Design, synthesis and RAFT polymerisation of a quinoline-based monomer for use in metal-binding composite microfibers
Isakova, Anna; Efremova, Olga; Pullan, Nikki; Lüer, Larry; Topham, Paul D.
Paul D. Topham
Metal-binding polymer fibres have attracted major attention for diverse applications in membranes for metal sequestration from waste waters, non-woven wound dressings, matrices for photocatalysis, and many more. This paper reports the design and synthesis of an 8-hydroxyquinoline-based zinc-binding styrenic monomer, QuiBoc. Its subsequent polymerisation by reversible addition-fragmentation chain transfer (RAFT) yielded well-defined polymers, PQuiBoc, of controllable molar masses (6 and 12 kg mol -1 ) with low dispersities (M w /M n < 1.3). Protected (PQuiBoc) and deprotected (PQuiOH) derivatives of the polymer exhibited a high zinc-binding capacity, as determined by semi-quantitative SEM/EDXA analyses, allowing the electrospinning of microfibres from a PQuiBoc/polystyrene (PS) blend without the need for removal of the protecting group. Simple "dip-coating" of the fibrous mats into ZnO suspensions showed that PQuiBoc/PS microfibres with only 20% PQuiBoc content had almost three-fold higher loadings of ZnO (29%) in comparison to neat PS microfibres (11%).
|Journal Article Type||Article|
|Publisher||Royal Society of Chemistry|
|Peer Reviewed||Peer Reviewed|
|APA6 Citation||Isakova, A., Efremova, O., Pullan, N., Lüer, L., & Topham, P. D. (2016). Design, synthesis and RAFT polymerisation of a quinoline-based monomer for use in metal-binding composite microfibers. RSC advances, 6(8), 6598-6606. https://doi.org/10.1039/c5ra25551a|
|Keywords||Polymerisation, Metal-binding polymer fibres|
|Additional Information||: This document is Similarity Check deposited; : Supplementary Information; : The Royal Society of Chemistry has an exclusive publication licence for this journal; : Single-blind; : Received 1 December 2015; Accepted 5 January 2016; Accepted Manuscript published 11 January 2016; Version of Record published 15 January 2016|
2017-01-05 12479 Efremova.pdf
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