Magnetic Coupling and Inter... - Researchers

Magnetic Coupling and Intermetallic Electron Transfer in the Heterodinuclear Bioctahedral Complexes MW^IIICl₉^n- (M = V^II, Cr^III, Mn^IV): Tweaking the Balance between Ferromagnetism and Antifer

Citation

Petrie, S & Stranger, R 2002, 'Magnetic Coupling and Intermetallic Electron Transfer in the Heterodinuclear Bioctahedral Complexes MW^IIICl₉^n- (M = V^II, Cr^III, Mn^IV): Tweaking the Balance between Ferromagnetism and Antifer', Inorganic Chemistry, vol. 41, pp. 2341-2347.

Year

2002

ANU Authors

Professor Robert Stranger

Field of Research

Quantum Chemistry

Updated: 27 July 2024 / Responsible Officer: Director (Research Services Division) / Page Contact: Researchers

Magnetic Coupling and Intermetallic Electron Transfer in the Heterodinuclear Bioctahedral Complexes MWIIICl9n- (M = VII, CrIII, MnIV): Tweaking the Balance between Ferromagnetism and Antifer

Citation

Year

ANU Authors

Field of Research

Magnetic Coupling and Intermetallic Electron Transfer in the Heterodinuclear Bioctahedral Complexes MW^IIICl₉^n- (M = V^II, Cr^III, Mn^IV): Tweaking the Balance between Ferromagnetism and Antifer