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The magnetic property of u3-oxotriiron(III) complex [Fe3O(OBz)6(CH3OH)3](NO3)-(CH3OH)2 (HOBz=benzoic acid) has been studied. We use isosceles triangle model and molecular field correction to fit the experimental magnetic susceptibility data. It shows that an intramolecular antiferromagnetic exchange interaction occurs with J=-31.27 cm-1, J’=-27.26 cm-1, and a weaker intermolecular antiferromagnetic exchange interaction occurs with zJ’=-3.76 cm-1. We give the d5-d5-d5 energy level diagram of triiron(III) complex as a function of J’/J. From the diagram we can get the total spin ST of the complex as 1/2 in the ground state.
The magnetic property of u3-oxotriiron (III) complex [Fe3O (OBz) 6 (CH3OH) 3] (NO3) - (CH3OH) 2 (HOBz = benzoic acid) has been studied. We use isosceles triangle model and molecular field correction to fit the experimental magnetic susceptibility data. It shows that an intramolecular antiferromagnetic exchange interaction occurs with J = -31.27 cm-1, J ’= -27.26 cm-1, and a weaker intermolecular antiferromagnetic exchange interaction occurs with zJ’ = -3.76 cm- 1. We give the d5-d5-d5 energy level diagram of triiron (III) complex as a function of J ’/ J. From the diagram we can get the total spin ST of the complex as 1/2 in the ground state.