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From simple chalcogenidotetrelate precursors to complex structures and functional compounds

机译:从简单的硫属元素化合物前体到复杂的结构和功能化合物

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摘要

Chalcogenidotetrelates show a rich and complex chemistry encompassing intricate structures and useful materials. A step-wise coordination chemistry approach allows the sequential formation of multinary M/T/E anions (M = transition metal, T = tetrel, E = chalcogen) from simple T/E building blocks in solution. This way, a range of compounds displaying different structure types of molecular as well as extended multinary anions were obtained. To allow for even further variety, the approach can be extended to organo-functionalized chalcogenidotetrelates. Here, the organic shell of the inorganic cages plays a decisive role in reactivity and resulting structures. The formation structures and properties of these compounds will be discussed in detail in this perspective article.
机译:硫属元素半碳酸盐显示出复杂而复杂的化学结构,包括复杂的结构和有用的材料。逐步配位化学方法允许从溶液中的简单T / E结构单元按顺序形成多元M / T / E阴离子(M =过渡金属,T =蝶呤,E =硫族元素)。这样,获得了一系列显示不同结构类型的分子以及扩展的多元阴离子的化合物。为了允许进一步的变化,该方法可以扩展到有机官能化硫属元素半萜酸酯。在此,无机笼的有机壳在反应性和最终结构中起决定性作用。这些化合物的形成结构和性质将在本透视文章中详细讨论。

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