2023
DOI: 10.1016/j.apsadv.2023.100514
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Advancing selective copper detection in water: Innovative electrode utilizing surface ion-imprinted polymer

Sheng Gong,
Yujie Liang,
Xuhong Liu
et al.
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Cited by 10 publications
(1 citation statement)
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“…114 As synthetic materials, IIPs are designed to recognize and bind specific target ions with high affinity and selectivity. 115 They are easy to produce, exhibit impressive storage endurance without performance degradation, remain stable across wide temperature ranges, and maintain reliable imprint memory for over 100 cycles with little performance loss. 116,117 The principle underlying IIPs is rooted in ionic recognition.…”
Section: Mercury-based Iipsmentioning
confidence: 99%
“…114 As synthetic materials, IIPs are designed to recognize and bind specific target ions with high affinity and selectivity. 115 They are easy to produce, exhibit impressive storage endurance without performance degradation, remain stable across wide temperature ranges, and maintain reliable imprint memory for over 100 cycles with little performance loss. 116,117 The principle underlying IIPs is rooted in ionic recognition.…”
Section: Mercury-based Iipsmentioning
confidence: 99%