Applied Physics Letters · 2013 · 25 citations · 10 references
Natural SciencesMaterials SciencePhysicsElectromagnetismHeat TransferMagnetic MaterialsFerromagnetismMagnetic CharacterizationNanowiresThermoelectric MaterialsLaser HeatingLaser-induced HeatingLateral ResolutionMagnetization ReversalNernst PotentialSeebeck CoefficientSeebeck EffectTemperature Distribution Analysis
Thermoelectric effects in microstructured permalloy (Py)/Au wires are investigated using space- and time-resolved measurements based on scanning focused laser heating. Supported by numerical simulations of the temperature distribution, we identify two major contributions to the laser-induced signals: (i) the Seebeck effect due to thermocouples of Py/Au and (ii) the anomalous Nernst effect (ANE) in Py with a coefficient of NANE≈1.6 μV/K. ANE-based magnetic imaging of magnetic domains and magnetization reversal is demonstrated with a lateral resolution on the μm scale.
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