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Imidazolium salts, which constitute a varied pool of charged chemical entities, are situated at the crossroads of multidisciplinary fields in chemistry because of their incorporation in a broad array of molecular systems. Imidazolium functionality has emerged as a privileged structural motif for the design of specifically tailored artificial receptors for anion recognition and sensing. The specific...
Faced with an extensive pool of imidazolium‐based systems, the present study was based on selected examples of bis(imidazolium) models for anion recognition to broaden the applicability of counteranion exchange by using the anion‐exchange resin (AER) (A– form) method in nonaqueous media. Relying on the hydrophobicity of the quaternary imidazolium salt for counteranion exchange, the AER (A– form) method...
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