Fluid Dynamics Research · 2017 · 51 citations · 36 references
Natural SciencesEarth SciencesGeophysicsAtmospheric DynamicsElectromagnetismGeomagnetismGeodynamic ModelingMagnetohydrodynamicsPlanetary Core DynamicsPlanetary Magnetic FieldsPlanetary MagnetospheresCore Dynamo ModelsCore Dynamo TheoryCore DynamosGeodynamo SimulationsMagnetospheric Dynamics
Abstract In addition to the weak-dipolar state and to the fluctuating-multipolar state, widely discussed in the literature, a third regime has been identified in (Dormy 2016 J. Fluid. Mech. 789 500–13). It corresponds to a strong-dipolar branch which appears to approach, in a numerically affordable regime, the magnetostrophic limit relevant to the dynamics of the Earth’s core. We discuss the transitions between these states and point to the relevance of this strong-dipolar state to Geodynamo modelling.
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Magnetic field generation in electrically conducting fluids
D. J. Stevenson · Icarus · 1979 · 1.8K citations · Full text