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Cunningham Lab

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  • Group Members
  • Awards & Publications
  • Research
    • Carbon Dioxide Responsive Polymer Colloids
    • “Block-random” copolymers as stabilizers in emulsion polymerization
    • Sustainable Materials Derived from Natural Polymers as Substitutes for Petroleum-based Synthetic Polymers: Graft Modification of CNC, Chitosan and Alginate
      • Graft Modification of Cellulose Nanocrystals
      • Graft Modification of Chitosan
    • C02-Switchable Polymers for Coatings Applications
    • A New Approach to Making Bio-Synthetic Latexes
    • CO2-Triggered Agents for Forward Osmosis
  • Links
  • Opportunities
  • Contact Us
  • Home
  • Group Members
  • Awards & Publications
  • Research
    • - Carbon Dioxide Responsive Polymer Colloids
    • - "Block-random" copolymers as stabilizers in emulsion polymerization
    • - Sustainable Materials Derived from Natural Polymers as Substitutes for Petroleum-based Synthetic Polymers: Graft Modification of CNC, Chitosan and Alginate
      • - - Graft Modification of Cellulose Nanocrystals
      • - - Graft Modification of Chitosan
    • - C02-Switchable Polymers for Coatings Applications
    • - A New Approach to Making Bio-Synthetic Latexes
    • - CO2-Triggered Agents for Forward Osmosis
  • Links
  • Opportunities
  • Contact Us

Research

Home/Research

Research in the Cunningham group covers several areas. Some of our recent projects are described in the below pages. 

Please click on each tab for more information:

  • Carbon Dioxide Responsive Polymer Colloids
  • “Block-random” copolymers as stabilizers in emulsion polymerization
  • Sustainable Materials Derived from Natural Polymers as Substitutes for Petroleum-based Synthetic Polymers
    • Graft Modification of Cellulose Nanocrystals
    • Graft Modification of Chitosan
  • CO2 Switchable Polymers for Coatings Applications
  • A New Approach to Making Bio-Synthetic Latexes
  • CO2-Triggered Agents for Forwards Osmosis
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  • Home
  • Group Members
  • Awards & Publications
  • Research
  • Links
  • Opportunities
  • Contact Us