VARIABILITY OF DISK EMISSION IN PRE-MAIN SEQUENCE AND RELATED STARS. II. VARIABILITY IN THE GAS AND DUST EMISSION OF THE HERBIG Fe STAR SAO 206462

@article{Sitko2012VARIABILITYOD,
  title={VARIABILITY OF DISK EMISSION IN PRE-MAIN SEQUENCE AND RELATED STARS. II. VARIABILITY IN THE GAS AND DUST EMISSION OF THE HERBIG Fe STAR SAO 206462},
  author={M. Sitko and A. N. Day and R. L. Kimes and L. Beerman and C. Martus and D. Lynch and R. W. Russell and C. Grady and G. Schneider and C. Lisse and J. Nuth and M. Cur{\'e} and A. Henden and S. Kraus and V. Motta and M. Tamura and J. Hornbeck and G. Williger and D. Fugazza},
  journal={The Astrophysical Journal},
  year={2012},
  volume={745},
  pages={29}
}
  • M. Sitko, A. N. Day, +16 authors D. Fugazza
  • Published 2012
  • Physics
  • The Astrophysical Journal
  • We present 13 epochs of near-infrared (0.8-5 {mu}m) spectroscopic observations of the pre-transitional, 'gapped' disk system in SAO 206462 (=HD 135344B). In all, six gas emission lines (Br{alpha}, Br{gamma}, Pa{beta}, Pa{gamma}, Pa{delta}, Pa{epsilon}, and the 0.8446 {mu}m line of O I) along with continuum measurements made near the standard J, H, K, and L photometric bands were measured. A mass accretion rate of approximately 2 Multiplication-Sign 10{sup -8} M{sub Sun} yr{sup -1} was derived… CONTINUE READING
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    Revealing the Structure of a Pre-Transitional Disk: The Case of the Herbig F Star SAO 206462 (HD 135344B)
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