Ferreira, Jonathan, Dougados, Catherine, Whelan, Emma (Eds.)
2007, XI, 228 p.
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Introduces the astrophysics of jets from young stars
The first of a series of 6 volumes forming a comprehensive account of jets from young stars
Describes various classes of steady magnetic-wind models currently discussed in the context of protostellar jets
This volume contains the edited lecture notes of the First JETSET School on Jets from Young Stars: Models and Constraints, held by the Marie Curie Research and Training Network on JET Simulations, Experiments and Theory. At this school the lecturers gave an introduction to observational properties and basic models describing the launching and collimation mechanisms of jets. The first half of the book is devoted to general observational constraints, covering the outflow phenomenon in young stars, the identification of magneto-centrifugal processes as the main jet driving mechanism, and the magnetic interaction between the star and its accretion disc. The second half of the book is devoted to theoretical knowledge of magneto-hydrodynamic processes pertinent to the jet launching mechanism in young stars. This comprises a general introduction to magneto-hydrodynamics, a description of the role of MHD processes in Standard Accretion Discs, and the physics of steady state MHD outflows, from the basic concepts and equations to modern self-similar solutions. Further lectures detail the various classes of steady magnetic-wind models currently discussed in the context of protostellar jets.
Content Level »Graduate
Keywords »Accretion - Jetmodels - Jets - Magnetohydrodynamics - Relativistic jet - Star - Young Stars - stellar
Observational Constraints.- The First Three Million Years.- Jets from Young Stars: The Need for MHD Collimation and Acceleration Processes.- Star-disk Interaction in Classical T Tauri Stars.- Magneto-Hydrodynamic Models.- to Magneto-Hydrodynamics.- Theory and Models of Standard Accretion Disks.- Theory of MHD Jets and Outflows.- Transit Flows and Jet Asymptotics.- MHD Disc Winds.- Stellar Wind Models.