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首页> 外文期刊>Polyhedron: The International Journal for Inorganic and Organometallic Chemistry >Synthesis and structure of a complex with the coordinated triaminoguanidinium(2+) ion, [Cu(TAGH(2))Cl-3]Cl center dot H2O
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Synthesis and structure of a complex with the coordinated triaminoguanidinium(2+) ion, [Cu(TAGH(2))Cl-3]Cl center dot H2O

机译:具有配位的三氨基胍(2+)离子,[Cu(TAGH(2))Cl-3] Cl中心点H2O的配合物的合成和结构

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The title compound has been isolated upon the reaction of copper(II) chloride and triaminoguanidine hydrochloride in concentrated HCl. An X-ray study has shown that the crystal structure of this complex is composed of [Cu(TAGH(2))Cl-3](+) cations, Cl- anions and water molecules. The complex cation involved the coordinated triaminoguanidinium(2+) cation bonded to the Cu(II) ion via N atoms of the amino group and the C=N moiety as a chelate bidentate ligand. The square-planar environment of the Cu atom is formed by two Cl atoms (2.2769(9) and 2.3002(9) Angstrom) and two N atoms (Cu-N 1.987(2) and 2.033(2) Angstrom). The long Cu-Cl bonds (2.728(1) and 2.941(1) Angstrom) which complement the environment to a distorted square bipyramid allow us to separate the staggered cation chains. mu(ef) values are 1.83 and 1.86 mu B at 78 and 300 K, respectively. (C) 2000 Elsevier Science Ltd. All rights reserved. [References: 15]
机译:在氯化铜(II)和三氨基胍盐酸盐在浓HCl中反应后,分离出标题化合物。 X射线研究表明,该络合物的晶体结构由[Cu(TAGH(2))Cl-3](+)阳离子,Cl-阴离子和水分子组成。复杂阳离子涉及通过氨基的N个原子和C = N部分作为螯合双齿配体与Cu(II)离子键合的配位三氨基胍(2+)阳离子。 Cu原子的方形平面环境由两个Cl原子(2.2769(9)和2.3002(9)埃)和两个N原子(Cu-N 1.987(2)和2.033(2)埃)形成。较长的Cu-Cl键(2.728(1)和2.941(1)埃)为环境提供了变形的方形双锥体,使我们能够分离交错的阳离子链。在78 K和300 K时,mu(ef)值分别为1.83和1.86 muB。 (C)2000 Elsevier ScienceLtd。保留所有权利。 [参考:15]

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