AgInCr4S8 single crystals exhibit antiferromagnetic order below 9.6 K with an incommensurate helical magnetic structure of ferromagnetic layers propagating along k = (0,0,0.343).
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Neutron spectroscopy on ErFeO3 maps dispersive Fe spin waves and Er crystal-field levels, attributing the latter's dispersion to Er-Er exchange and splitting to Er-Fe coupling, thereby establishing a hierarchy of magnetic interaction strengths.
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Magnetism of single crystalline breathing pyrochlore spinel AgInCr4S8
AgInCr4S8 single crystals exhibit antiferromagnetic order below 9.6 K with an incommensurate helical magnetic structure of ferromagnetic layers propagating along k = (0,0,0.343).
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Magnetic excitation spectrum and hierarchy of magnetic interactions in ErFeO3
Neutron spectroscopy on ErFeO3 maps dispersive Fe spin waves and Er crystal-field levels, attributing the latter's dispersion to Er-Er exchange and splitting to Er-Fe coupling, thereby establishing a hierarchy of magnetic interaction strengths.