Table 5: Comparison of elemental abundances in HR 5049 with three CP2 stars.

Ions		 HR 50491 HR 10942 HD 187 4745 HD 166 4736
( $T_{\rm eff}$, log  g) (10 300 K, 3.81) (12 000 K, 4.2) (10 400 K, 4.0) (7700 K, 4.20)

He I		 $\le$9.0 10.1    
C II $\le$8.3      
O I 8.31 8.1 8.17 7.33
Mg I 7.30     7.01
Mg II 7.15 6.6   7.73
Si II 7.75 6.8 7.70 8.07
Cl II 7.39 8.1    
Sc II 3.06 $\le$3.4 3.17 4.13
Ti II 5.49 6.69 5.02 4.97
V II 4.75   4.00 5.17
Cr I 7.61     6.50
Cr II 7.36 7.02 7.82 6.64
Mn II 6.30   7.17 6.70
Fe I 8.32     7.66
Fe II 8.29 8.46 8.39 7.69
Co I 8.43     5.97
Co II 8.35 7.92    
Ni II 6.90 $\le$5.8    
Sr II 2.96 4.323   5.00
Y II 4.33     4.14
Ba II $\le$2.1 $\le$3.1   1.63
La II 4.00     3.70
Ce II 4.68 5.2   4.45
Pr II 4.70     3.19
Pr III 4.68   4.55 4.40
Nd III 4.74   4.44 5.57
Eu II 4.06 3.8   3.57
Eu III 5.30      
Gd II 4.53   4.13  
Dy II 4.75 4.6, 6.24   4.21
Dy III 4.07      
1 This work.
2 Nielsen & Wahlgren (2000).
3 Sadakane (1992).
4 Values derived at two different epochs.
5 Strasser et al. (2001).
6 Gelbmann et al. (2000).


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