Toward controlled functional sequencing and hierarchical structuring in imidazolium ionenes

This focused mini‐review highlights recent advances related to the design and applications of imidazolium ionenes and forward‐looking perspectives. Creative strategies which employ established synthetic approaches and utilize the modularity of the imidazole moiety unlock great potential for tailorin...

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Published in:Polymer international Vol. 70; no. 7; pp. 944 - 950
Main Authors: O'Harra, Kathryn E, Bara, Jason E
Format: Journal Article
Language:English
Published: Chichester, UK John Wiley & Sons, Ltd 01.07.2021
Wiley Subscription Services, Inc
Subjects:
Imidazole
Ionenes
Modularity
Polymers
Structure-function relationships
ISSN:0959-8103, 1097-0126
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Abstract This focused mini‐review highlights recent advances related to the design and applications of imidazolium ionenes and forward‐looking perspectives. Creative strategies which employ established synthetic approaches and utilize the modularity of the imidazole moiety unlock great potential for tailoring both functional and structural features arising from precise spacing of ionic groups within the polymer backbone. As imidazolium ionenes draw more interest, increased sophistication of chemical modifications and material processing is occurring, with a corresponding shift toward more demanding applications. Synthetic routes for placement and sequencing of ionic content are discussed, in addition to recent approaches to control structure and self‐assembly or tune behaviors of imidazolium ionenes and composites. © 2020 Society of Industrial Chemistry Structural and functional sequencing in imidazolium ionenes can be tailored via design approaches which allow for control of cation structure, sequence and spacing of charged features, associated anion, functional segments, and additives.. Structural and functional sequencing in imidazolium ionenes can be tailored via design approaches which allow for control of cation structure, sequence and spacing of charged features, associated anion, functional segments, and additives.
AbstractList This focused mini‐review highlights recent advances related to the design and applications of imidazolium ionenes and forward‐looking perspectives. Creative strategies which employ established synthetic approaches and utilize the modularity of the imidazole moiety unlock great potential for tailoring both functional and structural features arising from precise spacing of ionic groups within the polymer backbone. As imidazolium ionenes draw more interest, increased sophistication of chemical modifications and material processing is occurring, with a corresponding shift toward more demanding applications. Synthetic routes for placement and sequencing of ionic content are discussed, in addition to recent approaches to control structure and self‐assembly or tune behaviors of imidazolium ionenes and composites. © 2020 Society of Industrial Chemistry
This focused mini‐review highlights recent advances related to the design and applications of imidazolium ionenes and forward‐looking perspectives. Creative strategies which employ established synthetic approaches and utilize the modularity of the imidazole moiety unlock great potential for tailoring both functional and structural features arising from precise spacing of ionic groups within the polymer backbone. As imidazolium ionenes draw more interest, increased sophistication of chemical modifications and material processing is occurring, with a corresponding shift toward more demanding applications. Synthetic routes for placement and sequencing of ionic content are discussed, in addition to recent approaches to control structure and self‐assembly or tune behaviors of imidazolium ionenes and composites. © 2020 Society of Industrial Chemistry Structural and functional sequencing in imidazolium ionenes can be tailored via design approaches which allow for control of cation structure, sequence and spacing of charged features, associated anion, functional segments, and additives.. Structural and functional sequencing in imidazolium ionenes can be tailored via design approaches which allow for control of cation structure, sequence and spacing of charged features, associated anion, functional segments, and additives.
Author Bara, Jason E
O'Harra, Kathryn E
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  organization: University of Alabama
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Snippet This focused mini‐review highlights recent advances related to the design and applications of imidazolium ionenes and forward‐looking perspectives. Creative...
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SubjectTerms Imidazole
Ionenes
Modularity
Polymers
Structure-function relationships
Title Toward controlled functional sequencing and hierarchical structuring in imidazolium ionenes
URI https://onlinelibrary.wiley.com/doi/abs/10.1002%2Fpi.6109
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Volume 70
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