We study the effects of incorporating magnetic buoyancy in a model of the solar dynamo-which draws inspiration from the Babcock-Leighton idea of surface processes generating the poloidal field. We present our main results here
The need for reliable predictions of the solar activity cycle motivates the development of dynamo mo...
We investigate the effect of the surface bipolar magnetic regions (BMR) on the large-scale dynamo di...
Context. The Babcock-Leighton flux-transport model is a widely accepted dynamo model of the Sun that...
We study the effects of incorporating magnetic buoyancy in a model of the solar dynamo-which draws i...
We study the effects of incorporating magnetic buoyancy in a model of the solar dynamo-which draws i...
We develop a model of the solar dynamo in which, on the one hand, we follow the Babcock-Leighton app...
We report here results from a dynamo model developed on the lines of the Babcock-Leighton idea that ...
International audienceContext. The Sun is a magnetic star whose cyclic activity is thought to be lin...
We discuss the current status of solar dynamo theory and describe the dynamo model developed by our ...
Context. The Sun is a magnetic star whose cyclic activity is thought to be linked to internal dynam...
International audienceContext. Magnetohydrodynamic interactions between plasma flows and magnetic fi...
We develop a model of the solar dynamo in which, on the one hand, we follow the Babcock-Leighton app...
Abstract. We explore a full sphere (2D axisymmetric) kinematic solar dynamo model based on the Babco...
Context. The turbulent pumping effect corresponds to the transport of magnetic flux due to the prese...
Context. The turbulent pumping effect corresponds to the transport of magnetic flux due to the pres...
The need for reliable predictions of the solar activity cycle motivates the development of dynamo mo...
We investigate the effect of the surface bipolar magnetic regions (BMR) on the large-scale dynamo di...
Context. The Babcock-Leighton flux-transport model is a widely accepted dynamo model of the Sun that...
We study the effects of incorporating magnetic buoyancy in a model of the solar dynamo-which draws i...
We study the effects of incorporating magnetic buoyancy in a model of the solar dynamo-which draws i...
We develop a model of the solar dynamo in which, on the one hand, we follow the Babcock-Leighton app...
We report here results from a dynamo model developed on the lines of the Babcock-Leighton idea that ...
International audienceContext. The Sun is a magnetic star whose cyclic activity is thought to be lin...
We discuss the current status of solar dynamo theory and describe the dynamo model developed by our ...
Context. The Sun is a magnetic star whose cyclic activity is thought to be linked to internal dynam...
International audienceContext. Magnetohydrodynamic interactions between plasma flows and magnetic fi...
We develop a model of the solar dynamo in which, on the one hand, we follow the Babcock-Leighton app...
Abstract. We explore a full sphere (2D axisymmetric) kinematic solar dynamo model based on the Babco...
Context. The turbulent pumping effect corresponds to the transport of magnetic flux due to the prese...
Context. The turbulent pumping effect corresponds to the transport of magnetic flux due to the pres...
The need for reliable predictions of the solar activity cycle motivates the development of dynamo mo...
We investigate the effect of the surface bipolar magnetic regions (BMR) on the large-scale dynamo di...
Context. The Babcock-Leighton flux-transport model is a widely accepted dynamo model of the Sun that...
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