Reimer, Oliver; Meier, Daniel ; Bovender, Michel; Helmich, Lars; Dreessen, Jan-Oliver; Krieft, Jan; Shestakov, Anatoly S.; Back, Christian H.; Schmalhorst, Jan-Michael ; Hütten, Andreas; Reiss, Günter ; Kuschel, Timo: Quantitative separation of the anisotropic magnetothermopower and planar Nernst effect by the rotation of an in-plane thermal gradient. In: Scientific Reports. Jg.7 H. 1. 2017
Inhalt
- Experimental Setup
- Results
- Figure 2. (a) Thermographic picture of a Cu substrate, coated with high-absorbing clustered Au particles, with applied at ϕT = 240°.
- Figure 3. (a–e) Vy as a function of magnetic field for increasing ΔT and ϕ = ϕT = 0°.
- Figure 4. (a–f) Measurement of Vy against the magnetic field in a Py film on a MgO substrate.
- Figure 5. Subsequent simulations based on the Stoner-Wohlfarth model, described in SI chapter III, fit the experimental data of Fig.
- Figure 6. (a) An external magnetic field of 200 Oe was rotated in-plane, keeping saturated and aligned along ϕ.
- Figure 7. (a–f) Vy as a function of the magnetic field for ϕ = 0° and various ϕT.
- Figure 8. The data of the sweep measurements for rotated (see Fig.
- Figure 9. (a) Vy was measured in saturation (200 Oe) while rotating for different angles ϕT.
- Conclusion
- Acknowledgements
- Author Contributions