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首页> 外文期刊>Inorganic Chemistry: A Research Journal that Includes Bioinorganic, Catalytic, Organometallic, Solid-State, and Synthetic Chemistry and Reaction Dynamics >Rare Examples of Transition-Metal-Main-Group Metal Heterometallic Metal-Organic Frameworks from Gallium and Indium Dipyrrinato Complexes and Silver Salts:Synthesis and Framework Variability
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Rare Examples of Transition-Metal-Main-Group Metal Heterometallic Metal-Organic Frameworks from Gallium and Indium Dipyrrinato Complexes and Silver Salts:Synthesis and Framework Variability

机译:镓和铟双吡啶金属配合物和银盐的过渡金属主族金属杂金属金属有机骨架的稀有例子:合成和骨架变异性

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New main-group metal dipyrrinato complexes [M(4-pyrdpm)3],where M = Ga~(3+)or In~(3+)and 4-pyrdpm is the anion of 5-(4-pyridyl)dipyrrin(4-pyrdpmH),have been synthesized and incorporated into metal-organic frameworks(MOFs)by reacting the dipyrrinato complexes with silver(I)salts.MOFs formed with AgOTf(OTf = O3SCF3)and AgSbF6 gave frameworks with three-dimensional(10,3)and two-dimensional(6,3)topologies,respectively.In contrast,AgPF6 produced both(10,3)and(6,3)network topologies,suggesting that the PF6 anion has little preference for templating(10,3)versus(6,3)frameworks within this system.These findings update an earlier MOF study that examined the role of these anions in templating related heterometallic MOFs which used [Fe(4-pyrdpm)3] and [Co(4-pyrdpm)3] metalloligands.All of the dipyrrin compounds reported here have been characterized by single-crystal X-ray crystallography,including the first crystallographically characterized example of a 1,2,3-unsubstituted free-base dipyrrin,4-pyrdpmH.
机译:新的主族金属二吡咯啉酮络合物[M(4-pyrdpm)3],其中M = Ga〜(3+)或In〜(3 +),4-pyrdpm是5-(4-吡啶基)双吡啶的阴离子(已通过将二吡喃酮配合物与银(I)盐反应合成了4-pyrdpmH)并掺入金属有机骨架(MOFs)中。由AgOTf(OTf = O3SCF3)和AgSbF6形成的MOF给出了三维骨架(10,分别是3)和二维(6,3)拓扑结构。相比之下,AgPF6既产生(10,3)和(6,3)网络拓扑结构,也表明PF6阴离子不太喜欢模板化(10,3)与(6,3)框架进行比较。这些发现更新了早期的MOF研究,该研究检查了这些阴离子在模板化使用[Fe(4-pyrdpm)3]和[Co(4-pyrdpm)3本文报道的所有二吡啶化合物均已通过单晶X射线晶体学表征,包括第一个在晶体学上表征的1,2,3-未取代的游离碱二吡啶,4-py rdpmH。

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