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J/ApJ/812/40
  Adiabatic mass loss in binary stars. II. (Ge+, 2015)
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2015ApJ...812...40G
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1.J/ApJ/812/40/table3Thresholds for conservative dynamical time scale mass transfer (680 rows)

Simple ConstraintList Of Constraints
 
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ShowSortColumn  Constraint Explain   (UCD)
  recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  Mass Msun [0.1/100] Initial mass model (phys.mass)
  k   [1/31] Mass loss sequence number (meta.id)
  logRad [Rsun] [-0.9/3.5] Log initial radius (Note 1)   (phys.size.radius)
  MKH Msun [0.09/81.4] Mass threshold (Note 2)   (phys.mass)
  logRKH [Rsun] [-0.9/2.5] Log Roche lobe radius (Note 2)   (phys.size.radius)
  logR*KH [Rsun] [-0.9/3] Log stellar radius (Note 2)   (phys.size.radius)
  zetaad   [-2.9/69.4] Critical mass-radius exponent for dynamical time scale mass transfer (Note 1)   (arith.factor)
  qad   [-0.4/34.1] Critical mass ratio for dynamical time scale (conservative) mass transfer (Note 1)   (phys.mass;arith.ratio)
  Dexp [-] [0.0001/1] Log superadiabatic expansion factor (Note 3)   (stat.fit.param)
  MKHic Msun [0.09/80.7] Mass threshold (Note 4)   (phys.mass)
  logRKHic [Rsun] [-0.9/2.4] Log Roche lobe radius (Note 4)   (phys.size.radius)
  logR*KHic [Rsun] [-0.9/2.9] Log stellar radius (Note 4)   (phys.size.radius)
  zetaadic   [-0.4/203.5] Critical mass-radius exponent for dynamical time scale mass transfer (Note 3)   (arith.factor)
  qadic   [0.6/99.7] Critical mass ratio for dynamical time scale (conservative) mass transfer (Note 3)   (phys.mass;arith.ratio)

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