Verner, D. A., Verner, E. M., and Ferland, G. J.
Atomic data for permitted resonance lines of atoms and ions from H to Si, 
and S, Ar, Ca and Fe. 1996, Atomic Data Nucl. Data Tables, in press.


Table I. Wavelengths and Oscillator Strengths of Permitted Resonance 
Absorption Lines. See text of the paper for explanation.

Byte-per-byte description of file: atom1.dat 
Number of multiplets: 1877
------------------------------------------------------------------------------
   Bytes Format  Units   Label           Explanations
------------------------------------------------------------------------------
Averaged values for multiplets:
   1-  4  A4     ---     Species         Atom or ion            
   6- 37  A32    ---     Transition      Transition              
  40- 46  A7     ---     Multiplet       Multiplet           
  48- 56  F9.4   Angs    lambda          Vacuum wavelength
  58- 72  F15.6  cm^-1   E_i             Energy of lower level
  74- 88  F15.6  cm^-1   E_k             Energy of upper level
  90- 91  I2     ---     g_i             Lower level statistical weight
  93- 94  I2     ---     g_k             Upper level statistical weight   
  96-103  E8.2   s^-1    A_ik            Transition probability               
 105-112  E8.2   ---     f_ik            Oscillator strength
 114-115  I2     ---     n               Number of lines in the multiplet
Values for individual lines:
  48- 56  F9.4   Angs    lambda          Vacuum wavelength
  58- 72  F15.6  cm^-1   E_i             Energy of lower level
  74- 88  F15.6  cm^-1   E_k             Energy of upper level
  90- 91  I2     ---     g_i             Lower level statistical weight
  93- 94  I2     ---     g_k             Upper level statistical weight   
  96-103  E8.2   s^-1    A_ik            Transition probability               
 105-112  E8.2   ---     f_ik            Oscillator strength
---------------------------------------------------------------------------
If experimental energy of an upper level is unknown, wavelength and
energy of the upper level are given as 0.0. For FeI: if a multiplet
averaged transition probability and oscillator strength are unknown,
they are given as 0.0.


Table II. Finding List of Lines.
See text of the paper for explanation.

Byte-per-byte description of file: atom2.dat 
Number of lines: 5971
-----------------------------------------------------------------------------
   Bytes Format  Units   Label           Explanations
-----------------------------------------------------------------------------
   1-  9  F9.4   Angs    lambda          Vacuum wavelength
  11- 14  A4     ---     Species         Atom or ion            
  16- 17  I2     ---     g_i             Lower level statistical weight
  19- 20  I2     ---     g_k             Upper level statistical weight   
  22- 29  E8.2   ---     f_ik            Oscillator strength
-----------------------------------------------------------------------------