Evolution of the magnetic ordering in the layered oxide chalcogenide Ca2Fe2.6S2O3
This proposal follows a measurement of the magnetic ordering in Ca2Fe2.6S2O3 and will enable a detailed description of the evolution of the magnetic scattering of the two magnetic sublattices through a transition at around 80 K and a second transition between 300 and 375 K. It will establish the relationship between the magnetic ordering on the two Fe sublattices, both of which have Fe in unusual ligand fields, and will enable the magnetic ordering to be correlated with the details of the crystal structure.
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CLARKE Simon James; Claire V. Colin; NASSIF Vivian; PUENTE ORENCH Ines; SAVVIN Stanislav and SHEATH Bradley. (2021). Evolution of the magnetic ordering in the layered oxide chalcogenide Ca2Fe2.6S2O3. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.5-31-2834
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