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Trapping of Octameric Water Cluster by the Neutral Unclosed Cryptand Environment

机译:中性未封闭地穴环境诱捕八聚体水团

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摘要

Unclosed cryptands (UCs) are neutral and easily accessible compounds with precisely defined spatial arrangement of various functional groups. They readily form crystals with a unusually high packing efficiency (≥0.8), thus providing a well-suited 3Dframework for study of supramolecular assemblies. Herein, one example of the discrete eight-membered water cluster trapped in the matrix of UC 1 is presented. X-ray, ATR FT-IR, and DFT studies indicate extraordinary stability of this assembly, which originated from the cumulative interplay of many noncovalent interactions-hydrogen bonds and London dispersion forces.
机译:未封闭的cryptands(UCs)是中性的,容易获得的化合物,具有各种官能团的精确定义的空间排列。它们很容易形成具有异常高堆积效率(≥0.8)的晶体,从而为研究超分子组装提供了非常适合的3D框架。在此,提出了一个被困在UC 1矩阵中的离散的八元水簇的例子。 X射线,ATR FT-IR和DFT研究表明该组件具有非凡的稳定性,其源于许多非共价相互作用-氢键和伦敦分散力的累积相互作用。

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