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A novel organotellurium halide with tellurium presenting mixed oxidation states: Synthesis and structural characterization

机译:新型碲化卤化物有机碲呈现混合氧化态:合成与结构表征

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In this work we have investigated the reaction for the obtention of an uncommon complex salt of the organotellurium bromide class. The reaction was carried out without the isolation of the synthetic intermediates in one-pot procedure. The complex salt obtained presents the tellurium atoms with mixed oxidation states (TeII and TeIV). The cationic unit [5-Br-2-CH3O-C6H3Te(ETU)]+ presents the TeII atom with a "T" shape coordination geometry, and the anionic unit [4-CH3O-C6H4TeBr 4]- presents the TeIV atom with an octahedral coordination geometry considering the Te···Br interaction of 3.600(6) from the dimeric arrangement presented in the solid state. Intermolecular (Te···Br) secondary bonds, built up the crystalline/molecular structure. Solution NMR data are presented and discussed in the light of the X-ray structure.
机译:在这项工作中,我们研究了获得不常见的有机碲溴化物络合物盐的反应。该反应无需一锅法就可分离出合成中间体。所获得的复合盐呈现出具有混合氧化态的碲原子(TeII和TeIV)。阳离子单元[5-Br-2-CH3O-C6H3Te(ETU)] +表示TeII原子具有“ T”形配位几何形状,阴离子单元[4-CH3O-C6H4TeBr 4]-提供TeIV原子具有考虑到固态存在的二聚体结构的Te··Br相互作用为3.600(6)的八面体配位几何。分子间(Te···Br)二级键,建立了晶体/分子结构。根据X射线结构显示并讨论了溶液NMR数据。

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