Angular Momentum Evolution of Young StarsSanto Catalano, John Richard Stauffer I. Initial Angular Momentum Distribution.- Angular Momentum Effects in Star Formation.- Evolutionary Properties of Intermediate-Mass Protostar.- Small-Scale Structure and Angular Momentum Transfer in Protostellar Environments.- Ekman Pumping in a Rotating Protostar.- Rotation in Pre-Main Sequence Stars; Properties and Evolution.- Disks Associated with Intermediate Mass Stars.- Differential Rotation of Fully Convective Pre-Main Sequence Stars.- The X-ray Emission from PMS Stars in Taurus-Auriga, and the Relationship with Other Diagnostics of Activity.- Multifrequency Monitoring of RU Lupi; Observational Results and a Model.- Polarimetry and CCD Imaging of Herbig Ae/Be Stars and Star Forming Regions.- II: Angular Momentum Evolution.- Rotational Velocities of Low Mass Stars in Young Clusters.- Rotation of Young Stars in the Orion Nebula Region.- Rotational Velocities of Stars in Open Clusters; the Time-Dependence Revisited.- Main Sequence Angular Momentum Loss in Low-Mass Stars.- The Angular Momentum Evolution of Young and Old Binary Components.- Ages of Spotted Late-Type Stars.- Rotation of Evolved Stars.- Rotational Discontinuity of Evolved Stars; What Interpretation?.- III: Consequence of Rotation.- Magnetic Activity and Rotation.- Lithium, Rotation and Age.- Rotation, Chromospheric Activity, and Lithium Abundances in G and K Dwarfs of the Pleiades.- Lithium Abundance and Rotation in Southern Chromospherically Active Stars.- Lithium Depletion Induced by Rotation in Young Stars.- Rotational Mixing and Lithium in Young Stars.- IV: Internal Rotation and Models.- Internal Solar Rotation.- Stellar Activity Belts as Potential Indicators of Internal Rotation and Angular Momentum Distribution.- Dynamics of Spot Groups and Rotation of the External Convective Layers in the Sun and Magnetically Active Stars.- Theory of Magnetic Braking of Late-Type Stars.- Pre-Main Sequence and Main Sequence Rotational Evolution; Constraints on Models Derived from Observations.- Evolutionary Models of Rotating Stars.- The Internal Rotation of the Sun; Implications on the History of its Angular Momentum.- Angular Momentum Transport, Rotational Instabilities, Magnetic Fields and Mixing.- The Spin-Down of Main Sequence Stars Based on Observed Magnetic Field Strength.- Session V: Observational Perspectives.- Observational Perspectives.- PRISMA: a Space Facility for Studying Rotation and Activity.- The Spectrum-UV Project.- Summary of the Workshop.- Panel Discussion: Initial Angular Momentum.- Panel Discussion: Dynamos and Internal Rotation.- Author Index.- Object Index. |
Contents
P Bodenheimer | 21 |
SmallScale Structure and Angular Momentum Transfer | 27 |
AntonuccioDelogu F AtrioBarandela | 33 |
Copyright | |
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activity Ae/Be stars age spread Angular Momentum Evolution angular momentum loss angular momentum transport angular velocity Ap.J Astr Astron Astrophys Bertout binaries boundary Bouvier braking chromospheric convection zone core correlation differential rotation diffusion distribution dwarfs dynamo effective emission energy envelope equation Evolution of Young evolutionary Figure flux Gough Hartmann Herbig Ae/Be stars Hyades initial angular J. R. Stauffer eds km/s Kraft layer lithium lithium abundance lithium depletion low mass stars luminosity magnetic field main sequence mass loss Mestel models molecular clouds momentum loss rate observed open clusters optically parameters Persei photometric photospheric Pinsonneault Pleiades PMS stars pre-main sequence stars protostar radial radiative radius range rapid rotators region rotation period rotation rates rotational velocities Roxburgh RU Lupi sample Schatzman slow rotators Soderblom Sofia solar solar-type spectral type spin-down stellar rotation stellar wind Strom surface rotation Tauri stars temperature timescale turbulent vsini X-ray Young Stars ZAMS