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Interplay of hydrogen bonds in assembling (4,4)-coordination networks: Transformations from open to interpenetrated networks via anion exchange

机译:组装(4,4)-配位网络中氢键的相互作用:通过阴离子交换从开放网络转变为互穿网络

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摘要

Open (4,4)-coordination networks were shown to assemble via N-H center dot center dot center dot O hydrogen bonds in two different ways: the usual offset packing via beta-sheet hydrogen bonds and an unprecedented trigonal packing. Both of the structures have continuous channels that are occupied by guest molecules ( nitrobenzene or EtOH and H2O) which account for 37% or 28% of the crystal volume. Interestingly, these complexes have shown an ability to exchange ClO4- with PF6- ions and transform into the doubly interpenetrated varieties.
机译:开放的(4,4)配位网络显示通过N-H中心点中心点中心点O氢键以两种不同方式组装:通过β-折叠氢键的通常的偏移堆积和前所未有的三角堆积。两种结构均具有连续通道,该通道被客体分子(硝基苯或EtOH和H2O)占据,该客体占晶体体积的37%或28%。有趣的是,这些复合物已显示出将ClO4-与PF6-离子交换并转化为双互穿变体的能力。

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