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Titlebook: Jets in Young Stellar Objects; Theory and Observati A. J. L. Fernandes,P. J. V. Garcia,J. J. G. Lima Book 2003 Springer Science+Business Me

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T.A. Gardiner,A. Frank,E.G. Blackman,S.V. Lebedev,J.P. Chittenden,D. Ampleford,S.N. Bland,A. Ciardi,
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K. Tsinganos,N. Vlahakis,S. Bogovalov,C. Sauty,E. Trussoni,J.J.G. Lima
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The Structure of Young Stellar Jets and Winds Revealed By High Resolution [Fe Ii] λL.644μM Line Obseinig a broad line width. The HVC is located farther away from the origin and is more extended than the LVC. Our results suggest that the HVC is a well-collimated jet originating from the region close to the star, while the LVC is a widely-opened wind accelerated in the region near the inner edge of the accretion disk.
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Photoionization of Cool Mhd Disk Windstar. However, it is difficult to foresee how temperatures as high as ∼ 5 x 10. can be reached unless a significant fraction of the X-rays radiation is produced by magnetic reconnection at the boundary between the stellar magnetosphere and the accretion disk.
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Magnetic Star-Disk Interaction in Classical T Tauri Systemsa solar-mass central star, an accretion rate of 10..⊙/., and a viscosity parameter αss = 0.01, a field strength of 1 kG, measured at the poles on the surface of the star, was found insufficient for disk disruption.
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Hh 111 Stis Observations and Their Analysis Using Analytical and Numerical Modelsall bowshock within the jet beam. In this paper we present a long-slit spectrum of Herbig-Haro object HH 111 obtained with STIS and an interpretation of this observation in terms of an ejection velocity variability model.
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