Search Results - "Kosubek, E"

Manipulation of spin reorientation transition by oxygen surfactant growth: a combined theoretical and experimental approach by Hong, Jisang, Wu, R Q, Lindner, J, Kosubek, E, Baberschke, K

“…A new procedure described to manipulate the spin reorientation transition (SRT) in ultrathin ferromagnetic films, i.e., the oxygen assisted surfactant growth…”
Get full text

Evidence of spin-pumping effect in the ferromagnetic resonance of coupled trilayers by Lenz, K., Toliński, T., Lindner, J., Kosubek, E., Baberschke, K.

Get full text

Improved growth and the spin reorientation transition of Ni on (√2×2√2)R45° reconstructed O/Cu(0 0 1) by Lindner, J., Poulopoulos, P., Nünthel, R., Kosubek, E., Wende, H., Baberschke, K.

“…Ni films between 1 and 20 monolayers (ML) thick are deposited at room temperature on clean and (√2×2√2)R45° reconstructed––via oxygen adsorption––Cu(0 0 1). A…”
Get full text

T 3 / 2 Dependence of the Interlayer Exchange Coupling in Ferromagnetic Multilayers by Lindner, J., Rüdt, C., Kosubek, E., Poulopoulos, P., Baberschke, K., Blomquist, P., Wäppling, R., Mills, D. L.

Get full text

Epitaxial growth of Ni on Cu( [formula omitted]) with the assistance of O-surfactant and its magnetism compared to Ni/Cu( [formula omitted]) by Nünthel, R, Gleitsmann, T, Poulopoulos, P, Scherz, A, Lindner, J, Kosubek, E, Litwinski, Ch, Li, Z, Wende, H, Baberschke, K, Stolbov, S, Rahman, T.S

“…The growth of Ni films deposited on a reconstructed (√2×2√2)R45° O/Cu(0 0 1) is examined. It is shown that deposition of Ni changes the surface symmetry to c(2…”
Get full text

Magnetic anisotropy of MnAs-films on GaAs(0 0 1) studied with ferromagnetic resonance by Lindner, J., Toliński, T., Lenz, K., Kosubek, E., Wende, H., Baberschke, K., Ney, A., Hesjedal, T., Pampuch, C., Koch, R., Däweritz, L., Ploog, K.H.

“…Thin films of MnAs grown on GaAs(0 0 1) show a self-organized structure of coexisting ferromagnetic α- and paramagnetic β-MnAs stripes in the temperature…”
Get full text

Magnetic anisotropies and dispersion relation of epitaxial Fe/InAs(001) films by Toliński, T., Lenz, K., Lindner, J., Kosubek, E., Baberschke, K., Spoddig, D., Meckenstock, R.

“…Magneto-transport effects investigated for the application in some hybrid structures need also a careful magnetic characterization. In our studies the angular…”
Get full text

Magnetic anisotropy of Co/Cu(111) ultrathin films by Farle, M., Platow, W., Kosubek, E., Baberschke, K.

“…The magnetic properties of ultrathin Co/Cu(111) films (2–10 ML) were investigated by ferromagnetic resonance in situ in ultrahigh vacuum. The surface…”
Get full text

Interlayer exchange coupling: an in situ investigation via ferromagnetic resonance by Lindner, J., Kosubek, E., Poulopoulos, P., Baberschke, K., Heinrich, B.

“…A new absolute way to deduce the interlayer exchange coupling via in situ ferromagnetic resonance measurements in Cu/Ni/Cu/Ni/Cu(0 0 1) films is presented. The…”
Get full text

‘Non-Gilbert-type’ damping of magnetic excitations in ultrathin ferromagnets: importance of magnon–magnon scattering by Lindner, J., Lenz, K., Kosubek, E., Baberschke, K., Spoddig, D., Meckenstock, R., Pelzl, J., Frait, Z., Mills, D.L.

“…Ferromagnetic resonance (FMR) measured over a large range of frequencies from 1–70GHz offers a unique possibility to study the dynamic response of ultrathin…”
Get full text

Interlayer exchange coupling: an in situ investigation via ferromagnetic resonance by Lindner, J, Kosubek, E, Poulopoulos, P, Baberschke, K, Heinrich, B

“…A new absolute way to deduce the interlayer exchange coupling via in situ ferromagnetic resonance measurements in Cu/Ni/Cu/Ni /Cu(001) films is presented. The…”
Get full text

T(3/2) dependence of the interlayer exchange coupling in ferromagnetic multilayers by Lindner, J, Rüdt, C, Kosubek, E, Poulopoulos, P, Baberschke, K, Blomquist, P, Wäppling, R, Mills, D L

“…The temperature dependence of the interlayer exchange coupling in ferromagnetic films coupled across nonmagnetic spacers is determined via in situ…”
Get full text

Magnetic properties of Fe 3 Si ∕ Ga As ( 001 ) hybrid structures by Lenz, K., Kosubek, E., Baberschke, K., Wende, H., Herfort, J., Schönherr, H.-P., Ploog, K. H.

Get full text

Magnetic properties of Fe3Si/GaAs(001) hybrid structures by LENZ, K, KOSUBEK, E, BABERSCHKE, K, WENDE, H, HERFORT, J, SCHÖNHERR, H.-P, PLOOG, K. H

Get full text