D. Mitin
University of Augsburg
13 Papers
32 Citations
D. Mitin is an academic researcher from University of Augsburg. The author has contributed to research in topics: Magnetic field & Magnetoresistance. The author has an hindex of 7, co-authored 10 publications. Previous affiliations of D. Mitin include Augsburg College.
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Papers
Review Article: FePt heat assisted magnetic recording media
Dieter Weller,Gregory Parker,Oleksandr Mosendz,Andreas Lyberatos,D. Mitin,N. Y. Safonova,Manfred Albrecht +6 more
TL;DR: The structural properties of granular high anisotropy chemically ordered L10 FePtX-Y HAMR media by now are similar to perpendicular CoCrPt-based magnetic recording media.
Magnetic transition from dot to antidot regime in large area Co/Pd nanopatterned arrays with perpendicular magnetization.
Michal Krupinski,D. Mitin,Arkadiusz Zarzycki,Aleksandra Szkudlarek,Michael Giersig,Michael Giersig,Manfred Albrecht,M. Marszałek +7 more
TL;DR: It is shown that the coercivity values reach a maximum for the array of antidots with a separation length close to the domain wall width, and the impact of edge effects on the magnetic anisotropy energy is shown.
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Single vortex core recording in a magnetic vortex lattice
TL;DR: In this paper, the reversal characteristics of magnetic vortex cores in a two-dimensional assembly of magnetic vortices were investigated by employing a write/read tester, and successful writing and reading of individual vortex cores was demonstrated, including a switching map, which indicates the switching behavior dependent on the relative position of the field pulse with respect to the vortex core.
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Magnetic coupling of vortices in a two dimensional lattice.
D. Nissen,D. Mitin,Olivier Klein,Sri Sai Phani Kanth Arekapudi,Senoy Thomas,M. Y. Im,M. Y. Im,Peter Fischer,Peter Fischer,Manfred Albrecht +9 more
TL;DR: The influence of magnetic coupling locally is studied by in-field scanning magne to-resistive microscopy and full-field magnetic soft x-ray microscopy, revealing a domain-like nucleation process of vortex states, which arises via domain wall propagation due to exchange coupling of the closely packed structures.
Ion induced ferromagnetism combined with self-assembly for large area magnetic modulation of thin films
Michal Krupinski,Rantej Bali,D. Mitin,Paweł Sobieszczyk,Jakub Gregor-Pawlowski,Jakub Gregor-Pawlowski,Arkadiusz Zarzycki,Roman Böttger,Manfred Albrecht,Kay Potzger,Marta Marszalek +10 more
TL;DR: A highly versatile and scalable path to obtain buried magnetic nanostructures within alloy thin films, while maintaining a flat topography, is described and shows that the obtained magnetic structures are well defined, with the magnetic behavior tunable via the mask geometry.
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