Synthesis of degradable thiol-ene thermosets with incorporation of antimicrobial aldehyde containing essential oils. By devising a method of prevention of foodborne pathogens, many foodborne illnesses can be avoided.
The research focus in the Thames-Rawlins Research Group is on understanding the coating-substrate interfacial changes and degradation caused by acclimation to the environment, specifically water, oxygen and electrolytes.
I synthesized a library of UV-curable monomers with degradable acetals from various antimicrobial aldehydes. I then subsequently photopolymerized the monomers into homogeneous thiol-ene networks.
The purpose of my undergraduate research is to understand the role of polymer matrix composition and structure in the development of interfaces and corrosion protection of multi-layer coatings systems.
Current efforts are focused on developing novel, out-of-autoclave curable systems via photo-initiated azide-alkyne cycloaddition to aid in the manufacturing of aerospace composites. This research will provide further insight into developing efficient and environmentally friendly curing processes for heavy-load aircraft components such as wings and fuselages.
Current research involves synthesizing anionic, acrylamide-based polymers via aqueous reversible addition-fragmentation chain transfer polymerization (aRAFT) for determination of structure/binding interactions with the protein gliadin and other food-based proteins.
PCI is proud to be partnering with the School of Polymers and High Performance Materials at The University of Southern Mississippi to provide information on the program’s upcoming graduates. Read below to learn about our Student of the Month, and email polymers@usm.edu or call 601-266-4868 for more information about them.
Degree being sought: Polymer Science, B.S.
Undergrad Degree & Institution: Polymer Science, B.S., The University of Southern Mississippi
RSS
