Functional Materials from Polymeric Ionic Liquids

ORAL

Abstract

Ionic liquids (IL's) have been suggested for applications as diverse as solubilizing cellulose, antimicrobial treatments, and electrolytes in batteries due to their molten salt properties. A polymeric cation (such as imidazolium) is an excellent host for \textit{any} associated anion. As a result, polymerized ionic liquids are not just solid counterparts to IL's, but are shown to be vectors for the inclusion of a wide variety of functionalities ranging from multi-valent ions to magnetic anions. Moreover, PIL block copolymers allow orthogonal control over mechanical and morphological properties, ultimately leading to a conceptual framework for processable, tunable, multifunctional materials.

Authors

  • Rachel Segalman

    • University of California, Santa Barbara
    • Univ of California - Santa Barbara
    • UC Santa Barbara
  • Gabriel Sanoja

    • UC Santa Barbara
  • Nicole Michenfelder-Schauser

    • UC Santa Barbara
  • Samir Mitragotri

    • UC Santa Barbara
  • Ram Seshadri

    • UC Santa Barbara