Abstract
The magnetic susceptibility χ of Hg1–x Mn x Se1–y S y and Hg1–x Mn x Te1–y S y crystals is investigated by the Faraday method at H = 3 kOe in the temperature interval T = 77–300 K. It is established that the specific features of χ are due to Mn–S–Mn–S, Mn–Se–Mn–Se, and Mn–Te–Mn–Te clusters and mixed Mn–Se–Mn–S and Mn–Te–Mn–S clusters of different sizes in which the indirect exchange antiferromagnetic interaction between Mn atoms is realized through chalcogen atoms. Based on the dependences 1/χMn = f(T), the magnetic parameters are determined and their dependences on the crystal composition (x and y) are established.
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Mar'yanchuk, P.D., Tsekhanskii, V.D., Maistruk, É.V. et al. Magnetic Parameters of Hg1–x Mn x Se1–y S y and Hg1–x Mn x Te1–y S y Crystals. Russian Physics Journal 47, 183–188 (2004). https://doi.org/10.1023/B:RUPJ.0000034486.65966.2c
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DOI: https://doi.org/10.1023/B:RUPJ.0000034486.65966.2c