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Hydrothermal Synthesis and Characterization of Three Cationic Inorganic-Organic Hybrid Materials Based on Lead Fluoride

机译:三种基于氟化铅的阳离子无机有机杂化材料的水热合成与表征

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摘要

Three rare examples of extended inorganic materials possessing a cationic charge on the host have been successfully synthesized hydrothermally. The first structure consists of two-dimensional lead fluoride [Pb9F16](2+) sheets with perchlorate anions occupying the interlayer space, The material is a higher symmetry polytype of our previously reported lead fluoride nitrate Pb3F5 center dot NO3. Two new isoreticular layered metal-organic frameworks have also been discovered with cationic lead fluoride [Pb2F2](2+) layers pillared by 3- and 4-carbon chain alkylenedisulfonate molecules. Each structure was characterized by powder and single-crystal X-ray diffraction and thermogravimetric analysis. The thermal stability increases with the alkylene chain length of the linker molecule. The syntheses require the addition of perchloric acid to the reaction mixture. An improved synthesis for our previously reported lead fluoride polytype pillared by ethanedisulfonate in terms of increased yield and purity was also realized using perchloric acid.
机译:已经成功地水热合成了在基质上具有阳离子电荷的扩展无机材料的三个罕见实例。第一种结构由二维氟化铅[Pb9F16](2+)片材组成,高氯酸根阴离子占据层间空间。该材料是我们先前报道的硝酸铅Pb3F5中心点NO3的对称性更高的多型体。还发现了两个新的等孔网状金属-有机骨架,其中阳离子氟化铅[Pb2F2](2+)层由3-和4-碳链亚烷基二磺酸盐分子支撑。每种结构均通过粉末和单晶X射线衍射以及热重分析进行表征。热稳定性随着连接分子的亚烷基链长度的增加而增加。合成需要向反应混合物中加入高氯酸。使用高氯酸还可以改善我们先前报道的以乙二磺酸盐为柱基的氟化铅多型,提高了收率和纯度。

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