Table 2: Wavelengths, excitation potentials from Kurucz & Bell (1995), $\log gf$ values from this work (Ka 02), Edvardsson et al. (1993) (Ed 93), Neuforge-Verheecke & Magain (1997) (Ne 97) and Feltzing & Gonzalez (2001) (Fe 01) and equivalent widths measured in IS Vir and V851 Cen. All $\log gf$ values have been rescaled to Kurucz solar abundances (listed in front of the element symbols).
$\chi$ $\log gf$ $\log gf$ $\log gf$ $\log gf$ IS Vir V851 Cen

(eV) (Ka 02) (Ed 93) (Ne 97) (Fe 01) W (mÅ) W (mÅ)

Na I; $\log {\rm Na} = 6.33$

6154.226 2.10 -1.580 -1.61 -1.58 102.4 95.6

Mg I; $\log {\rm Mg} = 7.49$

5711.088 4.35 -1.653 155.1 158.4

Al I; $\log {\rm Al} = 6.47$

6698.673 3.14 -1.867 -1.837 -1.89 65.7 69.5

7084.643 4.02 -1.136 57.3 66.0

7835.309 4.02 -0.689 -0.78 83.3 93.3

Si I; $\log {\rm Si} = 7.55$

6029.869 5.98 -1.550 26.8 20.0

6125.021 5.61 -1.490 -1.54 -1.55 50.8 41.8

6155.134 5.62 -0.730 -0.77 82.7 72.9

6194.416 5.87 -1.540 26.7 21.8

6195.433 5.87 -1.570 32.3 24.8

6237.319 5.61 -1.010 -1.15 74.8 67.8

6721.848 5.86 -1.080 -1.16 57.7

Ca I; $\log {\rm Ca} = 6.36$

5867.562 2.93 -1.591 -1.61 -1.534 -1.61 76.9 68.5

6156.023 2.52 -2.410 53.0 50.2

6166.439 2.52 -1.100 -1.20 -1.078 -1.22 133.4 127.4

6455.598 2.52 -1.370 -1.344 -1.48 125.3 120.9

Sc II; $\log {\rm Sc} = 3.10$

6245.637 1.51 -1.010 -1.066 81.8 78.9

6320.851 1.50 -1.800 26.9

Ti I; $\log {\rm Ti} = 4.99$

5766.359 3.29 0.329 46.5 46.1

6098.658 3.06 -0.010 -0.07 42.5 39.9

Fe I; $\log {\rm Fe} = 7.67$

5833.926 2.61 -3.730 65.5 47.1

5855.076 4.61 -1.730 -1.72 -1.646 -1.70 52.0 41.1

5856.088 4.29 -1.750 -1.76 72.0 61.1

5861.109 4.28 -2.480 -2.50 -2.491 34.8 24.0

6012.210 2.22 -3.990 86.0 69.2

6027.051 4.08 -1.290 110.2 94.0

6056.005 4.73 -0.550 106.6 92.2

6078.491 4.80 -0.451 115.2 100.3

6079.008 4.65 -1.150 88.5 76.3

6093.643 4.61 -1.540 -1.443 58.0 45.9

6094.373 4.65 -1.770 -1.698 -1.74 47.0 35.2

6098.244 4.56 -1.970 -1.861 45.5 34.2

6151.617 2.18 -3.510 -3.49 -3.404 -3.489 122.1 103.8

6157.728 4.08 -1.360 -1.40 -1.44 119.2 97.6

6165.360 4.14 -1.670 -1.69 -1.684 83.8 71.9

6307.854 3.64 -3.599 25.8 17.8

6335.330 2.20 -2.450 171.9

6336.823 3.69 -0.910 162.5

**Table 2:** Wavelengths, excitation potentials from Kurucz & Bell (1995), $\log gf$ values from this work (Ka 02), Edvardsson et al. (1993) (Ed 93), Neuforge-Verheecke & Magain (1997) (Ne 97) and Feltzing & Gonzalez (2001) (Fe 01) and equivalent widths measured in IS Vir and V851 Cen. All $\log gf$ values have been rescaled to Kurucz solar abundances (listed in front of the element symbols).
	$\chi$	$\log gf$	$\log gf$	$\log gf$	$\log gf$	IS Vir	V851 Cen
	(eV)	(Ka 02)	(Ed 93)	(Ne 97)	(Fe 01)	W (mÅ)	W (mÅ)
Na I; $\log {\rm Na} = 6.33$
6154.226	2.10	-1.580	-1.61		-1.58	102.4	95.6
Mg I; $\log {\rm Mg} = 7.49$
5711.088	4.35	-1.653				155.1	158.4
Al I; $\log {\rm Al} = 6.47$
6698.673	3.14	-1.867		-1.837	-1.89	65.7	69.5
7084.643	4.02	-1.136				57.3	66.0
7835.309	4.02	-0.689			-0.78	83.3	93.3
Si I; $\log {\rm Si} = 7.55$
6029.869	5.98	-1.550				26.8	20.0
6125.021	5.61	-1.490	-1.54		-1.55	50.8	41.8
6155.134	5.62	-0.730	-0.77			82.7	72.9
6194.416	5.87	-1.540				26.7	21.8
6195.433	5.87	-1.570				32.3	24.8
6237.319	5.61	-1.010			-1.15	74.8	67.8
6721.848	5.86	-1.080			-1.16	57.7
Ca I; $\log {\rm Ca} = 6.36$
5867.562	2.93	-1.591	-1.61	-1.534	-1.61	76.9	68.5
6156.023	2.52	-2.410				53.0	50.2
6166.439	2.52	-1.100	-1.20	-1.078	-1.22	133.4	127.4
6455.598	2.52	-1.370		-1.344	-1.48	125.3	120.9
Sc II; $\log {\rm Sc} = 3.10$
6245.637	1.51	-1.010		-1.066		81.8	78.9
6320.851	1.50	-1.800					26.9
Ti I; $\log {\rm Ti} = 4.99$
5766.359	3.29	0.329				46.5	46.1
6098.658	3.06	-0.010			-0.07	42.5	39.9
Fe I; $\log {\rm Fe} = 7.67$
5833.926	2.61	-3.730				65.5	47.1
5855.076	4.61	-1.730	-1.72	-1.646	-1.70	52.0	41.1
5856.088	4.29	-1.750	-1.76			72.0	61.1
5861.109	4.28	-2.480	-2.50	-2.491		34.8	24.0
6012.210	2.22	-3.990				86.0	69.2
6027.051	4.08	-1.290				110.2	94.0
6056.005	4.73	-0.550				106.6	92.2
6078.491	4.80	-0.451				115.2	100.3
6079.008	4.65	-1.150				88.5	76.3
6093.643	4.61	-1.540		-1.443		58.0	45.9
6094.373	4.65	-1.770		-1.698	-1.74	47.0	35.2
6098.244	4.56	-1.970		-1.861		45.5	34.2
6151.617	2.18	-3.510	-3.49	-3.404	-3.489	122.1	103.8
6157.728	4.08	-1.360	-1.40		-1.44	119.2	97.6
6165.360	4.14	-1.670	-1.69		-1.684	83.8	71.9
6307.854	3.64	-3.599				25.8	17.8
6335.330	2.20	-2.450					171.9
6336.823	3.69	-0.910					162.5

Table 2: continued.
$\chi$ $\log gf$ $\log gf$ $\log gf$ $\log gf$ IS Vir V851 Cen

(eV) (Ka 02) (Ed 93) (Ne 97) (Fe 01) W (mÅ) W (mÅ)

6385.718 4.73 -2.010 -1.962 -1.98 33.8 24.0

6436.406 4.19 -2.550 39.1 29.5

6593.870 2.43 -2.472 152.2

6699.141 4.59 -2.180 -2.215 27.4 19.6

6713.743 4.80 -1.640 -1.547 46.2 31.5

6725.356 4.10 -2.380 -2.277 47.3 34.3

6726.666 4.61 -1.212 -1.239 78.1 65.5

6750.152 2.42 -2.741 -2.801 159.8 134.8

6793.258 4.08 -2.580 42.9 29.5

6806.843 2.73 -3.300 -3.27 100.4 86.2

6810.262 4.61 -1.150 -1.186 87.8 76.8

6857.249 4.08 -2.280 53.8 43.4

6861.937 2.42 -3.990 81.7 65.1

6862.493 4.56 -1.590 62.8 50.2

7142.517 4.96 -1.139 78.2 58.0

7148.725 4.28 -2.297 51.6 44.2

7411.153 4.28 -0.418 157.5 132.1

7447.394 4.96 -1.144 75.5 57.0

7498.530 4.14 -2.320 -2.29 63.1 50.5

7563.010 4.84 -1.656 44.5

7583.788 3.02 -2.040 152.4 131.8

7748.269 2.95 -1.760 184.0 165.0

7780.557 4.47 -0.151 145.5

7807.909 4.99 -0.614 90.5 81.0

Fe II; $\log {\rm Fe} = 7.67$

5991.376 3.15 -3.727 -3.718 44.6 29.9

6084.111 3.20 -3.988 -3.968 31.0

6149.258 3.89 -2.874 -2.96 -3.00 48.1 32.1

6247.557 3.89 -2.419 -2.55 63.6 48.1

6432.680 2.89 -3.758 -3.80 56.1 38.8

6456.383 3.90 -2.235 -2.40 79.4 55.5

Co I; $\log {\rm Co} = 4.92$

6595.864 3.71 -0.647 26.7 20.8

7838.134 3.97 -0.300 25.0 21.2

Ni I; $\log {\rm Ni} = 6.25$

5805.213 4.17 -0.580 62.1 51.2

6111.066 4.09 -0.790 -0.96 -0.739 -0.86 62.2 52.2

6176.807 4.09 -0.170 -0.37 -0.27 90.9 80.8

6204.600 4.09 -1.110 -1.17 -1.063 -1.146 46.9 33.6

6598.593 4.24 -0.860 -0.883 -0.94 55.4 39.9

6772.313 3.66 -0.910 -1.082 83.4 70.9

7525.111 3.64 -0.516 -0.64 120.5 106.3

7555.598 3.85 0.074 131.1 111.5

7797.586 3.90 -0.172 -0.40 119.7 105.2

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