Anisotropic magnetocaloric effect in single crystals of CrI
arXiv:1805.08203 · doi:10.1103/PhysRevB.97.174418
Abstract
We report a systematic investigation of dc magnetization and ac susceptibility, as well as anisotropic magnetocaloric effect in bulk CrI single crystals. A second-stage magnetic transition was observed just below the Curie temperature , indicating a two-step magnetic ordering. The low temperature thermal demagnetization could be well fitted by the spin-wave model rather than the single-particle model, confirming its localized magnetism. The maximum magnetic entropy change J kg K and the corresponding adiabatic temperature change K are achieved from heat capacity analysis with the magnetic field up to 9 T. Anisotropy of was further investigated by isothermal magnetization, showing that the difference of between the plane and the axis reaches a maximum value 1.56 J kg K with the field change of 5 T. With the scaling analysis of , the rescaled curves collapse onto a universal curve, indicating a second-order type of the magnetic transition. Furthermore, the follows the power law of with , and the relative cooling power RCP depends on with .
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Cited by in corpus (16)
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