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Compensation point phenomena in nanoscale Ising particles with high critical temperature

机译:高临界温度纳米级粒子的补偿点现象

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摘要

The phase diagrams and magnetizations of Ising nanoparticles with high critical temperature, consisting of atoms with a negative exchange interaction between the surface and the core, are investigated by using the effective-field theory with correlations. They show a compensation point below their critical temperatures, although they have not ferrimagnetic spin configuration. The effects of an applied transverse field to the nanoparticles are also discussed. One of them has exhibited the reentrant phenomena, although other does not show the phenomena. The reason is also discussed. The decoration for one of the nanoparticles is investigated. A compensation point is also found for the decoration.
机译:利用关联有效场理论研究了具有高临界温度的伊辛纳米颗粒的相图和磁化强度。伊辛纳米颗粒由表面和核心之间存在负交换作用的原子组成。尽管它们没有铁磁自旋构型,但它们在临界温度下显示出一个补偿点。还讨论了外加横向场对纳米颗粒的影响。其中一个已经表现出重入现象,而另一个没有表现出这种现象。并对其原因进行了讨论。对其中一种纳米颗粒的装饰进行了研究。还为装饰找到了一个补偿点。

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