solids content and hiding as it relates to calculation of VOC content in architectural coatings, funded by California Air Resources Board (CARB), June 2002.
- Standard test method for specifiaction of the volatile organic compounds (VOC's) in solvent-based aerosol paints by gas chromatography.