The Catalogue of Stellar Parameters from the Detached Double-Lined
  Eclipsing Binaries in the Milky Way
  The most accurate stellar astrophysical parameters were collected from the
solutions of the light and the radial velocity curves of 257 detached
double-lined eclipsing binaries in the Milky Way. The catalogue contains
masses, radii, surface gravities, effective temperatures, luminosities,
projected rotational velocities of the component stars and the orbital
parameters. The number of stars with accurate parameters increased 67 per cent
in comparison to the most recent similar collection by Torres et al. (2010).
Distributions of some basic parameters were investigated. The ranges of
effective temperatures, masses and radii are $2750<T_{eff}$(K)$<43000$,
$0.18<M/M_{\odot}<33$ and $0.2<R/R_{\odot}<21.2$, respectively. Being mostly
located in one kpc in the Solar neighborhood, the present sample covers
distances up to 4.6 kpc within the two local Galactic arms Carina-Sagittarius
and Orion Spur. The number of stars with both mass and radius measurements
better than 1 per cent uncertainty is 93, better than 3 per cent uncertainty is
311, and better than 5 per cent uncertainty is 388. It is estimated from the
Roche lobe filling factors that 455 stars (88.5 per cent of the sample) are
spherical within 1 per cent of uncertainty.
