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STUDY ON OXO-CENTERED HETEROTRINULEAR TRANSITION METAL CARBOXYLATE COMPLEXES: Ⅱ. CRYSTAL STRUC TURES OF COMPOUNDS [Fe_2MnO(O_2CCH_3)_6Py]·Py AND [Fe_2CoO (O_2CCH_3)_6Py3]·Py
基金项目:The project supported by NSFC
摘    要:<正> The title compounds are isomorphous, they belong to trigonal space group R32, with crystallographic parameters: Fe2MnO(O2CCH3)6Py3] ·Py: Mr = 853. 31, a = 17. 609(3), c=11. 056(3)(?), V = 2968. 9(?)3, Z = 3, Dc=1. 43 gcm-3, μ(MoKα) = 10. 9 cm-1, F (000) = 1317; Fe2CoO(O2CCH3)6Py3]·Py: Mr = 857. 30, a = 17. 542(3), c=11. 049(2)(?), V = 2944. 8(?)3, Z = 3, Dc=1. 45 gem-3, μ (MoKα) = 12. 07 cm-1, F (000) = 1323. The structure of Fe2MnO (O2CCH3)6Py3]·Py has been determined with the final R = 0. 042 for 663 reflections. The three crystallographically equivalent metal atoms form an equilateal triangle with side of 3. 324(?). The central oxygen aotm is on the three - fold axis with M - O distance 1. 919(?). The planar M3O core is normal to the three -fold axis and also to the solvate pyridine, which is dynamically disordered round this axis and is sandwiched by two Fe2MnO(O2CCH3)6Py3 molecules.

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