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首页> 外文期刊>Indian Journal of Chemistry, Section A. Inorganic, Physical, Theoretical & Analytical >Synthesis and structure of new cobalt(II) copper(II),nickel(II) and cobalt (II) nickel(II) heteronuclear complexes containing monoethanolamine
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Synthesis and structure of new cobalt(II) copper(II),nickel(II) and cobalt (II) nickel(II) heteronuclear complexes containing monoethanolamine

机译:含单乙醇胺的新型钴(II)铜(II),镍(II)和钴(II)镍(II)异核配合物的合成与结构

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The heteronuclear Co~(II)Cu~(II),Ni~(II)Cu~(II) and Co~(II)Ni~(II) complexes containing monoethanolamine,(MEA) ,have been prepared using the corresponding metal salts and MEA as starting materials.Both Co~(II)Cu~(II) and Ni~(II)Cu~(II) complexes are heterotrinuclear complexes but the Co~(II)Ni~(II) complex is heterodinuclear one.The coordiantion ability of Cu~(II) towards MEA is stronger than Co~(II) and Ni~(II).The separated complexes are of tetrahedral geometry with bridged chlorides and of high stability.The thermalbehaviour and thermodynamic parameters of the prepared complexes have been studied.The dependence of the electrical conductivity on temperature is examined and the complexes are found to be of semiconducting behaviour.
机译:使用相应的金属盐制备了含单乙醇胺(MEA)的杂核Co〜(II)Cu〜(II),Ni〜(II)Cu〜(II)和Co〜(II)Ni〜(II)配合物Co〜(II)Cu〜(II)和Ni〜(II)Cu〜(II)的配合物都是异三核配合物,而Co〜(II)Ni〜(II)的配合物是异核的。 Cu〜(II)对MEA的配位能力强于Co〜(II)和Ni〜(II)。分离的配合物为四面体几何结构,具有桥连的氯化物且稳定性高,所制备的配合物的热行为和热力学参数具有研究了电导率对温度的依赖性,发现该络合物具有半导体性能。

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