Hydrothermal assembly of a novel three-dimensional framework formed by [GdMo(12)O(42)](9-) anions and nine coordinated Gd(III) cations

The three-dimensional framework of [Gd(H(2)O)(3)](3)[GdMo(12)O(42)]vdt.3H(2)O, which was synthesized from hydrothermal reaction, is built up from Silverton-type anions linked by nine coordinated gadolinium(III) cations. It is the first time that the paramagnetic lanthanide(III) cation is introduced...

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Published inJournal of the American Chemical Society Vol. 124; no. 15; pp. 3836 - 3837
Main Authors Wu, Chuan-De, Lu, Can-Zhong, Zhuang, Hong-Hui, Huang, Jin-Shun
Format Journal Article
LanguageEnglish
Published United States 17.04.2002
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Summary:The three-dimensional framework of [Gd(H(2)O)(3)](3)[GdMo(12)O(42)]vdt.3H(2)O, which was synthesized from hydrothermal reaction, is built up from Silverton-type anions linked by nine coordinated gadolinium(III) cations. It is the first time that the paramagnetic lanthanide(III) cation is introduced into the Silverton-type anionic center in the heteropolymolybdate chemistry, and it acts as 18 dentate ligands coordinating to six Gd(III) atoms and linking up six other neighboring [Mo(12)GdO(42)](9-) units in a staggered manner to generate a remarkable three-dimensional framework. The magnetic susceptibility measurement suggests that the weak antiferromagnetic behavior results from the transformation of O-Mo-O units, which has been confirmed by EPR spectra.
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ISSN:0002-7863
DOI:10.1021/ja017782w