Publication | Closed Access
Resonant Angular Oscillation of Magnetoresistance in Synthetic Layered Metal: Stage 2 SbCl<sub>5</sub>-Intercalated Graphite
31
Citations
7
References
1994
Year
Magnetic PropertiesEngineeringSynthetic Layered MetalMagnetic ResonanceStage 2Magnetic MaterialsSbcl 5MagnetoresistanceMagnetismQuantum MaterialsMaterials ScienceSpin-charge-orbit ConversionOrganic ConductorsPhysicsMagnetic MaterialResonant Angular OscillationQuantum MagnetismFerromagnetismNatural SciencesApplied PhysicsCondensed Matter PhysicsCylindrical Fermi SurfaceGrapheneMagnetic Property
We have observed a new angular oscillatory magnetotransport phenomenon in the out-of-plane resistivity of stage 2 SbCl 5 -intercalated graphite. The phenomenon is similar in many respects to the one recently found in organic conductors, which is attributed to a semiclassical geometrical resonance effect inherent in a weakly corrugated cylindrical Fermi surface. Some deviations from the “standard” behavior are found.
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