Table 6: Ionic concentrations and chemical abundances in Hb 5. Wavelength in Angstrom for all values of $\lambda $ above 1000, otherwise in $\mu $m.
Ion $\lambda $ I T $N_{{\rm ion}}$/ $N_{{\rm p}}$ ICF $N_{{\rm el.}}$/ $N_{{\rm p}}$
He+ 5875 11.5 12 000 0.069    
He++ 4686 61. 14 500 0.054 1 0.123
N+ 6584 7.0 9000 1.34(-4)    
N+ 121.8 2.86 9000 3.87(-4)    
N++ 57.3 24. 14 000 2.09(-4) 1.9 8.4(-4)
O+ 3727 70. 9000 7.06(-5)    
O++ 5007 1850. 14 000 2.42(-4)    
O++ 51.8 47.1 14 000 2.40(-4)    
O+3 25.8 194. 15 000 9.5(-5) 1.2 5.0(-4)
Ne+ 12.8 32.5 12 000 3.53(-5)    
Ne++ 15.5 61.4 14 000 3.83(-5)    
Ne++ 3869 80.0 14 000 7.56(-5)    
Ne+3 4725 1.8 15 000 5.07(-5)    
Ne+4 24.3 122. 15 000 2.45(-5)    
Ne+4 14.3 264. 15 000 2.48(-5)    
Ne+5 7.65 146. 16 500 4.88(-6) 1 2.2(-4)
S+ 6731 3.34 9000 2.77(-6)    
S++ 6312 3.2 13 000 2.35(-6)    
S++ 18.7 19.4 13 000 2.48(-6)    
S+3 10.5 45. 14 000 1.45(-6) 1.5 1.1(-5)
Ar+ 6.99 11.6 10 000 9.85(-7)    
Ar++ 8.99 29. 14 000 2.44(-6)    
Ar++ 7135 58. 14 000 2.57(-6)    
Ar+3 4740 18.5 15 000 1.48(-6)    
Ar+4 7.90 10.4 15 000 3.63(-7)    
Ar+4 7005 7.2 15 000 6.26(-7)    
Ar+5 4.53 26.5 16 000 5.07(-7) 1 6.0(-6)
Cl++ 5538 1.65 13 000 9.74(-8)    
Cl+3 8046 1.5 14 000 6.65(-8) 1.6 2.8(-7)
Fe+ 26.0 2.94 9000 7.35(-7)    
Fe++ 22.9 0.54 9000 1.34(-7)    
Fe+6 9.52 1.9 16 000 7.48(-7) 2.2 4.0(-6)
Mg+3 4.49 4.91 16 000 1.82(-6)    
Mg+4 5.61 22.9 16 000 4.71(-6) 2.6 1.7(-5):
Na++ 7.32 2.69 15 000 1.48(-6)    
Na+3 9.04 1.82 16 000 5.93(-7)    
Na+5 8.61 1.52 16 000 1.93(-7) 1.4 3.2(-6)

I: Intensity given w.r.t. H$\beta =100$.


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