**Table 4:** Elemental abundances of hotter stars.
Spe		HD 10285	HD 25291	HD 27381	HD 137569	HD 172324
cies	$\log \epsilon_{\odot}$	[X/H], n, [X/Fe]	[X/H], n, [X/Fe]	[X/H], n, [X/Fe]	[X/H], n, [X/Fe]	[X/H], n, [X/Fe]
C I	8.39	$-0.27\pm 0.13$ , 3, +0.04	$-0.71\pm0.17$ , 5, -0.38	-1.04, syn, -0.37	. . .	. . .
C II	8.39	. . .	. . .	. . .	-0.2, syn, +2.8:	-0.04, syn, +0.5
		. . .	. . .	. . .	$\bf {-0.6}*$ , syn, +2.4:	$\bf {-0.3}*$ , syn, +0.2
N I	7.83	. . .	. . .	+0.50, syn, +1.20	$+0.8\pm0.06, syn, +3.8:$	$+0.7\pm0.16, syn,+1.2$
		. . .	. . .	$\bf {+0.2}*$ , syn, +0.9	$\bf {+0.2}*$ , syn, +3.2:	$\bf {+0.1}*$ , syn, +0.6
O I	8.69	$-0.00\pm 0.03, 2,+0.30$	$-0.18\pm0.01, 2, +0.15$	$-0.36\pm0.03, 3, -0.3$	$+0.3\pm0.16, 9, +3.3:$	$+0.2\pm0.07, 5, +0.8$
					$\bf {+0.1}*$ , syn, +3.1:	$\bf {-0.1}*$ , syn, +0.4
Ne I	8.09	. . .	. . .	. . .	$+0.2\pm0.14, 3, +3.2:$	$+0.4\pm0.16, 5,+0.9$
Na I	6.33	$+0.11\pm 0.04, 2, +0.41$	$+0.17\pm0.05, 4, +0.50$	$-0.13\pm0.04, 3, +0.54$	. . .	. . .
Mg I	7.58	$-0.19\pm 0.20, 5, +0.11$	$-0.26\pm0.12, 4, +0.07$	$-0.76\pm0.01, 2, -0.09$	. . .	$-0.4\pm0.21, 3, +0.1$
Mg II	7.58	$-0.21\pm 0.18, 3, +0.10$	$-0.48\pm 0.10, 2, -0.15$	$-0.74, \pm0.08, 2, -0.07$	-2.8, 1, +0.2	-0.4, 1, +0.1
Si I	7.55	$-0.37\pm 0.17, 3, -0.06$	$+0.08\pm0.09, 9, +0.42$	$-0.20\pm0.03, 2, +0.47$	. . .	. . .
Si II	7.55	$-0.39\pm 0.05, 2, -0.09$	$+0.23\pm0.13, 2, +0.56$	$-0.10\pm0.25, 2, +0.57$	$-2.4\pm0.17, 2, +0.6$	$-0.1\pm0.10, 7, +0.4$
Si III	7.55	. . .	. . .	. . .	. . .	+0.0,1, +0.5
S I	7.21	$+0.04\pm 0.02, 2, +0.35$	$+0.08\pm 0.08, 3, +0.41$	-0.30, 0.21, 2, +0.37	. . .	. . .
S II	7.21	. . .	. . .	. . .	$-0.1\pm0.20, 15, +0.6$	$+0.1\pm0.18, 9, +0.6$
Ca I	6.36	$-0.18\pm0.15, 9, +0.13$	$-0.18\pm 0.12, 22, +0.15$	$-0.59\pm0.09, 7, +0.09$	. . .	. . .
Ca II	6.36	-0.19, 1, +0.12	-0.26 , 1, +0.07	. . .	. . .	$-1.5\pm0.05, 2, -1.0$
Sc II	3.10	$-0.07\pm 0.10, 10, +0.24$	$+0.01\pm0.18, 11, +0.34$	$-0.39\pm0.14, 7, +0.28$	. . .	-0.6, 1, -0.1
Ti I	4.99	. . .	$-0.25\pm0.13, 4, +0.08$	. . .	. . .	. . .
Ti II	4.99	$-0.30\pm 0.15, 27, +0.01$	$-0.34\pm0.16, 17, -0.01$	$-0.57\pm0.19, 25, +0.10$	. . .	$-0.4\pm0.15, 22, +0.1$
V II	4.00	-0.03,1, +0.28	$-0.28\pm0.28, 2, -0.05$	. . .	. . .	. . .
Cr I	5.67	$-0.27\pm 0.25, 4, +0.04$	$-0.23\pm0.12, 10, +0.10$	-0.59, 1, +0.09	. . .	. . .
Cr II	5.67	$-0.24\pm 0.14, 19, +0.07$	$-0.25\pm0.11, 14, +0.09$	$-0.44\pm0.17, 23, +0.23$	. . .	$-0.5\pm0.15, 13, -0.0$
Mn I	5.39	-0.27, 1, +0.04	$-0.31\pm0.16, 5, -0.02$	$-0.49\pm0.15, 3, +0.18$	. . .	. . .
Mn II	5.39	$-0.12\pm 0.27, 2, +0.11$	. . .	. . .	. . .	. . .
Fe I	7.52	$-0.30\pm 0.17$ , 87,.......	$-0.28\pm 0.12, 136,......$	$-0.71\pm0.12, 33, .......$	. . .	. . .
Fe II	7.52	$-0.32\pm 0.13$ , 28,.......	$-0.38\pm 0.12, 29,......$	$-0.63\pm0.11, 24, .......$	<-3.0, syn,	$-0.5\pm0.14, 36, .......$
Co I	4.91	. . .	-0.42, 1, -0.09	. . .	. . .	. . .
Ni I	6.25	$-0.17\pm 0.09, 6, +0.14$	$-0.24\pm0.10, 17, +0.09$	. . .	. . .	. . .
Ni II	6.25	$-0.37\pm 0.22, 2,- 0.06$	. . .	. . .	. . .	. . .
Zn I	4.63	$-0.36\pm0.23, 2, -0.06$	. . .	. . .	. . .	. . .
Sr II	2.90	-0.06, 1, +0.25	. . .	-1.03, 1, -0.36	. . .	. . .
Y II	2.24	$-0.30\pm 0.07, 4, +0.01$	$-0.17\pm0.21, 4, +0.16$	$-0.51\pm0.18, 5, +0.16$	. . .	. . .
Zr II	2.60	-0.34, 1, -0.03	$-0.33\pm0.01, 2, +0.00$	-0.80, 1, -0.13	. . .	. . .
Ba II	2.13	$-0.11\pm 0.13, 3, +0.20$	$+0.01\pm0.05, 2, +0.34$	$-0.61\pm0.12, 4, -0.06$	. . .	. . .
Ce II	1.55	. . .	$-0.12\pm0.11, 2, -0.21$	. . .	. . .	. . .
Eu II	0.51	. . .	-0.47, 1, -0.14	. . .	. . .	. . .

* Non-LTE corrected estimates.

Source LaTeX | All tables | In the text