Rotation periods of open-cluster stars, 3
Charles F. Prosser, Matthew Shetrone, Amil Dasgupta, D. E. Backman, Bentley D. Laaksonen, Shawn W. Baker, Laurence A. Marschall, B. A. Whitney, Konrad Kuijken, J. R. Stauffer
Abstract
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Charles F. Prosser, Matthew Shetrone, Amil Dasgupta, D. E. Backman, Bentley D. Laaksonen, Shawn W. Baker, Laurence A. Marschall, B. A. Whitney, Konrad Kuijken, J. R. Stauffer
Abstract
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We present the results from a photometric monitoring program of 15 open cluster stars and one weak-lined T Tauri star during late-1993/early-1994. Several slow rotators which are members of the Alpha Persei, Pleiades, and Hyades open clusters have been monitored and period estimates derived. Using all available Pleides stars with photometric-periods together with current X-ray vlux measurements, we illustrate the X-ray activity/ortation relation among Pleiades late-G/K dwarfs. The data show a clear break in the rotation-activity relation around P ~6-7 days--in general accordance with previous results using more heterogeneous samples of G/K stars.
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We present the results from a photometric monitoring program of 15 open cluster stars and one weak-lined T Tauri star during late-1993/early-1994. Several slow rotators which are members of the Alpha Persei, Pleiades, and Hyades open clusters have been monitored and period estimates derived. Using all available Pleides stars with photometric-periods together with current X-ray vlux measurements, we illustrate the X-ray activity/ortation relation among Pleiades late-G/K dwarfs. The data show a clear break in the rotation-activity relation around P ~6-7 days--in general accordance with previous results using more heterogeneous samples of G/K stars.
Key concepts: Pleiades, Open cluster, Physics, Stars, T Tauri star, Astrophysics, Rotation period, Stellar rotation