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首页> 外文期刊>Angewandte Chemie >Synthesis and Characterization of [exo-BH2(Cp*M)2B9H14] (M=Ru, Re), and the Conversion of the Ruthenaborane into [(Cp*Ru)2B10H16] with an Open Cluster Framework Based on a Capped Truncated Tetrahedron
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Synthesis and Characterization of [exo-BH2(Cp*M)2B9H14] (M=Ru, Re), and the Conversion of the Ruthenaborane into [(Cp*Ru)2B10H16] with an Open Cluster Framework Based on a Capped Truncated Tetrahedron

机译:[exo-BH2(Cp * M)2B9H14](M = Ru,Re)的合成与表征,以及基于带帽截短四面体的开放簇构架将钌萘硼烷转化为[(Cp * Ru)2B10H16]

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摘要

The evolution of main-group and transition-metal cluster structural chemistry since the development of the electron-counting rules in the 1970s is an important achievement of modern inorganic chemistry.[1], [2] The useful connection between cluster geometry and electronic structure defined by the electron counting rules provides a solid foundation for the rational approach to larger clusters and nanoparticle systems that lie between small clusters and bulk crystalline materials with extended structures.
机译:自1970年代电子计数规则发展以来,主族和过渡金属簇结构化学的演变是现代无机化学的重要成就。[1],[2]簇几何与电子结构之间的有用联系由电子计数规则定义的方法为合理的方法奠定了坚实的基础,该方法适用于较大的团簇和位于小团簇和具有扩展结构的块状晶体材料之间的纳米粒子系统。

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