VizieR

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VizieR

  
J/A+A/527/A139
  X-ray bursting neutron star atmosphere models (Suleimanov+, 2011)
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2011A&A...527A.139S
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spectrum
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1.J/A+A/527/A139/setSet parameters[spectrum] (18 rows)
2.J/A+A/527/A139/tablea1Color and dilution factors (360 rows)
3.J/A+A/527/A139/tablea2*Atmosphere model spectra (Note) (4968 rows)

Simple ConstraintList Of Constraints
 
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. ((unassigned);meta.version;arith.diff;phys.veloc)
   (ALL)Set  (i) [1/18] Set number ((unassigned);meta.version;arith.diff;spect.line.veloc;arith)
  (1)X  X (H) abundance (0, 0.7374, 1) ((unassigned);(unassigned);(unassigned);phys.size.smedAxis)
  (1)Y  Y (He) abundance (0, 0.2492, 0.2586, 0.2613, 0.2625, 1) ((unassigned);(unassigned);(unassigned);pos.cylindrical)
  (1)Z  Z abundance (0, 1.34E-2, 4.02E-3, 1.34E-3, 1.34E-4) ((unassigned);(unassigned);(unassigned);pos.parallax;meta.main)
  (1)logg [cm/s2] Surface gravity (14.0, 14.3, 14.6) ((unassigned);meta.version;arith.diff;(unassigned))
  (1)Tedd keV Eddington temperature (9 values) ((unassigned);pos.galactic.lon;arith.diff;em.radio)
  (1)R km Neutron star radius (8.16, 10.88, 14.80) ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)z  Redshift (0.18, 0.27, 0.42) ((unassigned);(unassigned);(unassigned);pos.parallax;meta.main)
  (1)Sp (char)
spectrum
Plot of the spectrum corresponding to this set ((unassigned);pos.galactic.lon;arith.diff;pos.geocentric)
  (2)l  Relative luminosity L/Ledd (Note 1)   ((unassigned);(unassigned);(unassigned);(unassigned);instr.offset)

ALL cols		    
 (i)indexed column
  (2)Teff keV Effective temperature ((unassigned);meta.version;arith.diff;em.radio)
  (2)fc1  Color correction factor fc,1 (Note 2)   ((unassigned);meta.version;arith.diff;instr.beam;meta.abstract)
  (2)fc2  Color correction factor fc,2 (Note 2)   ((unassigned);meta.version;arith.diff;instr.beam;meta.abstract)
  (2)fc3  Color correction factor fc,3 (Note 2)   ((unassigned);(unassigned);(unassigned);instr.beam;meta.abstract)
  (2)fc4  Color correction factor fc,4 (Note 2)   ((unassigned);(unassigned);(unassigned);instr.beam;meta.abstract)
  (2)fc5  Color correction factor fc,5 (Note 2)   ((unassigned);meta.version;arith.diff;instr.beam;meta.abstract)
  (2)w*fc1+4  Product of dilution factor and (fc1)4 ((unassigned);(unassigned);(unassigned);instr.beam;em.UV.10-50nm)
  (2)w*fc2+4  Product of dilution factor and (fc2)4 ((unassigned);(unassigned);(unassigned);instr.beam;em.UV.10-50nm)
  (2)w*fc3+4  Product of dilution factor and (fc3)4 (stat.value;phys.atmol.qn.I;arith.grad;instr.beam;em.UV.10-50nm)
  (3)E keV Photon energy ((unassigned);(unassigned);(unassigned);instr.sensitivity)
  (3)F(001) mW/m2/keVFlux FE for l=0.001 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(003) mW/m2/keVFlux FE for l=0.003 (Note 1)   ((unassigned);meta.version;arith.diff;meta.abstract;(unassigned);(unassigned))
  (3)F(010) mW/m2/keVFlux FE for l=0.01 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))

ALL cols		    
 (i)indexed column
  (3)F(030) mW/m2/keVFlux FE for l=0.03 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(050) mW/m2/keVFlux FE for l=0.05 (Note 1)   ((unassigned);meta.version;arith.diff;meta.abstract;(unassigned);(unassigned))
  (3)F(070) mW/m2/keVFlux FE for l=0.07 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(100) mW/m2/keVFlux FE for l=0.1 (Note 1)   ((unassigned);meta.version;arith.diff;meta.abstract;(unassigned);(unassigned))
  (3)F(150) mW/m2/keVFlux FE for l=0.15 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(200) mW/m2/keVFlux FE for l=0.2 (Note 1)   ((unassigned);meta.version;arith.diff;meta.abstract;(unassigned);(unassigned))
  (3)F(300) mW/m2/keVFlux FE for l=0.3 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(400) mW/m2/keVFlux FE for l=0.4 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(500) mW/m2/keVFlux FE for l=0.5 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(600) mW/m2/keVFlux FE for l=0.6 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(700) mW/m2/keVFlux FE for l=0.7 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(750) mW/m2/keVFlux FE for l=0.75 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(800) mW/m2/keVFlux FE for l=0.8 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(850) mW/m2/keVFlux FE for l=0.85 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(900) mW/m2/keVFlux FE for l=0.9 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(950) mW/m2/keVFlux FE for l=0.95 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))
  (3)F(980) mW/m2/keVFlux FE for l=0.98 (Note 1)   ((unassigned);(unassigned);(unassigned);meta.abstract;(unassigned);(unassigned))

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