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VizieR

  
J/ApJS/188/32
  Breit-Pauli transition probabilities for SII (Tayal+, 2010)
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1.J/ApJS/188/32/table1Energies and lifetimes of the excitation levels (70 rows)
2.J/ApJS/188/32/table4Line strengths, oscillator strengths, and transition probabilities for E1 transitions (806 rows)
3.J/ApJS/188/32/table5Effective collision strengths for transitions in SII (2415 rows)

 
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  (1)Index   [1/70] Index (meta.id)
  (1)Conf (char) Configuration (phys.atmol.configuration)
  (1)LSJ (char) LSJ term (phys.atmol.configuration)
  (1)Eexp eV Expected excitation energy (phys.atmol.excitation)
  (1)E eV Present excitation energy (phys.atmol.excitation)
  (1)dE eV Excitation energy difference (E-Eexp) (phys.atmol.excitation;arith.diff)
  (1)LF s (n) Present lifetime (time.lifetime)
  (1)LFM s (n) Breit-Pauli MCHF lifetime (Irimia & Froese Fischer, 2007, Phys. Scr., 71, 172) (time.lifetime)
  (2)Conf.i (char) The i level configuration (phys.atmol.configuration)
  (2)Conf.k (char) The k level configuration (phys.atmol.configuration)

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(n) indicates a possible blank or NULL column(i)indexed column
  (2)lambda 0.1nm Wavelength in Angstroms (em.wl;phys.atmol.transition)
  (2)Sik  The i-k transition line strength (spect.line.strength)
  (2)fik  The i-k transition oscillator strength (phys.atmol.wOscStrength;phys.atmol.transition)
  (2)Aki s-1 The i-k transition decay probability (phys.atmol.transProb)
  (3)i   [1/69] The i level configuration (meta.id)
  (3)k   [2/70] The k level configuration (meta.id)
  (3)0.5CS  Effective collision strength at T=5kK (phys.atmol.collStrength)
  (3)0.7CS  Effective collision strength at T=7kK (phys.atmol.collStrength)
  (3)1.0CS  Effective collision strength at T=10kK (phys.atmol.collStrength)
  (3)1.5CS  Effective collision strength at T=15kK (phys.atmol.collStrength)
  (3)2.0CS  Effective collision strength at T=20kK (phys.atmol.collStrength)
  (3)2.5CS  Effective collision strength at T=25kK (phys.atmol.collStrength)
  (3)3.0CS  Effective collision strength at T=30kK (phys.atmol.collStrength)
  (3)4.0CS  Effective collision strength at T=40kK (phys.atmol.collStrength)
  (3)5.0CS  Effective collision strength at T=50kK (phys.atmol.collStrength)
  (3)7.0CS  Effective collision strength at T=70kK (phys.atmol.collStrength)
  (3)10CS  Effective collision strength at T=100kK (phys.atmol.collStrength)

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