Modelling study of magnetic and concentration phase transition in ultrathin antiferromagnetic films

Using the method of the "average spin" a modelling study of magnetic and concentration phase transition in ultrathin antiferromagnetic of different crystalline structure has been carried out. It has been shown, that relative change of Neel temperature is subject to the power law with negat...

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Published inJournal of physics. Conference series Vol. 490; no. 1; pp. 12021 - 4
Main Authors Leonid, Afremov, Aleksandr, Petrov
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.01.2014
Subjects
Antiferromagnetism
Crystal structure
Crystals
Film thickness
Magnetic materials
Mathematical models
Modelling
Neel temperature
Phase transformations
Phase transitions
Physics
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ISSN1742-6596
1742-6588
1742-6596
DOI10.1088/1742-6596/490/1/012021

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Abstract Using the method of the "average spin" a modelling study of magnetic and concentration phase transition in ultrathin antiferromagnetic of different crystalline structure has been carried out. It has been shown, that relative change of Neel temperature is subject to the power law with negative index which doesn't depend on the film's crystal kind. The calculation of the dependence of phase transition critical concentration in diluted magnetic material on the film thickness has been made out. The legitimacy of the use of the method developed for modelling of magnetic and concentration phase transition in different nanostructures is certified by accordance between the results of calculations and the experimental data.
AbstractList Using the method of the "average spin" a modelling study of magnetic and concentration phase transition in ultrathin antiferromagnetic of different crystalline structure has been carried out. It has been shown, that relative change of Neel temperature is subject to the power law with negative index which doesn't depend on the film's crystal kind. The calculation of the dependence of phase transition critical concentration in diluted magnetic material on the film thickness has been made out. The legitimacy of the use of the method developed for modelling of magnetic and concentration phase transition in different nanostructures is certified by accordance between the results of calculations and the experimental data.
Author Leonid, Afremov
Aleksandr, Petrov
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SubjectTerms Antiferromagnetism
Crystal structure
Crystals
Film thickness
Magnetic materials
Mathematical models
Modelling
Neel temperature
Phase transformations
Phase transitions
Physics
Title Modelling study of magnetic and concentration phase transition in ultrathin antiferromagnetic films
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