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首页> 外文期刊>Journal of chemical crystallography >The crystal and molecular structure of one of the possible conformers of 'the smallest piece of ice' - A solid-state isolation of a hydrogen bonded water hexamer trapped within channels of a crystal of a dirhodium molecule
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The crystal and molecular structure of one of the possible conformers of 'the smallest piece of ice' - A solid-state isolation of a hydrogen bonded water hexamer trapped within channels of a crystal of a dirhodium molecule

机译:一种“最小的冰块”的可能构象异构体的晶体和分子结构-固着在氢分子六氢键晶体通道内的氢键水六聚体的固态分离

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摘要

Reexamination of our study of [Rh-2(HNOCCH3)(4)(2H2O)] . 3H(2)O (Ahsan, M. Q.; Bernal, I.; Bear, J. L. Inorg. Chem. 1986, 26, 260) showed it to be interesting not just because the dirhodium molecule is an antineoplastic but because it contains a hexameric cluster of waters trapped in Rh-Rh lattice cavities. It may well provide an interesting model for the "smallest piece of ice". [References: 15]
机译:重新审查我们对[Rh-2(HNOCCH3)(4)(2H2O)]的研究。 3H(2)O(Ahsan,MQ; Bernal,I .; Bear,JL Inorg。Chem。1986,26,260)证明了这一点很有趣,不仅是因为金属分子是抗肿瘤药,还因为它含有一个六聚体簇被困在Rh-Rh晶格腔中的水。它很可能为“最小的一块冰”提供一个有趣的模型。 [参考:15]

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