Journal of Solid State Chemistry ( IF 3.3 ) Pub Date : 2017-10-16 , DOI: 10.1016/j.jssc.2017.10.023 A.V. Morozkin , V.K. Genchel , A.V. Knotko , V.O. Yapaskurt , Jinlei Yao , S. Quezado , S.K. Malik
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The magnetic properties and magnetic entropy changes of the Fe2P-type Ho6FeTe2, Ho6CoTe2, Er6CoTe2, Tb6RuTe2, Dy6RuTe2 and Ho6RuTe2 (space group P-62m, N 189, hP9) have been studied by means of bulk magnetization and heat capacity measurements. Also, the tentative magnetic entropy change ΔSm* = (∂M / ∂T) × H was used for characterization of magnetic ordering.
Ho6FeTe2, Ho6CoTe2, Er6CoTe2, Tb6RuTe2, Dy6RuTe2 and Ho6RuTe2 exhibit complex field sensitive ferro-antiferromagnetic ordering. The correlation between the isothermal magnetic entropy change and the magnetic ordering of these compounds have been studied.
中文翻译：
Fe 2 P型R 6 T Te 2化合物（R = Tb，Dy，Ho，Er，T = Fe，Co，Ru）的结构和磁性能：磁性能和磁熵变的特定特征
Fe 2 P型Ho 6 FeTe 2，Ho 6 CoTe 2，Er 6 CoTe 2，Tb 6 RuTe 2，Dy 6 RuTe 2和Ho 6 RuTe 2（空间群P -62 m，N 189，hP 9）已经通过体磁化和热容测量的方法进行了研究。另外，将暂定磁熵变ΔS m * =（∂M/∂T）×H用于表征磁有序性。
Ho 6 FeTe 2，Ho 6 CoTe 2，Er 6 CoTe 2，Tb 6 RuTe 2，Dy 6 RuTe 2和Ho 6 RuTe 2表现出复杂的场敏铁-反铁磁有序。研究了这些化合物的等温磁熵变与磁有序性之间的相关性。
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