Abstract
The eclipsing binary NN Vir is a short period system showing an EW-type light curve. Photometric observations of NN Vir were done by Gomez-Ferrellad and Garcia-Melendo (1997) at Esteve Duran Observatory. The first spectroscopic observations of this system were obtained by Rucinski and Lu (1999). The radial velocity and light curves analysis was made with the latest version of the Wilson program (1998), and the geometric and physical elements of the system are derived. From the simultaneous solutions of the system, we determined the masses and radii of the components: 1.89 Mʘ and 1.65 Rʘ for the primary component; 0.93 Mʘ and 1.23 Rʘ for the secondary component. We estimated effective temperatures of 7030 K for the primary and 6977 K for the secondary component.
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References
Ferrellad, G. and Melendo, E.G.: 1997, IBVS, No. 4469.
Klinglesmith, D.A. and Sobieski, S.: 1970, AJ 75, 175.
Lucy, L.B.: 1967, Z. Astrophys. 65, 89.
Rucinski, S.M.: 1969, Acta Astron. 19, 245.
Rucinski, S.M. and Lu, W.: 1999, AJ 118, 2459.
Van Hamme, W.: 1993, AJ 106, 2096.
Wilson, R.E.: 1990, ApJ 356, 613.
Wilson, R.E.: 2002, The Program for Eclipsing Binary Stars. Available online at: ftp.ufl.astro.pub/wilson/lcdcprog.
Woitas, J.: 1997, IBVS, No. 4444.
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Pazhouhesh, R., Melendo, E. (2005). Radial Velocity and Light Curve Analysis of the Eclipsing Binary NN Vir. In: Drechsel, H., Zejda, M. (eds) Zdeněk Kopal’s Binary Star Legacy. Springer, Dordrecht. https://doi.org/10.1007/1-4020-3875-5_38
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DOI: https://doi.org/10.1007/1-4020-3875-5_38
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