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Thermal-history-dependent magnetization behaviour in Cr/Cu multilayers

机译:Cr / Cu多层膜中与热历史相关的磁化行为

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The variation in the d.c. magnetic susceptibility for periodic and quasiperiodic antiferromagneticon-magnetic Cr/Cu multilayers has been investigated in the temperature range 10-300 K. The compositionally quasiperiodic multilayers were made using the Fibonacci series. The temperature dependence of magnetization was found to exhibit hysteretic behaviour at low temperatures in both types of multilayers. The irreversible-to-reversible transition temperature Tu of the quasiperiodic layers was about l-67'tr of the periodic layers. The hysteretic behaviour of the magnetization is similar to that observed in Fe-rare-earth amorphous alloys where the paramagnetic-to-spin-glass phase transition takes place owing to freezing of the spin components at two different temperatures.
机译:直流电的变化已经在10-300 K的温度范围内研究了周期性和准周期性的反铁磁性/非磁性Cr / Cu多层材料的磁化率。使用Fibonacci系列制造了组成性的准周期性多层材料。发现在两种类型的多层中,磁化的温度依赖性在低温下均表现出滞后行为。准周期性层的不可逆至可逆转变温度Tu为周期性层的约l-67'tr。磁化的磁滞行为类似于在稀土稀土非晶合金中观察到的磁滞行为,在该合金中,由于自旋组分在两个不同的温度下冻结,发生了顺磁性到自旋玻璃的相变。

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