Magnetic Star-Disk Coupling in Classical T Tauri Systems
@article{Kueker2003MagneticSC,
title={Magnetic Star-Disk Coupling in Classical T Tauri Systems},
author={M. Kueker and T. Henning and G. Ruediger},
journal={The Astrophysical Journal},
year={2003},
volume={589},
pages={397-409}
}We study the interaction between a dipolar magnetic field rooted in the central star and the circumstellar accretion disk in a classical T Tauri system. The MHD equations, including radiative energy transport, are solved for an axisymmetric system with a resistive, turbulent gas. A Shakura-Sunyaev-type eddy viscosity and a corresponding eddy magnetic diffusivity are assumed for the disk. The computations cover the disk and its halo in a radial interval from 1.7 to 20 stellar radii. The initial… CONTINUE READING
43 Citations
Outflows and accretion in a star-disc system with stellar magnetosphere and disc dynamo
- Physics
- 2003
- 50
- PDF
Formation of Protostellar Jets as Two-Component Outflows from Star-Disk Magnetospheres
- Physics
- 2009
- 60
- PDF
MHD simulations of accretion onto a dipolar magnetosphere - I. Accretion curtains and the disk-locking paradigm
- Physics
- 2009
- 61
- PDF
Magnetocentrifugally Driven Flows from Young Stars and Disks. VI. Accretion with a Multipole Stellar Field
- Physics
- 2008
- 59
- PDF
References
SHOWING 1-10 OF 32 REFERENCES
Simulation-based Investigation of a Model for the Interaction between Stellar Magnetospheres and Circumstellar Accretion Disks
- Physics
- 2002
- 59
- PDF
Accretion by rotating magnetic neutron stars. II. Radial and vertical structure of the transition zone in disk accretion.
- Physics
- 1979
- 434
- Highly Influential
Time-dependent Accretion by Magnetic Young Stellar Objects as a Launching Mechanism for Stellar Jets
- Physics
- 1997
- 175
Accretion by rotating magnetic neutron stars. III. Accretion torques and period changes in pulsating X-ray sources.
- Physics
- 1979
- 710
- Highly Influential