J/other/PASA/31.24    Milky Way detached double-lined EB catalog   (Eker+, 2014)
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The catalogue of stellar parameters from the detached double-lined eclipsing b
inaries in the Milky Way.
    Eker Z., Bilir S., Soydugan F., Yaz Gokce E., Soydugan E., Tuysuz M.,
    Semyuz T., Demircan O.
    <Publ. Astron. Soc. Australia, 31, 24 (2014)>
    =2014PASA...31...24E        (SIMBAD/NED BibCode)
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ADC_Keywords: Binaries, eclipsing ; Milky Way ; Stars, masses ; Stars, diameters
Keywords: astronomical data based: catalogues - stars: binaries: eclipsing -
          stars: fundamental parameters - stars: binaries: spectroscopic

Abstract:
    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% in comparison to the most recent
    similar collection by Torres, Andersen, & Gimenez (2010, Cat.
    J/other/A+ARv/18.67). Distributions of some basic parameters were
    investigated. The ranges of effective temperatures, masses, and radii
    are (K)<43000, 0.18<M/M_{sun}_<33, and 0.2<R/R_{sun}_<21.2,
    respectively. Being mostly located in one kpc in the Solar
    neighborhood, the present sample covers distances up to 4.6kpc within
    the two local Galactic arms, Carina-Sagittarius and Orion Spur. The
    number of stars with both mass and radius measurements better than 1%
    uncertainty is 93, better than 3% uncertainty is 311, and better than
    5% uncertainty is 388. It is estimated from the Roche lobe filling
    factors that 455 stars (88.5% of the sample) are spherical within 1%
    of uncertainty.

Description:
    The basic stellar (masses, radii, T_eff_, logg, vsini) and orbital
    (radial velocity amplitudes K1, K2, mass ratio q, orbital pe- riod
    Porb , orbital inclination i, semi-major axis a, eccentricity e)
    parameters have been collected from the published material through
    literature from the simultaneous solutions of light and radial
    velocity curves of 257 detached eclipsing and double-lined
    spectroscopic binaries in our Galaxy. The collections are complete by
    the date January 2, 2013.

File Summary:
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 FileName    Lrecl  Records   Explanations
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ReadMe          80        .   This file
table1.dat     567      257   Catalogue of stellar parameters from detached
                               double-lined eclipsing binaries in the Milky Way
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See also:
          V/128 : Chromospherically Active Binaries. Third version (Eker+, 2008)
 J/other/A+ARV/18.67 : Accurate masses and radii of normal stars (Torres+, 2010)

Byte-by-byte Description of file: table1.dat
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   Bytes Format Units     Label   Explanations
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   1-  3  I3    ---       Seq     Sequential number
   5- 26  A22   ---       Name    Star name
  28- 33  I6    ---       HD      ?=- HD (III/135) number
      34  A1    ---     m_HD      [C] Multiplicity index on HD
  35- 40  I6    ---       HIP     ?=- HIP (I/239) number
  42- 47  I6    ---       SAO     ?=- SAO (I/131A) number
  49- 50  I2    h         RAh     Right ascension (J2000.0)
  52- 53  I2    min       RAm     Right ascension (J2000.0)
  55- 59  F5.2  s         RAs     Right ascension (J2000.0)
      61  A1    ---       DE-     Declination sign (J2000.0)
  62- 63  I2    deg       DEd     Declination (J2000.0)
  65- 66  I2    arcmin    DEm     Declination (J2000.0)
  68- 72  F5.2  arcsec    DEs     Declination (J2000.0)
  74- 79  F6.2  deg       GLON    Galactic longitude
  81- 86  F6.2  deg       GLAT    Galactic latitude
  88-105  A18   ---       SpType  MK spectral type
 107-125  A19   ---     r_SpType  Reference for spectral type
 127-131  F5.2  mag       Vmag    Visual magnitude
 133-138  F6.2  mas       plx     ?=- Parallax
 140-144  F5.2  mas     e_plx     ?=- rms uncertainty on plx
 146-164  A19   ---     r_plx     Reference for parallax
 166-172  F7.2  km/s      RV      ?=- Radial velocity
 174-178  F5.3  km/s    e_RV      ?=- rms uncertainty on radial velocity
 180-198  A19   ---     r_RV      Reference for radial velocity
 200-205  F6.2  km/s      K1      ?=- Radial velocity semi-amplitude of
                                       the primary component
 207-211  F5.2  km/s    e_K1      ?=- rms uncertainty on K1
 213-218  F6.2  km/s      K2      ?=- Radial velocity semi-amplitude of the
                                       secondary component
 220-224  F5.2  km/s    e_K2      ?=- rms uncertainty on K2
 226-230  F5.3  ---       q       Spectroscopic mass ratio (K1/K2)
 232-250  A19   ---     r_K1      Reference for spectroscopic data
 252-263  F12.9 d         Per     Period
 265-283  A19   ---     r_Per     Reference for period
 285-290  F6.2  Rsun      a       Semi-major axis of apparent orbit
 292-295  F4.2  Rsun    e_a       ?=- rms uncertainty on semi-major axis of
                                       apparent orbit
 297-301  F5.2  deg       i       Inclination of orbit
 303-307  F5.3  ---       e       Orbital eccentricity
 309-327  A19   ---     r_a       Reference for a, i and e
 329-334  F6.3  Msun      M1      Mass of primary component
 336-340  F5.3  Msun    e_M1      rms uncertainty on primary component mass
 342-347  F6.3  Msun      M2      Mass of secondary component
 349-353  F5.3  Msun    e_M2      rms uncertainty on secondary component mass
 355-360  F6.3  Rsun      R1      Radius of primary component
 362-366  F5.3  Rsun    e_R1      rms uncertainty on primary component radius
 368-372  F5.3  Rsun      R2      Radius of secondary component
 374-378  F5.3  Rsun    e_R2      rms uncertainty on secondary component radius
 380-398  A19   ---     r_R1      Reference for masses and radii
 400-404  I5    K         T1      ?=- Temperature of primary component
 406-409  I4    K       e_T1      ?=- rms uncertainty on temperature of
                                       primary component
 411-415  I5    K         T2      ?=- Temperature of secondary component
 417-420  I4    K       e_T2      ?=- rms uncertainty on temperature of
                                       secondary component
 422-440  A19   ---     r_T1      Reference for temperatures
 442-446  F5.3  [cm/s2]   logg1   ?=- Surface gravity of primary component
 448-452  F5.3  [cm/s2] e_logg1   ?=- rms uncertainty on surface gravity of
                                       primary component
 454-458  F5.3  [cm/s2]   logg2   ?=- Surface gravity of secondary component
 460-464  F5.3  [cm/s2] e_logg2   ?=- rms uncertainty on surface gravity of
                                       secondary component
 466-484  A19   ---     r_logg1   Reference for surface gravities
 486-492  F7.3  km/s      vsini1  ?=- Projected rotational velocity of
                                       primary component
 494-499  F6.3  km/s    e_vsini1  ?=- rms uncertainty on projected
                                       rotational velocity of primary component
 501-507  F7.3  km/s      vsini2  ?=- Projected rotational velocity of
                                       secondary component
 509-514  F6.3  km/s    e_vsini2  ?=- rms uncertainty on projected rotational
                                       velocity of secondary component
 516-534  A19   ---     r_vsini1  Reference for projected rotational velocities
 536-541  F6.1  pc        d       ?=- Distance
 543-547  F5.1  pc      e_d       ?=- rms uncertainty on distance
 549-567  A19   ---     r_d       Reference for distance
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Acknowledgements:
    Selcuk Bilir, sbilir(at)istanbul.edu.tr

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(End)                                      Patricia Vannier [CDS]    02-Sep-2015