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Phase transitions in the spin-1/2 Ising superlattice with a transverse field

机译:自旋1/2伊辛超晶格在横向场中的相变

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摘要

The phase transitions of a ferromagnet spin-1/2 Ising superlattice consisting of two different materials in a transverse field is examined with the use of the effective field theory that accounts for the self-spin function correlation. The critical temperature of the system is studied as a function of the thickness of the constituents in a unit cell and of exchange interactions in each material. A critical interface exchange interaction above which the interface magnetism appears is found. The effects of a uniform transverse field and the interface exchange interaction on the parameters of the system are also investigated.
机译:利用有效场论研究了自旋函数相关性,研究了由两种不同材料组成的铁磁体自旋1/2 Ising超晶格在横向场中的相变。系统的临界温度是根据晶胞中成分的厚度以及每种材料中交换相互作用的函数进行研究的。找到了一个关键的界面交换相互作用,在该相互作用之上会出现界面磁性。还研究了均匀横向场和界面交换相互作用对系统参数的影响。

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