**Table 2:** Atomic data.
Transition	$\lambda$	f-value	Reference	Transition	$\lambda$	f-value	Reference
O I $\lambda$ 950	950.8846	0.00157100	1	C I $\lambda$ 1328	1328.8333	0.05804000	1
P II $\lambda$ 961	961.0410	0.34890000	1	C II $\lambda$ 1334	1334.5323	0.12780000	1
P II $\lambda$ 963	963.8010	1.45800000	1	C II^* $\lambda$ 1335	1335.7077	0.11490000	1
N I $\lambda$ 963.9	963.9903	0.01837000	1	Cl I $\lambda$ 1347	1347.2400	0.11860000	1
N I $\lambda$ 964.6	964.6256	0.01180000	1	O I $\lambda$ 1355	1355.5977	0.00000124	1
N I $\lambda$ 965.0	965.0413	0.00580100	1	Ni II $\lambda$ 1370	1370.1310	0.07690000	5
O I $\lambda$ 971	971.7380	0.01480000	1	Si II $\lambda$ 1526	1526.7066	0.12700000	6
O I $\lambda$ 976	976.4481	0.00330000	1	C I $\lambda$ 1560	1560.3092	0.08041000	1
C III $\lambda$ 977	977.0200	0.76200000	1	Fe II $\lambda$ 1608	1608.4511	0.05800000	7
O I $\lambda$ 988	988.7734	0.04318000	1	Fe II $\lambda$ 1611	1611.2005	0.00136000	2
Si II $\lambda$ 989	989.8731	0.13300000	1	C I $\lambda$ 1656	1656.9283	0.14050000	1
Cl I $\lambda$ 1002	1002.3464	0.07046000	1	Al II $\lambda$ 1670	1670.7874	1.88000000	1
S III $\lambda$ 1012	1012.5020	0.03550000	1	Ni II $\lambda$ 1709	1709.6000	0.03240000	8
Si II $\lambda$ 1020	1020.6989	0.02828000	1	Ni II $\lambda$ 1741	1741.5490	0.04270000	8
Ly $\beta$	1025.7223	0.07912000	1	Ni II $\lambda$ 1751	1751.9100	0.02770000	8
Cl I $\lambda$ 1028	1028.1740	0.02228000	1	Si II $\lambda$ 1808	1808.0126	0.00218000	9
Cl I $\lambda$ 1030	1030.8845	0.02870000	1	Al III $\lambda$ 1854	1854.7164	0.53900000	1
Cl I $\lambda$ 1031	1031.5070	0.15060000	1	Al III $\lambda$ 1862	1862.7895	0.26800000	1
C II $\lambda$ 1036	1036.3367	0.12310000	1	Ti II $\lambda$ 1910.60	1910.6000	0.20200000	10
O I $\lambda$ 1039	1039.2304	0.00919700	1	Ti II $\lambda$ 1910.97	1910.9700	0.09800000	10
Ar I $\lambda$ 1048	1048.2199	0.24410000	1	Zn II $\lambda$ 2026	2026.1360	0.48900000	11
Ar I $\lambda$ 1066	1066.6600	0.06652000	1	Cr II $\lambda$ 2026	2026.2690	0.00471000	12
N II $\lambda$ 1083	1083.9900	0.10310000	1	Mg I $\lambda$ 2026	2026.4768	0.11200000	1
Fe III $\lambda$ 1122	1122.5260	0.05390000	2	Cr II $\lambda$ 2056	2056.2539	0.10500000	11
N I $\lambda$ 1134.165	1134.1653	0.01342000	1	Cr II $\lambda$ 2062	2062.2340	0.07800000	11
N I $\lambda$ 1134.415	1134.4149	0.02683000	1	Zn II $\lambda$ 2062	2062.6640	0.25600000	11
N I $\lambda$ 1134.98	1134.9803	0.04023000	1	Cr II $\lambda$ 2066	2066.1610	0.05150000	11
P II $\lambda$ 1152	1152.8180	0.23600000	1	Fe II $\lambda$ 2249	2249.8768	0.00182100	13
C I $\lambda$ 1157	1157.1857	0.02440000	1	Fe II $\lambda$ 2260	2260.7805	0.00244000	13
S III $\lambda$ 1190	1190.2080	0.02217000	1	Fe II $\lambda$ 2344	2344.2140	0.11400000	14
N I $\lambda$ 1199.55	1199.5496	0.13280000	1	Fe II $\lambda$ 2374	2374.4612	0.03130000	14
N I $\lambda$ 1200.22	1200.2233	0.08849000	1	Fe II $\lambda$ 2382	2382.7650	0.32000000	14
N I $\lambda$ 1200.71	1200.7098	0.04423000	1	Mn II $\lambda$ 2576	2576.8770	0.35080000	1
Si III $\lambda$ 1206	1206.5000	1.66000000	1	Fe II $\lambda$ 2586	2586.6500	0.06910000	14
Ly $\alpha$	1215.6701	0.41640000	1	Mn II $\lambda$ 2594	2594.4990	0.27100000	1
Mg II $\lambda$ 1239	1239.9250	0.00063000	3	Fe II $\lambda$ 2600	2600.1729	0.23900000	14
Mg II $\lambda$ 1240	1240.3950	0.00035000	3	Mn II $\lambda$ 2606	2606.4620	0.19270000	1
S II $\lambda$ 1250	1250.5840	0.00545300	1	Mg II $\lambda$ 2796	2796.3520	0.61230000	15
S II $\lambda$ 1253	1253.8110	0.01088000	1	Mg II $\lambda$ 2803	2803.5310	0.30540000	15
S II $\lambda$ 1259	1259.5190	0.01624000	1	Mg I $\lambda$ 2852	2852.9642	1.81000000	1
C I $\lambda$ 1277	1277.2450	0.09665000	1	Ti II $\lambda$ 3067	3067.2451	0.04655000	1
C I $\lambda$ 1280	1280.1353	0.02432000	1	Ti II $\lambda$ 3073	3073.8770	0.10910000	1
Ti III $\lambda$ 1298	1298.6970	0.09507000	1	Ti II $\lambda$ 3230	3230.1310	0.05860000	1
O I $\lambda$ 1302	1302.1685	0.04887000	1	Ti II $\lambda$ 3242	3242.9290	0.18320000	1
Si II $\lambda$ 1304	1304.3702	0.09400000	4	Ti II $\lambda$ 3384	3384.7400	0.34000000	1
Ni II $\lambda$ 1317	1317.2170	0.07786000	5

References: (1) Morton (1991), (2) Raassen & Uylings (1998), (3) Theodosiou & Federman (1999), (4) Tripp et al. (1996), (5) Fedchak & Lawler (1999), (6) Schectman et al. (1998), (7) Bergeson et al. (1996), (8) Fedchak et al. (2000), (9) Bergeson & Lawler (1993a), (10) Wiese et al. (2001), (11) Bergeson & Lawler (1993b), (12) Verner et al. (1994), (13) Bergeson et al. (1994), (14) Morton (2000,2001), (15) Verner (1996).

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