Publication | Closed Access
Possibility of triplet pairing in palladium
74
Citations
11
References
1977
Year
Charge ExcitationsEngineeringSpin SystemsMagnetic ResonanceChemistrySpin DynamicSpin PhenomenonTriplet Pairing-State Pairing InteractionQuantum MaterialsOrganometallic CatalysisPhonon InteractionQuantum MatterInorganic ChemistryQuantum SciencePhysicsTransition TemperatureQuantum ChemistryCondensed Matter TheoryQuantum MagnetismSpintronicsNatural SciencesCondensed Matter PhysicsApplied PhysicsPhonon
The spin-fluctuation contribution to the $p$-state pairing interaction in Pd is calculated. The resulting transition temperature, due to spin fluctuations alone, is only of order ${10}^{\ensuremath{-}5}$ K indicating that the occurrence of an observable $p$-state transition depends strongly on the phonon interaction. Recent calculations of the $p$-wave phonon interaction are briefly discussed but do not yet allow a reliable prediction of ${T}_{c}$.
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