Empirical Bolometric Correction Coefficients for Nearby Main-Sequence Stars in Gaia Era
arXiv:2006.01836 · doi:10.1093/mnras/staa1659
Abstract
Nearby detached double-lined eclipsing binaries with most accurate data were studied and 290 systems were found with at least one main-sequence component having a metallicity . Stellar parameters, light ratios, Gaia DR2 trigonometric parallaxes, extinctions and/or reddening were investigated and only 206 systems were selected eligible to calculate empirical bolometric corrections. NASA-IPAC Galactic dust maps were main source of extinctions. Unreliable extinctions at low Galactic latitudes were replaced with individual determinations, if they exist in the literature, else associated systems are discarded. Main-sequence stars of remaining systems were used to calculate bolometric corrections () and to calibrate relation, which is valid in the range 3100-36000 K. De-reddened colours, on the other hand, allowed us to calibrate two intrinsic colour effective temperature relations, where the linear one is valid for K, while the quadratic relation is valid for K, that is, both are valid in the same temperature range relation is valid. New computed from and other astrophysical parameters are tabulated, as well.
16 pages, including 10 figures and 6 tables, accepted for publication in Monthly Notices of the Royal Astronomical Society
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