Abstract
Magnetic structures and properties of the quasi-ternary layered intermetallic La1-xDyxMn2Si2 (0 ≤ x ≤ 1) compounds were investigated using magnetic measurements on single crystals and neutron powder diffraction. It was shown that various magnetic structures and magnetic phase transitions, which are observed in the compounds with different Dy content, arise as result of changes in the intralayer Mn-Mn distances and competitions of the Mn-Mn, Mn-Dy and Dy-Dy exchange interactions.
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