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The asymmetry of sunspot cycles and waldmeier relations as a result of nonlinear surface-shear shaped dynamo
V. V. Pipin,
A. G. Kosovichev
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peer-review
38
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Dive into the research topics of 'The asymmetry of sunspot cycles and waldmeier relations as a result of nonlinear surface-shear shaped dynamo'. Together they form a unique fingerprint.
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Keyphrases
Amplitude Correlation
50%
Convection Zone
50%
Cycle Asymmetry
50%
Cycle Characteristics
50%
Cycle Properties
50%
Decay Time
50%
Differential Rotation
50%
Dynamo
100%
Dynamo Models
100%
Flux Concentration
50%
Growth Time
50%
Large-scale Magnetic Fields
50%
Magnetic Cycle
50%
Magnetic Helicity
50%
Mean-field Dynamo
50%
Nonlinear Feedback
50%
Nonlinear Surface
100%
Rotational Shear
50%
Shear Layer
50%
Solar Cycle
50%
Solar Dynamo
50%
Sunspot Cycle
100%
Surface Shear
100%
Toroidal Magnetic Fields
50%
Turbulence Parameterization
50%
Waldmeier Effect
50%
Physics
Convective Zones
50%
Magnetic Field
100%
Shear Layer
50%
Solar Cycle
50%
Solar Dynamo
50%
Sunspot Cycle
100%