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Self-assembled Mn5Ge3 nanomagnets close to the surface and deep inside a Ge1-xMnx epilayer

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Lechner, R. T. ; Holy, V. ; Ahlers, S. ; Bougeard, Dominique ; Stangl, J. ; Trampert, A. ; Navarro-Quezada, A. ; Bauer, G.
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Date of publication of this fulltext: 05 Mar 2013 07:29


Under defined growth conditions ferromagnetic hexagonal Mn5Ge3 precipitates are formed in cubic Ge1-xMnx epilayers. To study the topotaxial relationship of these nanomagnets we perform x-ray diffraction experiments in coplanar as well as in grazing incidence geometries at synchrotron sources. Additionally, to the well defined topotaxial relation derived for buried nanomagnets deep within the Ge ...


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