Acta Crystallographica Section B

Structural Science, Crystal Engineering and Materials

Volume 69, Part 5 (October 2013)

research papers

Acta Cryst. (2013). B69, 480-489    [ doi:10.1107/S2052519213024068 ]

Two- and three-dimensional assembled structures constructed from amidate-bridged paddlewheel complexes with group 6 oxometallate ions

M. Ebihara and Y. Fuma

Abstract: Monocationic acetamidate-bridged dinuclear units are two-dimensionally connected by axially coordinating group 6 oxometallate ions in the structures [{M2(acam)4}2(M'O4)] (M = Rh, Ru; M' = Cr, Mo, W; Hacam = acetamide). In these sheet structures, dinuclear units are connected to each other by NH...O hydrogen bonds. The sheets are also connected with NH...O hydrogen bonds. Amidate-bridged dirhodium units that have bulkier alkyl groups reacted with CrO42- or MoO42- give three-dimensional diamondoid structures [{Rh2(pram)4}2(CrO4)]·1.08H2O, [{Rh2(pram)4}2(MoO4)]·2.44H2O and [{Rh2(buam)4}2(MoO4)] (Hpram = propion­amide; Hbuam = butyramide). In these structures the NH group of the amidate ligands hydrogen bonds with O atoms in metallate ions.

Keywords: paddlewheel complex; group 6 metallates; diamondoid structures.

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