Investigation of interlayer coupling in [Fe/Cr](n) magnetic multilayer structures by the ferromagnetic resonance method (Review) -- Web of Science v4.3.1

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Investigation of interlayer coupling in [Fe/Cr](n) magnetic multilayer structures by the ferromagnetic resonance method (Review)
Kreines NM
LOW TEMPERATURE PHYSICS 28 (8-9): 581-591 AUG-SEP 2002

Document type: Article

Language: English

Cited References: 35

Times Cited: 0

Abstract:
The properties and nature of the interlayer coupling and the possible types of magnetic ordering in magnetic superlattices and sandwiches remain topical questions in the physics of magnetic phenomena. The existing models describing the interaction between ferromagnetic layers via the nonferromagnetic spacer layer and the predicted temperature dependence of the coupling constants in those models are briefly reviewed. The effectiveness of the ferromagnetic resonance method for investigating the interlayer coupling is discussed. A review of recent experimental studies of the interlayer coupling in superlattices and sandwiches of the Fe/Cr system by this method over a wide range of temperatures is presented (including original papers by the author and co-workers). The experimental data are analyzed on the basis of the existing theories. The regions of applicability of these model for describing the properties of such systems. (C) 2002 American Institute of Physics.

KeyWords Plus:
BIQUADRATIC EXCHANGE, FE/CR(001) SUPERLATTICES, TEMPERATURE-DEPENDENCE, MAGNETORESISTANCE, ANISOTROPIES, TRILAYERS, FE/CR/FE, SYSTEMS, FILMS, FMR

Addresses:
Kreines NM, PL Kapitsa Phys Problems Inst, Ul Kosygina 2, Moscow 117334, Russia
PL Kapitsa Phys Problems Inst, Moscow 117334, Russia

Publisher:
AMER INST PHYSICS, MELVILLE

IDS Number:
600DF

ISSN:
1063-777X

Article 16 of 61

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