In Cr_{3+δ}Te_4, FM and AFM orders reside in two separate monoclinic phases that form a fine-grained intergrowth, as shown by neutron diffraction and TEM.
The magnetic space groups constrain the FM spins to the ac−plane and the AFM spins to theb−axis; these choices are made to be consistent with the single-crystal results
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Competing magnetic phases in Cr$_{3+\delta}$Te$_4$ are spatially segregated
In Cr_{3+δ}Te_4, FM and AFM orders reside in two separate monoclinic phases that form a fine-grained intergrowth, as shown by neutron diffraction and TEM.