Table 6: Comparison of derived and solar abundances as $\log N/$H.
Species $\epsilon$ Del $\iota$ And $\epsilon$ Aqr $\theta$ And Sun
C I ... ... -3.51 ... -3.45
C II $-3.50\pm0.10$ $-3.59\pm0.25$ ... ... -3.45
N II -4.67 ... ... ... -4.03
O I -3.33 ... ... ... -3.13
Mg I ... ... ... -4.65 -4.42
Mg II $-4.39\pm0.11$ $-4.53\pm0.13$ -3.85: -3.84: -4.42
Al I ... ... $-6.33\pm0.21$ $-5.98\pm0.34$ -5.53
Al II -5.88 -5.72 ... ... -5.53
Si II $-4.41\pm0.10$ $-4.60\pm0.13$ $-4.42\pm0.15$ $-4.44\pm0.24$ -4.45
Si III $-4.24\pm0.23$ ... ... ... -4.45
S II $-4.73\pm0.19$ ... ... ... -4.67
Ca I ... ... -6.14 $-5.32\pm0.01$ -5.64
Ca II -5.73 -6.14 -5.75 -5.98 -5.64
Ti II -6.97 $-7.35\pm0.12$ $-6.86\pm0.19$ $-7.03\pm0.25$ -6.98
V II ... ... $-7.96\pm0.25$ ... -8.00
Cr I ... ... -6.74 -6.46 -6.33
Cr II $-6.19\pm0.18$ $-6.42\pm0.21$ $-6.33\pm0.19$ $-6.10\pm0.27$ -6.33
Mn II ... ... ... -5.88 -6.61
Fe I ... ... $-4.56\pm0.26$ $-4.17\pm0.28$ -4.50
Fe II $-4.52\pm0.21$ $-4.68\pm0.20$ $-4.65\pm0.24$ $-4.26\pm0.24$ -4.50
Ni I ... ... ... -5.20 -5.75
Ni II $-6.17\pm0.28$ $-5.96\pm0.17$ $-5.49\pm0.08$ $-5.26\pm0.12$ -5.75
Zn I ... ... ... -6.76 -7.40
Sr II -8.50 ... $-9.74\pm0.18$ -8.60 -9.03
Y II ... ... ... -8.83 -9.76
Zr II ... ... -9.15 $-8.38\pm0.26$ -9.40
Ba II ... ... -9.87 $-9.06\pm0.28$ -9.87

$T_{\rm eff}$ (K)		 13 679 11 600 9050 9000 5800


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