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合成芳基取代的二吡咯二酮二氟硼络合物(BONEPYs):调节氢键检测氟离子
引用本文:邵竹梅,岳帅,崔天放,姜新东. 合成芳基取代的二吡咯二酮二氟硼络合物(BONEPYs):调节氢键检测氟离子[J]. 染料与染色, 2020, 0(1): 18-23,14
作者姓名:邵竹梅  岳帅  崔天放  姜新东
作者单位:沈阳化工大学
基金项目:国家自然科学基金重大项目(U1908202)。
摘    要:本文通过相应的吡咯和丙二酰氯的缩合,以BF3·Et2O处理,首次合成了含芳基的二吡咯二酮二氟硼络合物(BONEPYs)。研究表明通过调节氢键,BONEPYs与F^-先形成三配位络合物,后变成五配位络合物。实验和量化计算表明,BONEPYs五配位络合物相对能量更低,对F^-高度敏感。因此,合成的BONEPYs可作为检测F^-更有效的探针。

关 键 词:阴离子识别  氟离子  探针

Development of Aryl-containing Dipyrrolyldiketone Difluoroboron Complexes(BONEPYs):Tune the Hydrogen Bonds for Fluoride Detection
SHAO Zhu-mei,YUE Shuai,CUI Tian-fang,JIANG Xin-Dong. Development of Aryl-containing Dipyrrolyldiketone Difluoroboron Complexes(BONEPYs):Tune the Hydrogen Bonds for Fluoride Detection[J]. Ranliao yu Ranse, 2020, 0(1): 18-23,14
Authors:SHAO Zhu-mei  YUE Shuai  CUI Tian-fang  JIANG Xin-Dong
Affiliation:(Shenyang University of Chemical Technology,Shenyang,110142)
Abstract:The aryl-containing dipyrrolyldiketone difluoroboron complexes(BONEPYs)were developed for the first time by the condensation of the corresponding pyrrole and malonyl chloride,followed by treatment with BF3·OEt2.Studies showed that BONEPY and F^- first formed a tri-coordination complex by adjusting the hydrogen bond,which gradually became a penta-coordination complex.Experimental and theoretical results showed that the BONEPYs pentacoordinate complex had lower relative energy and was highly sensitive to F^-.Therefore,BONEPYs as an efficient probe could detect F^-.
Keywords:anion recognition  fluoride ion  probe
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