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Exploiting the equilibrium dynamics in the self-assembly of inorganic macrocycles based upon polyoxothiometalate building blocks

机译:利用基于聚氧硫代金属盐的结构单元开发无机大环的自组装平衡动力学

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摘要

We report the preparation and characterization of two new polyoxothiometalate species, {Mo16} = {(Mo2O2S2)8(OH)16(C4O4)2}4− (compound 1) and {Mo12} = {(Mo2O2S2)6(OH)12(CH3COO)2}2− (compound 2). Control of synthesis is achieved by the addition of the organic-template and further re-arrangement is controlled simply by the addition of potassium to a precursor compound yielding compound 2. The structures of the compounds are discussed and we also show that ion-mobility mass spectrometry can be used to resolve the species and their building blocks in solution.
机译:我们报道了两种新的多金属硫代金属酸盐的制备和表征,{Mo16} = {(Mo2O2S2)8(OH)16(C4O4)2} 4-(化合物1)和{Mo12} = {(Mo2O2S2)6(OH)12 (CH 3 COO)2} 2-(化合物2)。合成控制是通过添加有机模板来实现的,而进一步的重排仅是通过向前体化合物中添加钾来控制,从而生成化合物2。对化合物的结构进行了讨论,并且我们还表明了离子迁移率光谱法可用于解析溶液中的物种及其组成部分。

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