May 2012

Journal

Cyclic Imide Dioxime: Formation and Hydrolytic Stability

By:
Kang, S.O.; Vukovic, Sinisa ; Custelcean, Radu ; Hay, Benjamin P
Journal Name:
Industrial & Engineering Chemistry Research
Page Number:
6619-6624
Volume:
51
Issue Number:
19
Publication Date:
May 2012
View DOI Listing:
https://doi.org/10.1021/ie300492z

Abstract

Poly(acrylamidoximes) play an important role in the uranium extraction from seawater. The present work reports solution studies of simple analogs to address the formation and stability of two binding sites present in these polymers, open-chain amidoximes and cyclic imide dioximes, including: 1) conditions that maximize the formation of the cyclic form, 2) existence of a base-induced conversion from open-chain to cyclic form, and 3) degradation under acid and base conditions.


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