Hindmarch, A.T. (2011) 'Interface magnetism in ferromagnetic metal-compound semiconductor hybrid structures.', Spin., 1 (1). pp. 45-69.
Interfaces between dissimilar materials present a wide range of fascinating physical phenomena. When a nanoscale thin-film of a ferromagnetic metal is deposited in intimate contact with a compound semiconductor, the properties of the interface exhibit a wealth of novel behavior, having immense potential for technological application, and being of great interest from the perspective of fundamental physics. This article presents a review of recent advances in the field of interface magnetism in (001)-oriented ferromagnetic metal/III–V compound semiconductor hybrid structures. Until relatively recently, the majority of research in this area continued to concentrate almost exclusively on the prototypical epitaxial Fe/GaAs(001) system: now, a significant proportion of work has branched out from this theme, including ferromagnetic metal alloys, and other III–V compound semiconductors. After a general overview of the topic, and a review of the more recent literature, we discuss recent results where advances have been made in our understanding of the physics underpinning magnetic anisotropy in these systems: tailoring the terms contributing to the angular-dependent free-energy density by employing novel fabrication methods and ferromagnetic metal electrodes.
|Keywords:||Magnetic anisotropy, Thin-films and interfaces, III–V semiconductors.|
|Full text:||PDF - Accepted Version (3353Kb)|
|Publisher Web site:||http://dx.doi.org/10.1142/S2010324711000069|
|Publisher statement:||Electronic version of an article published as Spin, 1,1, 2011, 45-69, 10.1142/S2010324711000069 © Copyright World Scientific Publishing Company.|
|Record Created:||03 Apr 2012 15:35|
|Last Modified:||22 May 2012 10:50|
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