首页> 外文期刊>Journal of cluster science >Novel inorganic-organic hybrid coordination polymer [(C10H16N)(3)(Ag6I9)](n) : Synthesis, structure and optical limiting effect
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Novel inorganic-organic hybrid coordination polymer [(C10H16N)(3)(Ag6I9)](n) : Synthesis, structure and optical limiting effect

机译:新型无机-有机杂化配位聚合物[(C10H16N)(3)(Ag6I9)](n):合成,结构和光学限制作用

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摘要

A novel 1-D organic-inorganic silver(I)-iodide coordination architecture [(C10H16N)(3)(Ag6I9)] (n) (1) (C10H16N+=N-butyl-2-methyl-pyridinium) templated by appropriate cation has been constructed and structurally and optically characterized. The inorganic moiety of 1 presents one-dimensional hackle chain arrangement that results from the edges-sharing of AgI4 tetrahedrons. Static attracting interactions between organic counter cations and inorganic chains are presented and contribute to the crystal packing. The optical limiting experiment shows that the present polymer exhibits a large optical limiting capacity.
机译:一种新型一维有机-无机银(I)-碘配位体系[[(C10H16N)(3)(Ag6I9)](n)(1)(C10H16N + = N-丁基-2-甲基-吡啶鎓)已经构造并且在结构上和光学上表征。 1的无机部分具有一维的哈希链排列,这是由AgI4四面体的边缘共享导致的。提出了有机抗衡阳离子和无机链之间的静态吸引相互作用,并有助于晶体堆积。光学极限实验表明,本发明聚合物表现出大的光学极限容量。

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