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Dihydrogen Phosphate Selective Anion Receptor Based on Acylhydrazone

机译:基于Ac的磷酸二氢盐选择性阴离子受体

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摘要

Anion receptor 1 based on acylhydrazone has been designed and synthesized. UV-vis and ~1H NMR titration showed that receptor 1 is selective receptor for dihydrogen phosphate (H2PO_4~-). Dihydrogen phosphate was complexed by the receptor 1 via at least 4 hydrogen bonding interactions, contributing from two amide N-Hs and two imine C-Hs. In addition, nitrogen in the aromatic ring could make 2 additional hydrogen bondings with OH groups in the dihydrogen phosphate. However, the receptor 1 could make only 4 hydrogen bonds with halides. Therefore, receptor 1 could bind anions through hydrogen bonds with a selectivity in the order of H2PO_4~-→Br~- > Cl~- in highly polar solvent such as DMSO.
机译:设计并合成了基于酰基hydr的阴离子受体1。 UV-vis和〜1H NMR滴定表明受体1是磷酸二氢盐(H2PO_4〜-)的选择性受体。磷酸二氢通过至少4个氢键相互作用被受体1络合,这是由两个酰胺N-H和两个亚胺C-H共同引起的。此外,芳环中的氮可以与磷酸二氢酯中的OH基团另外形成2个氢键。但是,受体1只能与卤化物形成4个氢键。因此,在高极性溶剂(如DMSO)中,受体1可以通过氢键以H2PO_4〜-→Br〜-> Cl〜-的选择性结合阴离子。

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