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Synthesis and structures of the new biferrocenamine-based receptor and its characterization of electrochemical recognition of transition metal ions

机译:新型双甲胺胺基受体的合成与结构及其表征过渡金属离子的电化学识别

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摘要

The new biferrocenamine-base receptor FcL was prepared and characterized.The X-ray crystal structure of FcL was also described.The electrochemical studies reveal that the FcL show a two-wave behavior for H~+,Cu~(2+),Zn~(2+) and Ni~(2+),but was unresponsive to Mg~(2+) and Ca~(2+).The maximum oxidation peak potential shift of about 250 mV was found for FcL in the presence of Cu~(2+),Zn~(2+) or Ni~(2+).
机译:制备和表征新的Biferrocenamine-基受体Fcl。还描述了FCL的X射线晶体结构。电化学研究表明,FCL显示H〜+,Cu〜(2 +),Zn的双波行为 〜(2+)和Ni〜(2 +),但对Mg〜(2+)和Ca〜(2 +)没有响应。在Cu存在下,对FCL发现约250mV的最大氧化峰电位偏移 〜(2 +),Zn〜(2+)或Ni〜(2+)。

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