1。Contents and Qualification Objectives Contents • Coordination chemistry : mechanisms of reactions of coordination compounds (ligand exchange, electron transfer reactions) • Reaction steps in homogeneous catalysis: oxidative additions and reductive eliminations, σ-bond metatheses, insertion and elimination reactions • Transition metal compounds : metal hydrides and metal organyls, carbene complexes, olefin complexes (synthesis, structure, bonding and reactions) - metal activation of industrially relevant substrates, like dihydrogen, alkanes, carbon monoxide, olefins • Main group element organyls : element organyls of the boron group (triels) – hydroboration and carbometallation reactions • Structural chemistry of inorganic solids : structural arguments, packing types in solid compounds, phase transitions, systematic通过填充八面体和四面体间隙,分子晶格,链条结构,分层结构,网络结构,直径的结构来扣除从密集的球体包装开始的结构。• Intermetallic phases and compounds : alloys, Zintl phases and Zintl salts, polycationic and polyanionic clusters of the main group elements, Wade's rules • Subvalent transition metal compounds : magnetic phenomena, metal-metal bonding, metal-metal multiple bonding, metal clusters, condensation of clusters, metal rich compounds, cluster connection • Solid-state materials : precious stones,它们的使用和生产,钻石和钻石合成,富勒烯,碳纳米管,石墨烯•固体中的化学键:电子带结构理论的介绍,状态的密度,晶体轨道。课程格式资格确定目标•获取对现代无机分子化合物的最重要类别的增强知识•对O过渡金属氢化物,基基和碳复合物的更深入了解同质催化中的基本步骤o同质催化的基本步骤,小分子激活o结构和结构型固体式和化学构成的构建和化学构成•形成型结构和化学的结构•化合物•化学•化合物•化学•化合物•化学•化学•在讨论未知化合物的讨论中获得的知识的使用•信息管理•批判性思维•解决问题的技能•彻底的知识和分析技能,用于计划复杂化学分子的合成途径•对复杂问题的分析和反思•增强交流的能力2。
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