Multiband transport in RuO
arXiv:2406.13518 · doi:10.1103/PhysRevB.110.064432
Abstract
We present electrical and thermal transport measurements in single crystals of the metallic oxide RuO. The resistivity and Seebeck coefficient measured up to 970K confirm the metallic nature of transport. Magnetoresistance and Hall effect measurements as a function of orientation can be most easily described by a multiband transport model. We find that the ordinary Hall effect dominates any anomalous Hall signal in single crystals.
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Cited by in corpus (13)
- Fermi-liquid behavior of non-altermagnetic RuO
- Crystal structure and absence of magnetic order in single crystalline RuO
- Spin-Splitting Magnetoresistance in Altermagnetic RuO2 Thin Films
- Universal Scaling Behavior of Transport Properties in Non-Magnetic RuO
- Exploration of Altermagnetism in
- Growth of ultra-clean single crystals of RuO2
- Surface-Localized Magnetic Order in RuO2 Thin Films Revealed by Low-Energy Muon Probes
- Pressure-Induced Metal-Insulator and Paramagnet-Altermagnet Transitions in Rutile OsO2 Single Crystals
- T-square electric resistivity and its thermal counterpart in RuO
- Absence of magnetic order in epitaxial RuO2 revealed by X-ray linear dichroism
- Absence of magnetic order and magnetic fluctuations in RuO
- Fermi-liquid behavior and characteristic temperature-dependent susceptibility in clean RuO crystal
- Moiré-resonant surface state in ultrathin RuO