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首页> 外文期刊>Inorganic Chemistry Communications >p-Terpheny1-2,2 '',5 '',5 '''-tetracarboxylate acid based bifunctional 1D Zinc(II) metal-organic platform for luminescent sensing and gas adsorption
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p-Terpheny1-2,2 '',5 '',5 '''-tetracarboxylate acid based bifunctional 1D Zinc(II) metal-organic platform for luminescent sensing and gas adsorption

机译:P-TERPHENY1-2,2''',5'',5''' - 基于二羧酸酸的双官能1d锌(ii)金属 - 有机平台,用于发光感测和气体吸附

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摘要

Based on the mixed ligands strategy of p-terpheny1-2,2 '',5 '',5'"-tetracarboxylate acid (H(4)tptc) and 1,10-phenanthroline (phen), a novel Zinc(II) coordination polymer, {[Zn(tptc)(0.5)(phen))-dioxane}(n) (1), has been constructed. Structural analysis revealed that complex 1 is a 1D polymeric chains based architecture, with the porosity is 25.3% after remove the solvents. The gas adsorptions reveal that complex 1 displaying high CO2 selective absorption over N-2 and CH4. Besides, the luminescent sensing investigation indicating complex 1 exhibiting highly luminescent sensitive sensing of Cr(VI) anions in aqueous solution.
机译:基于P-Terpheny1-2,2'',5'',5'“ - 四羧酸甲酸(H(4)TPTC)和1,10-菲咯啉(Phen),一种新型锌(II)的混合配体策略 已经构建了协调聚合物,{[Zn(TPTC)(0.5)(0.5)) - 二恶烷}(n)(n)(1)。结构分析表明,复合物1是基于1d的基于聚合物链的结构,孔隙率为25.3% 取出溶剂后。气体吸附显示,复合物1显示高CO2和CH 4上的CO 2选择性吸收。此外,表明络合物1表现出水溶液中Cr(VI)阴离子的高度发光敏感感测。

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