

For each temperature, T, I give:



1- the  file redwing_NaH2_21_T.omg which  is the redwing for 
He density = 10^21, 
from \omega_min to  \omega = -100cm^-1 

To get the far red wing for a density
dens_out,  you have just to multiply the data by 10^-21 x dens_out.

2 For the junction to the Lorentzian core I provide
tableD1_NaH2_1000_1e21_FS17_nearwing.omg
 which gives the intermediate region
between the exponential decrease of the Lorentzian and the 
linear dependence of the wing.

Compared to tables provided in 2003, I now oversample the near wing
  to make easier the junction of the Lorentzian and the near wing. 


LOW DENSITIES
In lect_sig_nearwing.csh I computed 10000 points with \Delta omega =0.005 
for 10^16 to get the Lorentzian




