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      KCI등재 SCIE SCOPUS

      NEW CCD OBSERVATIONS AND THE FIRST PHOTOMETRIC STUDY OF THE CONTACT BINARY AP UMI

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      https://www.riss.kr/link?id=A104421751

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      다국어 초록 (Multilingual Abstract)

      We obtain the first complete CCD light curves (LCs) of the contact binary AP UMi in the VRI bands and analyzed them by means of the PHOEBE code. A spotted model is applied to treat the asymmetry in the LCs. The LC morphology clearly shows the O'Connel...

      We obtain the first complete CCD light curves (LCs) of the contact binary AP UMi in the VRI bands and analyzed them by means of the PHOEBE code. A spotted model is applied to treat the asymmetry in the LCs. The LC morphology clearly shows the O'Connell effect and the solution shows an influence of star spots on both components. Such effect of star spots is common between the RS CVn and W UMa chromospherically active stars.
      Based on the obtained solution of the LCs we investigate the evolutionary state of the components and conclude that the system is a pre-intermediate contact binary ($f=0.29$) with mass ratio $q=0.38$, and it is an A-type W UMa system where the less massive secondary component is cooler than the more massive primary one.}

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      다국어 초록 (Multilingual Abstract)

      We obtain the first complete CCD light curves (LCs) of the contact binary AP UMi in the VRI bands and analyzed them by means of the PHOEBE code. A spotted model is applied to treat the asymmetry in the LCs. The LC morphology clearly shows the O'Connel...

      We obtain the first complete CCD light curves (LCs) of the contact binary AP UMi in the VRI bands and analyzed them by means of the PHOEBE code. A spotted model is applied to treat the asymmetry in the LCs. The LC morphology clearly shows the O'Connell effect and the solution shows an influence of star spots on both components. Such effect of star spots is common between the RS CVn and W UMa chromospherically active stars.
      Based on the obtained solution of the LCs we investigate the evolutionary state of the components and conclude that the system is a pre-intermediate contact binary ($f=0.29$) with mass ratio $q=0.38$, and it is an A-type W UMa system where the less massive secondary component is cooler than the more massive primary one.

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      참고문헌 (Reference)

      1 Cutri, R. M., "VizieR Online Data Catalog : 2MASS All-Sky Catalog of Point Sources"

      2 Wang, J. M, "The Thermal Relaxation Oscillation States of Contact Binaries" 434 : 277-, 1994

      3 Smith, R. C, "The Theory of Contact Binaries" 25 : 405-, 1984

      4 O’Connell, D. M. K, "The So-Called Periastron Effect in Close Eclipsing Binaries; New Variable Stars(fifth list)," 2 : 85-, 1951

      5 Rucinski, S. M, "The Short-Period End of the Contact Binary Period Distribution Based on the All-Sky Automated Survey" 382 : 393-, 2007

      6 Rucinski, S. M, "The Photometric Proximity Effects in Close Binary Systems. VI. The Exact Solution for the Source Function in Monodirectional Illumination of the Grey Atmosphere" 23 : 301-, 1973

      7 Binnendijk, L, "The Orbital Elements of W Ursae Majoris Systems" 12 : 217-, 1970

      8 Zacharias, N., "The Naval Observatory Merged Astrometric Dataset(NOMAD)" 205 : 4815-, 2004

      9 Kazarovets, E. V., "The 81st Name-List of Variable Stars"

      10 Monet, D. G, "The 526, 280, 881 Objects In The USNO-A2. 0 Catalog" 30 : 1427-, 1998

      1 Cutri, R. M., "VizieR Online Data Catalog : 2MASS All-Sky Catalog of Point Sources"

      2 Wang, J. M, "The Thermal Relaxation Oscillation States of Contact Binaries" 434 : 277-, 1994

      3 Smith, R. C, "The Theory of Contact Binaries" 25 : 405-, 1984

      4 O’Connell, D. M. K, "The So-Called Periastron Effect in Close Eclipsing Binaries; New Variable Stars(fifth list)," 2 : 85-, 1951

      5 Rucinski, S. M, "The Short-Period End of the Contact Binary Period Distribution Based on the All-Sky Automated Survey" 382 : 393-, 2007

      6 Rucinski, S. M, "The Photometric Proximity Effects in Close Binary Systems. VI. The Exact Solution for the Source Function in Monodirectional Illumination of the Grey Atmosphere" 23 : 301-, 1973

      7 Binnendijk, L, "The Orbital Elements of W Ursae Majoris Systems" 12 : 217-, 1970

      8 Zacharias, N., "The Naval Observatory Merged Astrometric Dataset(NOMAD)" 205 : 4815-, 2004

      9 Kazarovets, E. V., "The 81st Name-List of Variable Stars"

      10 Monet, D. G, "The 526, 280, 881 Objects In The USNO-A2. 0 Catalog" 30 : 1427-, 1998

      11 El-Sadek, M. A., "Study of the Properties of Some Late- Type Eclipsing Binary Systems" Cairo University 2002

      12 Bradstreet, D. H., "Stellar Mergers and Acquisitions : The Formation and Evolution of W Ursae Majoris Binaries" 56 : 228-, 1994

      13 Eggen, O. J., "Starbursts, Blue Stragglers, and Binary Stars in Local Superclusters and Groups. II – The Old Disk and Halo Populations" 97 : 431-, 1989

      14 Lohr, M. E., "Period Decrease in Three SuperWASP Eclipsing Binary Candidates Near the Short-Period Limit" 542 : 124-, 2012

      15 van Hamme, W, "New Limb-Darkening Coefficients for Modeling Binary Star Light Curves" 106 : 2096-, 1993

      16 Schlafly, E. F., "Measuring Reddening with Sloan Digital Sky Survey Stellar Spectra and Recalibrating SFD" 737 : 103-, 2011

      17 Schlegel, D. J., "Maps of Dust Infrared Emission for Use in Estimation of Reddening and Cosmic Microwave Background Radiation Foregrounds" 500 : 525-, 1998

      18 Lucy, L. B, "Gravity-Darkening for Stars with Convec-tive Envelopes" 65 : 89-, 1967

      19 Guinan, E. F., "Eclipsing Binaries as Astrophysical Laboratories : Internal Structure, Core Convection, and Evolution of the B-Star Components of V380 Cygni" 544 : 409-, 2000

      20 Vilhu, O, "Detached to Contact Scenario for the Origin of W UMa Stars" 109 : 17-, 1982

      21 Eggen, O. J, "Contact Binaries II" 12 : 111-, 1967

      22 Pribulla, T., "Catalogue of the Field Contact Binary Stars" 33 : 38-, 2003

      23 Rucinski, S. M, "Binaries. II. A-and W-Type Systems. The W UMa-Type Systems as Contact" 24 : 119-, 1974

      24 Cox, A. N., "Allen’s Astrophysical Quantities" Springer 2002

      25 Torres, G., "Absolute Dimensions of the M-Type Eclipsing Binary YY Geminorum(Castor C) : A Challenge to Evolutionary Models in the Lower Main Sequence" 567 : 1140-, 2002

      26 Prsa, A., "A Computational Guide to Physics of Eclipsing Binaries. I. Demonstrations and Perspectives" 628 : 426-, 2005

      27 Khrusiov, A. V, "43 New Variable Stars" 12 (12): 2012

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