Table 2: Column densities of the different energy levels of H2. gis the statistical weight of each level. "cold'' and "warm'' H2are distinguished from the excitation diagram (see Fig. 3). ``sat'' and ``unsat'' are respectively for saturated and unsaturated lines. Only the fitted lines are listed.
J g Energy level Wavelength Line N
(v=0)   (cm-1) Å state (cm-2)


0

 1 0.00 1092.2020 damped $1.20_{-0.23}^{+0.75}\times10^{20}$
      1108.1390 damped  
1 9 118.49 1092.7390 damped $9.12_{-6.09}^{+4.58}\times10^{19}$
      1094.0590 damped  
      1108.6440 damped  
      1110.0740 damped  
2 5 354.39 1066.9070 sat $1.58_{-0.93}^{+6.16}\times10^{16}$
      1094.2510 damped  
      1096.4460 sat  
      1110.1310 damped  
      1112.5081 unsat  
3 21 705.50 1067.4850 sat $1.10_{-0.79}^{+1.81}\times10^{16}$
      1096.7310 sat  
      1099.7950 unsat  
      1112.5940 unsat  
      1115.9070 unsat  
4 9 1168.53 1100.1689 unsat $6.02_{-5.15}^{+8.08}\times10^{15}$
      1116.0250 unsat  
      1120.2610 unsat  
cold H2 J=0-2       $2.11_{-0.83}^{+1.21}\times10^{20}$


warm H2

 J=3-5       $1.70_{-0.94}^{+2.62}\times10^{16}$


Source LaTeX | All tables | In the text

Article Contents
1 Introduction
2 Observation and data reduction
3 Results
4 Discussion
5 Conclusion
References
List of tables
List of figures