Modeling of Magnetocaloric Effect in Amorphous Fe-Based Ribbons
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Abstract
In this paper, phenomenological modeling and experimental studies were conducted to predict magnetocaloric properties of the Fe76Mo10Cu1B13 alloy. The temperature dependence of magnetization was measured and calculated. A good correlation between simulated and experimentally determined data was observed. The phenomenological model allowed us to obtain theoretical values of the magnetic entropy change, the full width at half maximum of the ΔSM vs T curve, and the relative cooling power.
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