The influence of a variation of spatial relative orientations onto the coupling dynamics and subsequent magnetic anisotropies were modeled in ferromagnetic nano-wires. The wires were analyzed in the most elementary configurations, thus, arranged in pairs perpendicular to each other, leading to one-dimensional (linear) and zero-dimensional (point-like) coupling. Different distances within each elementary pair of wires and between the pairs give rise to varying interactions between parallel and perpendicular wires, respectively. Simulated coercivities show an exchange of easy and hard axes for systems with different couplings. Additionally, two of the systems exhibit a unique switching behavior which can be utilized for developing new functionalities
Apr 8, 2016
Nov 23, 2013
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https://repolis.bg.polsl.pl/publication/14831
Edition name | Date |
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Symulacje mikromagnetyczne sprzężonych i niesprzężonych włókien ferromagnetycznych | Apr 8, 2016 |
Ehrmann née Tillmanns, Andrea Weber, Marcus O. Kammermeier, Tom Błachowicz, Tomasz Pawela, Łukasz
Ehrmann, Andrea Błachowicz, Tomasz Pawela, Łukasz
Ehrmann, Andrea Błachowicz, Tomasz. Promotor Izydorczyk, Jacek. Recenzent Stobiecki, Tomasz. Recenzent
Błachowicz, Tomasz Kleszczewski, Zygmunt. Promotor Płowiec, Ryszard. Recenzent Łabowski, Mikołaj. Recenzent