Eclipsing binary stars with a Scuti component
arXiv:1705.06480 · doi:10.1093/mnras/stx1241
Abstract
Eclipsing binaries with a Sct component are powerful tools to derive the fundamental parameters and probe the internal structure of stars. In this study, spectral analysis of 6 primary Sct components in eclipsing binaries has been performed. Values of , , and metallicity for the stars have been derived from medium-resolution spectroscopy. Additionally, a revised list of Sct stars in eclipsing binaries is presented. In this list, we have only given the Sct stars in eclipsing binaries to show the effects of the secondary components and tidal-locking on the pulsations of primary Sct components. The stellar pulsation, atmospheric and fundamental parameters (e.g., mass, radius) of 92 Sct stars in eclipsing binaries have been gathered. Comparison of the properties of single and eclipsing binary member Sct stars has been made. We find that single Sct stars pulsate in longer periods and with higher amplitudes than the primary Sct components in eclipsing binaries. The of Sct components is found to be significantly lower than that of single Sct stars. Relationships between the pulsation periods, amplitudes, and stellar parameters in our list have been examined. Significant correlations between the pulsation periods and the orbital periods, , , radius, mass ratio, , and the filling factor have been found.
19 pages, 16 figure, 3 tables
References in corpus (14)
- The High Angular Resolution Multiplicity of Massive Stars
- TASS Mark IV Photometric Survey of the Northern Sky
- Survey for δ Sct components in eclipsing binaries and new correlations between pulsation frequency and fundamental stellar characteristics
- A test of Gaia Data Release 1 parallaxes: implications for the local distance scale
- Validation of the Frequency Modulation technique applied to the pulsating delta Sct - gamma Dor eclipsing binary star KIC 8569819
- The first high-amplitude delta Scuti star in an eclipsing binary system
- CoRoT 105906206: a short-period and totally eclipsing binary with a Delta Scuti type pulsator
- The oEA stars QY Aql, BW Del, TZ Dra, BO Her and RR Lep: Photometric analysis, frequency search and evolutionary status
- Photometric study of the pulsating, eclipsing binary OO Dra
- A photometric study of the neglected eclipsing binaries: V405 Cep, V948 Her, KR Mon and UZ Sge
- OMC/INTEGRAL photometric observations of pulsating components in eclipsing binaries and characterization of DY Aqr
- The data mining III: An analysis of 21 eclipsing binary light-curves observed by the INTEGRAL/OMC
- First frequency analysis for three new members of the group of eclipsing binaries with a pulsating component
- Constraints of a pulsation frequency on stellar parameters in the eclipsing spectroscopic binary system: V577 Oph
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