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In this catalogue, I list total line-of-sight column densities for a number of atomic and molecular species; values for the LMC generally refer to absorption at v > 200 km/s. Most are derived either from spectra obtained at resolutions better than 5 km/s or from relatively weak lines. In this list, however, I will also include estimated 1-sigma uncertainties. For the values derived from weak lines, the uncertainties are derived from the uncertainties on the equivalent widths. For the values derived via multi-component fits to the profiles of stronger lines, the formal uncertainties are often 0.01-0.02 dex --- but the true uncertainties are probably somewhat larger. I generally assume a minimum uncertainty of 0.04 dex in such cases. Most lines of sight have 2 pairs of lines [column density / uncertainty -- both logarithmic (except for the four DIBs, which are equivalent widths, and the color excess, in mag)]. Some lines of sight also have H2 rotational population data (J=0-5), mostly from Tumlinson et al. (2002). The "typical" uncertainties are given in the header. The source codes (following each column density value) are explained at the end of the table.
Postscript plots and equivalent width data will be available for many of the stars; see the corresponding catalogue of optical/UV data .
NOTE: Please contact me if you wish to use any of this information in connection with a project or paper of your own, to make sure that you are aware of any assumptions that went into the analysis of the spectral data and any resulting limitations or uncertainties in the tabulated values. In particular, values that are not yet published are subject to change as new spectra and/or better fits become available (and I may not update this table immediately).
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H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 5 s 20.90:w 20.90:w 0.22:w
Sk 5 .11 .11
AV 4 0
AV 6 s 21.54:w 19.11 x 21.54:w 0.32 W
AV 6 .08 .2 .08
AV 6 0
h
18.82 x 18.80 x 77
.2 .2
Sk 7 s 21.54:f 21.54 0.09 W
Sk 7 .15 .15
AV 10 0
Sk 9 s 21.76:w 17.03 t 21.76:w 0.11 W
Sk 9 .04 1.06 .04
AV 14 12.63:w 0
h
16.88 t 16.44 t 15.04 t 15.21 t 14.65 t
1.09 1.08 .18 .21 .06
Sk 10 s 21.58 w 18.32 w 21.58 0.09 W
Sk 10 .04 .4
AV 15 12.80:w 15.29:w 0
h
18.00 w 18.04 w 81
.3 .3
Sk 11 s 20.22 x 0.37:w
AV 16 .1
AV 16 0
h
20.09 x 19.64 x 53
.1 .1
Sk 13 s 22.04 w 20.36 c 22.06 0.16 W 12.81:U 9.62:w 11.32:w <11.64:w <12.33:w
Sk 13 .02 0.07 .02 .05 .13 .16 28.4
AV 18 < 4.6 w 23 w 8 w < 55 w 11.20:w 13.04:w 15.57:w 12.98:w <12.13:w 0
h 6 3 .01
20.13 c 19.97 c 17.58 c 17.79 c 16.06 c 15.36 c 66
Sk 15 s <21.8 w 18.9 x <21.8 0.04:w
Sk 15 .3
AV 22 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 16 s 21.52:f 21.52 0.09 W
Sk 16 .15 .15
AV 24 0
Sk 17 s 21.94:w 21.94:w 0.18 W
Sk 17 .04 .04
AV 23 0
Sk 18 s 21.70:w 20.63 t 21.77 0.11 W 12.98:U 9.61:w 11.18:w <11.64:w 12.08:w
Sk 18 .05 0.05 .05 .10 .13 .23 .15 82.6
AV 26 < 4.4 w 17 w 4 w < 55 w 11.20:w 12.83:w 12.90:w <12.17:w 0
h 7 2 .10 .01
20.49 t 20.06 t 17.99 t 17.91 t 16.74 t 53
.04 .07 .81 .80 1.10
AV 39a s 21.74 w 18.70 w 21.74 w 0.08 w
AV 39a .08 .3 .08
AV 39a 0
h
18.28 w 18.49 w 100
.2 .2
AV 43 s 20.91 w 20.91 w 0.15 W
AV 43 .06 .06
AV 43 0
AV 47 s 21.32 w 18.54 w 21.32 0.09 W 11.58:w
AV 47 .04 0.4 .04 .02
AV 47 12.70:w 15.32:w 12.82:w 0
h .02
18.11 w 18.34 w 102
.3 .3
Sk 27 s <21.0 f <21.0 f 0.01 W
Sk 27
AV 48 :r 0
AV 60a s 21.81:w 19.57 x 21.81:w w
AV 60a .08 .1 .08
AV 60a 0
h
19.42 x 19.03 x 55
.1 .1
Sk 32 s <20.85 f <15.0 :w <20.85 f 0.10 W
Sk 32
AV 61 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 33 s 0.07 W
Sk 33
Sk 33 13.11:c 13.24:c 0
Sk 34 s 21.59 w 18.73 t 21.59 0.09 W
Sk 34 .02 0.16 .02 7.6
AV 69 15.18:w 0
h
18.36 t 18.49 t 15.89 t 15.82 t 14.55 t 90
.13 .16 .73 .75 .06
Sk 35 s 21.00:f <15.0 :w 21.00 0.07 W <10.70:w
Sk 35 .2 .2
AV 70 :w 12.71:w 0
Sk 36 s 21.00:f 21.00 0.26:w
Sk 36 .2 .2
AV 71 0
Sk 38 s 21.79 w 18.51 t 21.79 0.13 W
Sk 38 .02 0.42 .02 11.6
AV 75 15.48:w 0
h
18.42 t 17.80 t 15.56 t 15.72 t 14.87 t 14.75 t 47
.39 .57 .41 .49 .10 .10
AV 77 s 21.85 w 21.85 w 0.09 W
AV 77 .03 .03
AV 77 0
Sk 40 s 21.54 f 21.54 0.10 W 11.96 w < 9.86:w <11.81:w <11.85:w <12.48:w
Sk 40 .20 .20
AV 78 20 w < 12 w 70 w <10.75:w 12.65 w 12.92:w <12.35:w 0
8 25 .01
AV 80 s 21.81 w 20.08 w 21.83 0.15 W 12.82:w <11.81:w <12.48:w
AV 80 .02 .2 .02 .05
AV 80 < 11 w 22 w < 21 w < 80 w 12.82:w 12.81:w <12.49:w 0
h 14 .03
19.74 w 19.81 w 84
.1 .1
Sk 41 s 18.64 w 0.14 w
Sk 41 .3
AV 81 0
h
18.16 w 18.47 w 115
.2 .2
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
AV 83 s 21.04 w 15.16 t 21.04 0.14 W
AV 83 .04 0.11 .04
AV 83 14.98:w 0
h
14.25 t 14.61 t 14.49 t 14.74 t
.18 .06 .07 .13
Sk 42 s <20.76:w <20.76:w 0.00 W
Sk 42
AV 86 0
AV 95 s 21.49 w 19.40 t 21.50 0.10 W 11.77:w 13.34 a <13.23 a
AV 95 0.08 .03 .3 2.6
AV 95 12.71:w 13.82 15.22 12.82:w 0
h .1 .03
19.09 t 19.10 t 15.30 t 15.20 t 14.47 t 78 13.00 a
.09 .06 .22 .17 .02 .24
Sk 46 s f 0.04 W
Sk 46
AV 96 12.39:w 0
AV 104 s 21.45 w 19.23 w 21.45 0.02 W
AV 104 .05 .2 .05
AV 104 0
h
18.95 w 18.90 w 73
.2 .2
AV 120 s f 0.05 W 11.42:w
AV 120 .03
AV 120 12.69:w 12.35:w 0
.06
AV 126 s 21.70:f 21.70 0.19 W
AV 126 .15 .15
AV 126 0
AV 132 s 21.77:w 21.77:w
AV 132 .04 .04
AV 132 0
AV 148 s 21.38 w 21.38 w 0.07 W
AV 148 .05 .05
AV 148 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
SMC WR9 s 21.48:w 19.41 w 21.48:w
SMC WR9 .15 .2 .15
SMC WR9 0
h
18.90 w 19.26 w 123
.2 .15
AV 170 s 21.14 w 19.67 x 21.17 0.08 W
AV 170 .04 .1 .04
AV 170 0
h
19.54 x 19.09 x 53
.1 .1
N330B22 s 21.59 w 21.59 0.04 W
N330B22 .03 .03
N330B22 0
N330B37 s 21.59 w 21.59 0.02 W
N330B37 .03 .03
N330B37 0
N330A02 s <21.60 w <21.60 0.02 W
N330A02 .03 .03
N330A02 0
N330A01 s 21.51 w 21.51 0.06 W
N330A01 .04 .04
N330A01 0
Sk 64 s 19.80 x 0.12 W
Sk 64 .2
AV 175 0
h
19.30 x 19.63 x 121
.1 .1
AV 177 s 21.13:w f 21.13:w 0.07 W
AV 177 .04 .04
AV 177 0
Sk 65 s 21.95:f 21.95 0.14 W
Sk 65
AV 180 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 68 s f -0.02 W
Sk 68
AV 187 12.34:w 0
AV 189 s 21.87 w 21.87 w 0.16 W
AV 189 .03 .03
AV 189 0
N346-12 s 21.81 w 20.42 x 21.81 w 0.11 W
N346-12 .04 .2 .04
N346-12 0
h
20.38 x 19.38 x 38
.1 .1
N346-113 s 21.28 w f 21.28 w 0.06 W
N346-113 .05 .05
N346-113 0
AV 207 s 21.43:w 19.40 t 21.44 0.09 W 12.89:w
AV 207 .05 0.09 .05 .10 7.0
AV 207 12.77:w 12.49:w 0
h .07
19.09 t 19.09 t 17.47 t 17.16 t 14.91 t 78
.10 .06 1.13 1.18 .86
AV 208 s 21.85:w 20.00 x 21.86:w 0.27 W
AV 208 .08 .2 .08
AV 208 0
h
19.80 x 19.56 x 62
.1 .1
Sk 73 s 21.85 w 19.36 x 21.85 0.12 W
Sk 73 .04 .1 .04
AV 210 12.84:w 0
h
19.03 x 19.08 x 82
.1 .1
Sk 74 s 0.04:w m
Sk 74
AV 211 12.66:w 0
AV 214 s 21.78 g 21.78 g 0.26 W
AV 214 .09 .09
AV 214 12.86:c 12.86:c 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 76 s 21.86 w 19.59 x 21.86 0.11 W
Sk 76 .02 .1 .02
AV 215 15.57:w 0
h
19.26 x 19.32 x 83
.1 .1
N346-299 s 20.85 w 20.85 w -0.02 W
N346-299 .06 .06
N3-299 0
N346-6 s 21.11 w 15.74 t 21.11 w 0.05 W
N346-6 .04 .26 .04
N3-324 0
h
15.19 t 15.44 t 14.77 t 14.82 t 105
.26 .32 .08 .10
N346-4 s 21.07:w 15.37 t 21.07:w 0.06 W
N346-4 .04 0.32 .04
N3-342 0
h
14.87 t 15.00 t 14.42 t 14.53 t 90
.29 .42 .14 .08
AV 216 s 21.64 w 18.78 w 21.64 0.09 W
AV 216 .03 .3 .03
AV 216 15.45:w 0
h
18.34 w 18.58 w 104
.3 .3
N346-3 s 21.04 w 15.62 t 21.04 w 0.06 W
N346-3 .04 0.74 .04
N3-355 0
h
15.33 t 15.08 t 14.66 t 14.61 t 61
.90 .20 .10 .10
N346-356 s 21.48 w 21.48 w 0.03 W
N346-356 .05 .05
N346-356 0
N346-368 s 21.07 w 21.07 w 0.06 W
N346-368 .04 .04
N3-368 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
AV 218 s 21.72:w 21.72:w 0.07 W
AV 218 .04 .04
AV 218 0
N346-1 s 20.99 w 20.99 w 0.09 W
N346-1 .05 .05
N3-435 0
N346-487 s 21.32 w 21.32 w 0.07 W
N346-487 .04 .04
N3-487 0
N346-523 s 20.94 w 20.94 w 0.03 W
N346-523 .05 .05
N346-523 0
N346-637 s 21.65 w 19.01 w 21.65 w 0.11 W
N346-637 .10 .2 .10
N346-637 0
h
18.64 w 18.76 w 89
.2 .2
N346-682 s 21.18 w 21.18 w 0.04 W
N346-682 .03 .03
N3-682 0
AV 220 s 21.04 w f 21.04 0.11 W
AV 220 .02 .02
AV 220 0
Sk 78 s 21.06 w 15.66 t 21.06 w 0.04 w 11.33 w 12.99 k
Sk 78 .04 0.20 .04
AV 229 12.68:w 14.94:W 12.38:W 0
h
15.14 t 15.36 t 14.70 t 14.59 t 101 12.10 w
.29 .19 .04 .04 .2
N346-E046 s 21.29 w 21.29 w 0.01 W
N346-E046 .02 .02
N346-E046 0
Sk 80 s 21.02 w 15.26 t 21.02 w 0.08 W
Sk 80 .04 0.79 .04
AV 232 12.54:w 0
h
14.26 t 15.03 t 14.38 t 14.51 t 402
.18 .95 .10 .18
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 82 s 21.40 f 15.89 t 21.40 0.05 W 11.46:w
Sk 82 .09 0.27 .09
AV 235 <10.99:w 0
h
14.95 t 15.64 t 15.01 t 15.09 t 14.34 t 280
.15 .36 .14 .16 .04
N346-E031 s 20.93 w 20.93 w 0.02 W
N346-E031 .06 .06
N346-E031 0
AV 238 s 21.41:w 15.95 t 21.41:w 0.10 W
AV 238 .04 1.32 .04
AV 238 0
h
15.37 t 15.73 t 14.81 t 14.72 t 125
1.33 1.37 .37 .26
Sk 84 s 21.52:w 18.85 w 21.52:w 0.11 W
Sk 84 .04 .3 .04
AV 243 0
h
18.60 w 18.48 w 68
.3 .3
Sk 85 s 21.32 w 17.21 t 21.32 w 0.04 W
Sk 85 .04 1.13 .04
AV 242 12.74:c 12.64:c 0
h
16.80 t 16.97 t 15.48 t 15.27 t 94
1.17 1.11 1.11 1.07
AV 258 s 21.60:f 21.60 0.26 W
AV 258 .15 .15
AV 258 0
AV 261 s 21.43 w 19.26 w 21.44 w 0.18 W
AV 261 .03 .2 .03
AV 261 0
h
19.00 w 18.90 w 71
.15 .2
Sk 94 s <20.7 :f 14.74 t <20.7 0.01 W
Sk 94 0.38
AV 264 0
h
14.55 t 14.28 t 60
.41 .34
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 95 s 18.90 w 0.03 w
Sk 95 .2
AV 266 0
h
18.59 w 18.60 w
.2 .2
AV 267 s <20.71 w <20.71 w 0.02 W
AV 267
AV 267 0
Sk 101 s 20.78:f f 20.78 0.24 W
Sk 101 .2 .2
AV 287 0
Sk 103 s 21.60:f 21.60 0.09 W
Sk 103 .15 .15
AV 289 0
AV 296 s 21.21 w 21.21 w 0.09 W
AV 296 .06 .06
AV 296 0
AV 304 s 21.48 w 19.57 x 21.49 w 0.07:w
AV 304 .03 .1 .03
AV 304 0
h
19.36 x 19.15 x 64
.1 .1
AV 307 s 21.40 w 21.40 w 0.12 W
AV 307 .03 .03
AV 307 0
Sk 107 s <20.70:f <20.70 0.02 W
Sk 107
AV 317 12.58:w 0
AV 321 s 20.79:w <14.44 t 20.79:w 0.09 W 10.75:w
AV 321 .1 .1 .10
AV 321 12.46:w 12.10:w 0
.11
AV 326 s 20.60 w 20.60 w 0.16 W
AV 326 .1 .1
AV 326 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
AV 327 s 20.93 w 14.79 t 20.93 0.10 W
AV 327 .03 0.32 .03
AV 327 0
h
14.21 t 14.45 t 14.23 t 104
.18 .43 .23
Sk 108 s 20.54 f 14.50 m 20.54 w <10.48:w <13.00 w
Sk 108 .13 .13
AV 332 :w 14.84:W 0
AV 334 s 19.04 x 0.12 W
AV 334 .2
AV 334 0
Sk 112 s w
Sk 112
AV 345 12.65:w 0
Sk 114 s <21.42 w f <21.42 0.07 W m
Sk 114
AV 362 12.34:w 0
Sk 116 s 21.57:w 18.53 w 21.57:w 0.10 W
Sk 116 .04 0.4 .04
AV 372 0
h
18.08 w 18.34 w 107
.3 .3
Sk 119 s 21.65:f 21.65 0.05 W
Sk 119 .15 .15
AV 373 0
AV 374 s 18.45 w 0.00 w
AV 374 .3
AV 374 0
h
18.05 w 18.21 w
.2 .2
AV 378 s 21.14:w 14.92 t 21.14:w 0.07 W
AV 378 .08 0.40 .08
AV 378 0
h
14.22 t 14.48 t 14.15 t 14.34 t 42
.52 .20 .77 .29
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 120 sw 21.54:f 21.54 0.07:w
Sk 120 .15 .15
AV 380 0
AV 388 s 21.18:w 19.40 t 21.19 0.08 W 11.59:w
AV 388 .04 0.22 .04 .04 43.4
AV 388 12.33:w 12.14:w 0
h .07
19.19 t 18.96 t 17.63 t 17.24 t 15.79 t 63
.11 .38 1.21 1.18 1.21
Sk 124 s <21.04 w <15.0 :w <21.04 w 0.11 W m
Sk 124
AV 393 11.73:w 0
AV 398 s 22.08 g 22.08 g 0.30 W
AV 398 .11 .11
AV 398 13.16:c 13.16:c 0
Sk 128 s <20.63:w <20.63:w 0.01 W
Sk 128
AV 404 0
Sk 132 sw 21.49 w 18.62 w 21.49 0.10 W
Sk 132 .04 .3 .04
AV 423 0
h
18.15 w 18.41 w 108
.3 .3
AV 429 s 21.66 w 21.66 w 0.09 W
AV 429 .02 .02
AV 429 0
AV 435 s 21.54:w 19.88 w 21.56:w 0.23 W
AV 435 .06 .1 .06
AV 435 0
h
19.78 w 19.20 w 49
.1 .1
AV 439 s <20.18 w <20.18 w 0.04 W
AV 439
AV 439 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
AV 440 s 21.38:w 18.88 w 21.38:w 0.10 W 11.94:w
AV 440 .05 .2 .05 .03
AV 440 12.59:w 12.57:w 0
h .08
18.62 w 18.53 w 71
.2 .2
Sk 137 s 21.00 f 21.00 0.05 W m
Sk 137 .18 .18
AV 443 w :r 0
Sk 138 s <21.23:f <21.23 0.00 W
Sk 138
AV 445 12.28:w 0
AV 446 sw 21.19:w f 21.19:w 0.05 W
AV 446 .04 .04
AV 446 0
AV 451 s <20.87 f <15.0 :w <20.87 f 0.05 W
AV 451
AV 451 0
Sk 142 sw <21.0 b <21.0 b 0.18 W
Sk 142
AV 454 0
Sk 143 sw 21.00 w 20.93 c 21.43 0.33 W 13.72:U 9.88:w 10.34:h 11.65:w 12.47:w 13.60:w 13.67 W
Sk 143 .05 0.09 .05 .06 .12 .03 .15 .04 .04 .04 0.6
AV 456 19 w 77 w 37 w < 50 e 12.65:w 12.36:w 12.01:w <12.47:w 12.73 W 0
h 2 10 4 .10 .09 .06
20.85 c 20.15 c 17.67 c 15.62 c 14.80:w 45 25.
AV 461 s 20.78 w 20.78 w 0.05 W
AV 461 .04 .04
AV 461 0
Sk 145 sw 20.78:f 17.65 c 20.78 0.02 W
Sk 145 .2 0.13 .2
AV 462 12.16:w 0
h
16.65 c 17.54 c 16.56 c 16.16 c
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
AV 468 sw 20.72 w 20.72 w 0.03 W
AV 468 .05 .05
AV 468 0
Sk 148 sw 21.3 :e f 21.3 :e 0.12 W
Sk 148
AV 469 0
Sk 150 sw 20.30 w 0.03 W
Sk 150 .15
AV 472 12.27:w 0
h
20.04 w 19.95 w 71
.1 .1
Sk 151 sw 0.21 W
Sk 151
AV 471 12.66:w 0
Sk 152 sw 0.09:w m
Sk 152
AV 475 12.54:w 0
AV 476 sw 21.85:w 20.95:w 21.95 0.20 W 13.38:U 9.94:w 11.89:w <11.96:w 12.59:w
AV 476 .06 .2 .1 .10 .08 .08 .10 2.1
AV 476 7 w 50 w 21 w 95 w <12.46:w 12.86:w 12.82:w 12.04:w 0
h 2 11 5 25 .01
20.81 w 20.40 w 15.30 w 54
Sk 155 sw 21.42 w 19.15 w 21.42 0.10 W 11.92 w 9.04:w 13.36 w 11.00:w <11.62:w <12.26:w
Sk 155 .05 .1 .05 .25 .25 5.5
AV 479 < 4.3 w 20 w < 8 w < 25 w :w 12.70:w 13.82 w 15.08:W 12.57:w <12.14:w 0
h 6 .1 .01
18.81 w 18.86 w 15.85 w 15.40 w 14.65 w 14.30 w 82 13.09 w
.1
AV 480 sw 21.42 w 18.59 w 21.42 w 0.26 W
AV 480 .09 .3 .09
AV 480 0
h
18.20 w 18.36 w 93
.2 .2
Sk 156 sw 21.13 w 18.85 x 21.13 w 0.06 W m
Sk 156 .04 .3 .04
AV 483 12.46:w 0
h
18.52 x 18.58 x 83
.3 .3
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 157 sw 21.18:f 19.18 w 21.19 0.08 W
Sk 157 .2 .1 .2
AV 486 :r 0
h
18.91 w 18.85 w 73
.09 .09
Sk 159 sw 21.15:w 18.94 t 21.16:w 0.05 W 11.61 w <13.34
Sk 159 .04 0.22 .04
AV 488 12.47:w 13.85 a 14.93 0
h .1
18.60 t 18.67 t 16.60 t 16.13 t 84 <13.32 a
.21 .21 .84 .96
Sk 160 sw 21.46 w 19.78 x 21.47 w 0.12 W
Sk 160 .03 .1 .03
AV 490 0
h
19.46 x 19.49 x 81
.1 .1
AV 491 sw 21.40 w 19.06 w 21.40 w 0.08 W
AV 491 .07 .2 .07
AV 491 0
h
18.71 w 18.81 w
.2 .2
Sk 164 sw 20.90:f 20.90 -0.03:w
Sk 164 .2 .2
AV 499 0
Sk 167 sw w
Sk 167
AV 505 12.39:w 0
Sk 169 sw 21.35:w 18.93 x 21.35:w 0.06 W
Sk 169 .08 .1 .08
AV 506 0
h
18.53 x 18.71 x 95
.2 .2
Sk 175 sw 0.01:w
Sk 175
Sk 175 11.79:w 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk 186 sw 0.01:w
Sk 186
Sk 186 12.03:w 0
Sk 187 sw 0.08 W
Sk 187
Sk 187 12.39:w 0
Sk 188 sw <20.3 f 15.70 t <20.3 w
Sk 188 0.20
Sk 188 0
h
15.23 t 15.37 t 14.76 t 14.57 t 91
.24 .22 .08 .06
Sk 190 sw 20.62 w f 20.62 w 0.07 W 11.56:w
Sk 190 .04 .04 .03
Sk 190 12.27:w 12.14:w 0
.08
Sk 191 sw 21.51 w 20.65 w 21.62 0.10 W
Sk 191 .04 .1 .04
Sk 191 12.21:c 14.24:w 12.17:c 0
h
20.58 w 19.81 w 43
.1 .1
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-65 21 L <20.5 :w 18.21 t <20.5 w 0.08 W
Sk-65 21 0.25 6.6
Sk-65 21 0
h
17.81 t 17.94 t 16.81 t 16.70 t 14.23 t 90
.27 .18 .94 .95 .89
Sk-65 22 L 20.58 w 14.93 t 20.58 w 0.09 W
Sk-65 22 .11 0.18 .11
HD270952 14.86:W 0
h .17
14.20 t 14.52 t 14.23 t 14.28 t 117
.16 .17 .13 .25
BI 128 L <15.0 :w 0.01 W 10.83:w
BI 128 .08
BI 128 12.05:w 12.05:w 0
.13
Sk-65 47 L <20.5 :w <15.0 :w <20.5 0.10 W 10.18:w
Sk-65 47 .16
Sk-65 47 12.14:w 11.96:w 0
.10
Sk-66 1 L 19.19 x 0.09 W
Sk-66 1 .2
HD268623 0
h
18.76 x 18.99 x 102
.2 .2
Sk-66 5 L 0.09 W 10.82 w
Sk-66 5
Sk-66 5 12.29:w :r 0
Sk-66 18 L f 0.10 W 12.11:w
Sk-66 18 .01
Sk-66 18 12.34:w 12.20:w 0
.05
Sk-66 19 L 21.85:f 20.2 :r 21.85 0.33 w
Sk-66 19 .15 .2 .15
Sk-66 19 :r 0
h
19.90 r 19.89 r 77
.2 .2
Sk-66 21 L 21.23:w 21.23:w 0.41 w
Sk-66 21 .08 .08
HD 32125 0
Sk-66 28 L f w w
Sk-66 28
HD 32228 :w 0
LH10-3061 L1 0.28 W 12.88:U <12.02:w <12.53:w
LH10-3061 .09
LH10-3061 < 11 w 83 w 23 w 225 w 11.41:w 12.49:w 12.55:w 13.20:w 0
20 7 35 .03
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
PGMW-3070 L1 19.21 x 0.07 W
PGMW-3070 .2
PGMW-3070 0
h
18.99 x 18.81 x 66
.2 .2
LH10-3073 L1 19.16 x 0.19 W
LH10-3073 .1
LH10-3073 0
h
18.91 x 18.80 x 69
.15 .15
LH10-3102 L1 18.69 x 0.19 W
LH10-3102 .2
LH10-3102 0
h
18.44 x 18.33 x 70
.2 .2
LH10-3120 L1 21.39 w 18.3 x 21.39 w 0.22 W
LH10-3120 .04 .4 .04
LH10-3120 15.10:W 0
h .15
18.05 x 17.95 x 71
.4 .4
PGMW-3157 L1 18.94 x 0.14 W
PGMW-3157 .1
BI 39 0
h
18.65 x 18.63 x 76
.2 .2
PGMW-3223 L1 21.51:w 18.69 x 21.51:w 0.16 W
PGMW-3223 .08 .2 .08
PGMW-3223 0
h
18.49 x 18.25 x 62
.2 .2
Sk-66 35 L 20.6 :f 19.30 w 20.64 0.08 W
Sk-66 35 .2 0.20 .2
HD268732 0
h
19.04 w 18.90 w 71
.15 .2
Sk-66 40 L 21.59:w f 21.59:w 0.24 w
Sk-66 40 .04 .04
Sk-66 40 0
Sk-66 51 L 17.50 t 0.03 w
Sk-66 51 0.65
HD 33133 0
h
17.48 t 16.00 t 14.74 t 14.50 t 30
.62 .94 .51 .34
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-66 86 L 21.48:f 21.48 0.14:w
Sk-66 86 .15 .15
Sk-66 86 0
Sk-66 88 L 21.74:g 21.74:g 0.32 W
Sk-66 88 .04 .04
Sk-66 88 0
Sk-66 100 L <20.5 :w <14.28 t <20.5 :w 0.06 W 10.52:w
Sk-66 100
Sk-66 100 12.15:w 12.12:w 0
.05
4U0532664 L <20.5 w <15.0 :w <20.5 w w
4U0532664
LMCX4 0
BI 229 L 20.75:w <14.14 t 20.75:w 0.10 W 11.10:w
BI 229 .03
BI 229 11.99:w 11.69:w 0
.10
Sk-66 166 L 20.3 r 15.7 20.3 0.07 W
Sk-66 166 .1 .1
Sk-66 166 0
Sk-66 169 L 20.5 c <14.08 t 20.5 0.08 W
Sk-66 169
HD269889 0
Sk-66 171 L <20.7 :f f <20.7 :f 0.08 W 11.68:w
Sk-66 171 .03
Sk-66 171 12.14:w 12.02:w 0
.14
Sk-66 172 L 21.25:w 18.21 t 21.25:w 0.13 w
Sk-66 172 .05 0.36 .05 6.5
Sk-66 172 0
h
18.15 t 17.32 t 15.45 t 15.76 t 14.50 t 41
.21 .95 1.10 1.14 .56
Sk-67 2 L 21.00:f 20.95 c 21.44 0.24 W 13.79:U 9.87:w 11.15:w 12.27:w 13.17:w
Sk-67 2 .2 0.08 .25 .15 .10 .25 .05 2.4
HD270754 9.5 w 33 w 23 w 125 w 12.30:w 12.15:w 12.13:w 12.86:w 0
h 1.7 5 3 20 .11 .02 .03
20.86 c 20.21 c 18.41 c 16.43 c 15.40 c 46
5
Sk-67 5 L 21.00 w 19.46 t 21.02 0.11 W 12.50:U 9.69:w 14.08 w 11.59:w <11.64:w <12.28:w 13.3 W
Sk-67 5 .05 0.05 .05 .15 .06 .07 .2 2.5
HD268605 < 4.6 w 14 w 10 w 50 w 11.03:w 12.25:w 13.62 14.89 w 12.28:w <12.16:w 0
h 5 3 20 .2 .01
19.30 t 18.96 t 15.66 t 15.29 t 14.62 t 57 13.13 w
.05 .06 .26 .19 .08 .1
Sk-67 14 L <20.76:w 15.01 t <20.76:w 0.04 W
Sk-67 14 0.21
HD268685 0
h
14.18 t 14.86 t 14.18 t 270
.38 .16 .26
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-67 18 L f 0.07 w <10.70:w
Sk-67 18
Sk-67 18 :w 0
Sk-67 20 L 18.67 t 0.09 w
Sk-67 20 0.24 16.0
HD 32109 0
h
18.40 t 18.33 t 15.51 t 15.55 t 14.93 t 14.58 t 72
.16 .32 1.01 1.06 .85 .38
Sk-67 22 L 21.11:w f 21.11:w 0.07 W 12.34:w
Sk-67 22 .04 .04 .33
Sk-67 22 10.81:w 12.15:w 12.26:w 0
.09 .06
Sk-67 38 L <15.0 :w 0.04 W <10.54:w
Sk-67 38
Sk-67 38 11.93:w 11.84:w 0
.21
Sk-67 69 L 15.47 t 0.10 W
Sk-67 69 0.82
Sk-67 69 0
h
14.82 t 15.13 t 14.44 t 14.74 t 14.04 t 115
.87 .93 .20 .47 .06
Sk-67 76 L 14.97 t 0.05 W
Sk-67 76 0.37
Sk-67 76 0
h
14.24 t 14.58 t 14.33 t 14.20 t 120
.36 .29 .41 .48
Sk-67 78 L <20.7 :f <15.0 :w <20.7 0.03 W
Sk-67 78
HD269371 0
Sk-67 90 L 20.6 :f 20.6 :f 0.03 W
Sk-67 90 .2 .2
HD269440 0
BI 155 L 20.75:w 20.75:w 0.06 W
BI 155 .05 .05
BI 155 0
Sk-67 100 L <20.7 :f f <20.7 0.05 W
Sk-67 100
HD269504 0
Sk-67 101 L <20.61:w <14.14 t <20.61:w 0.03 W 10.93:w
Sk-67 101 .06
BI 169 12.31:w 14.95:W 12.24:w 0
.15 .04
Sk-67 104 L <20.48 w <14.03 t <20.48 w w <11.18:w
Sk-67 104
HD 36402 :w :s 14.65:W 0
.15
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-67 105 L 21.48:w 19.13 x 21.48:w 0.12 W
Sk-67 105 .08 .2 .08
Sk-67 105 0
h
18.93 x 18.69 x 62
.2 .2
Sk-67 106 L <20.57 w <15.0 :w <20.57 w 0.02:w
Sk-67 106
HD269525 14.90:W 0
.20
Sk-67 107 L <20.59 w <15.0 :w <20.59 w 0.00:w
Sk-67 107
Sk-67 107 15.15:W 0
.20
Sk-67 108 L <20.7 :f <15.0 :w <20.7 0.07 W
Sk-67 108
Sk-67 108 0
Sk-67 111 L <14.74 t 0.04 W
Sk-67 111
Sk-67 111 0
Sk-67 120 L 0.06 W
Sk-67 120
Sk-67 120 12.02:w 0
Sk-67 144 L 20.8 :w 15.45 t 20.8 :w 0.12 w
Sk-67 144 .08 1.10 .08
HD 37026 0
h
15.01 t 15.15 t 14.27 t 14.27 t 91
1.13 1.13 .96 .75
Sk-67 166 L <20.5 :w 15.74 t <20.5 :w 0.03 W
Sk-67 166 0.75
HD269698 11.76:w 0
h
15.56 t 15.18 t 14.31 t 14.20 t 55
.82 .73 .25 .21
Sk-67 167 L <20.5 :w <14.24 t <20.5 :w 0.03 W
Sk-67 167
Sk-67 167 0
Sk-67 168 L <20.7 :f <15.0 :w <20.7 0.07 W 10.85:w
Sk-67 168
HD269702 12.28:w 11.93:w 0
.09
Sk-67 169 L <13.98 t 0.02 W <10.52:w
Sk-67 169
Sk-67 169 12.14:w 11.71:w 0
.15
BI 192 L <20.68:w <20.68:w 0.04 W
BI 192
BI 192 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-67 191 L 20.76:w <14.28 t 20.76:w 0.05 W
Sk-67 191 .08 .08
Sk-67 191 0
BI 208 L 14.60 t 0.05 W
BI 208 0.25
BI 208 0
h
13.75 t 14.53 t 425
.47 .21
Sk-67 211 L 20.76 w <13.98 t 20.76 w 0.04 W 11.13:w
Sk-67 211 .09 .09 .03
HD269810 12.30:w 15.00:W 12.35:w 0
.20 .03
BI 237 L 21.62:w 20.05 x 21.62:w 0.14 W 12.86 U <12.02:w <12.55:w
BI 237 .04 .2 .04 .12
BI 237 7.1 w 111 w 390 w 11.31:w 12.51:w 12.49:w <12.57:w 0
h 3.8 16 35 .15 .04
19.61 x 19.86 x 106
.15 .15
N66-CS L <20.9 :w <20.9 :w
N66-CS
N66-CS 0
LMC2-747 L <21.0 :w <21.0 :w 0.01 W
LMC2-747
LMC2-747 0
LMC2-702 L 20.7 :w 20.7 :w 0.16 W
LMC2-702 .08 .08
LMC2-702 0
LMC2-675 L <20.9 :w <20.9 :w 0.01 W
LMC2-675
LMC2-675 0
LMC2-696 L <21.0 :w <21.0 :w 0.01 W
LMC2-696
LMC2-696 0
BI 272 L <21.0 :w <14.24 t <21.0 :w 0.07 W 11.15:w
BI 272 .04
BI 272 12.27:w 12.25:w 0
.04
Sk-67 256 L 20.6 :f f 20.6 0.04 W
Sk-67 256 .2 .2
Sk-67 256 0
Sk-67 266 L <20.8 :w <15.0 :w <20.8 :w 0.06 w
Sk-67 266
Sk-67 266 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
RXJ0439.8 L <20.7 :w <20.7 :w
RXJ0439.8
RXJ0439.8 0
BI 9 L <20.73:w <20.73:w 0.01 W
BI 9
BI 9 0
Sk-68 11 L 20.70:f 20.70 0.07 W
Sk-68 11 .2 .2
Sk-68 11 0
Sk-68 15 L <21.0 :w <15.0 :w <21.0 :w 0.19 w
Sk-68 15
Sk-68 15 0
Sk-68 23 L 21.18:g 21.18:g 0.23 W
Sk-68 23 .15 .15
Sk-68 23 0
Sk-68 26 L 21.54:f 20.38 c 21.60 0.22 W
Sk-68 26 .15 0.08 .15
Sk-68 26 0
h
20.20 c 19.90 c 18.50 c 17.76 c 16.43 c 15.88 c 59
7
Sk-68 41 L <20.5 :w <14.18 t <20.5 :w 0.02 W <10.52:w
Sk-68 41
Sk-68 41 12.05:w 11.46:w 0
.17
Sk-68 46 L 21.51:f 21.51 0.18 W
Sk-68 46 .15 .15
Sk-68 46 0
Sk-68 52 L 21.40:w 19.47 t 21.41 0.12 W 12.69:U 9.69:w 11.18:w <11.61:w 12.11:w
Sk-68 52 .12 0.06 .12 .10 .12 .22 .10 3.9
HD269050 < 4.4 w 34 w 8 w 105 w 11.09:f 12.59:w 12.54:w 12.04:w 0
h 5 2 20 .01
19.28 t 19.01 t 15.13 t 15.39 t 14.79 t 60
.04 .05 1.05 1.17 1.06
Sk-68 72a L 21.48:f 21.48 0.20 W
Sk-68 72a .15 .15
Sk-68 72a 0
Sk-68 73 L 21.60:w 20.09:w 21.63 0.34 W 13.37:U 9.66:w 11.28:w <11.71:w 12.80:w
Sk-68 73 .04 .2 .04 .10 .11 .16 .05 9.3
HD269445 3.3 w 39 w 14 w 180 w 11.76:w 12.65:w 12.53:w 12.51:w 0
h 1.7 4 2 20 .01 .06
19.93 w 19.58 w 15.50 w 57
Sk-68 75 L 21.00:f f 21.00 0.07 W
Sk-68 75 .2 .2
HD269463 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-68 80 L <13.98 t w
Sk-68 80
HD 36521 0
LH58-496 L <20.8 :w <20.8 :w 0.03 W
LH58-496
LH58-496 0
Sk-68 82 L 20.3 r <15.4 r 20.3 w
Sk-68 82 .1 .1
HD269546 w :r 0
LH64-16 L 20.70:w f 20.70:w 0.04 W
LH64-16 .15 .15
LH64-W8 0
Sk-68 107 L 21.08:f 21.08 0.16:w
Sk-68 107 .2 .2
Sk-68 107 0
Sk-68 111 L 20.6 :w <15.0 :w 20.6 :w 0.05 W
Sk-68 111 .15 .15
HD269668 0
Sk-68 126 L 21.54:f 21.54 0.13 W
Sk-68 126 .15 .15
Sk-68 126 0
Brey 64 L 21.74:w 20.45 w 21.74:w 0.25 w
Brey 64 .04 .2 .04
Brey 64 0
h
20.00 w 20.26 w 106
.1 .1
Sk-68 129 L 21.72:f 20.20 w 21.75 0.16 W
Sk-68 129 .15 0.20 .15
Sk-68 129 0
h
20.00 w 19.78 w 63
.1 .1
Sk-68 135 L2 21.60:w 19.87 t 21.62 0.20 W 13.17:U 9.97:w 11.35:w <11.57:w 12.58:w 13.77 a
Sk-68 135 .11 0.07 .11 .05 .07 .15 .10 .24 860.
HD269896 2.8 w 37 w 18 w 105 w 11.48:f 12.78:w 14.15 12.71:w 12.52:w 0
h 1.5 4 2 20 .2 .01 .10
19.47 t 19.61 t 18.42 t 18.05 t 17.17 t 16.91 t 91 13.59 a
.12 .03 .16 .22 .84 .97 .19
Sk-68 137 L2 21.50:w 20.37 x 21.56:w 0.19 W
Sk-68 137 .04 .2 .04
Sk-68 137 12.67:w 0
h
20.19 x 19.90 x 60
.15 .15
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-68 140 L2 21.74:f 20.11 w 21.76 0.23 W
Sk-68 140 .15 0.20 .15
Sk-68 140 0
h
19.90 w 19.70 w 64
.1 .1
Sk-68 145 L2 21.40:w 20.08:w 21.44:w w
Sk-68 145 .05 .2 .05
Sk-68 145 0
h
19.87 w 19.67 w 64
.1 .1
Sk-68 155 L2 21.62:f 19.99 c 21.64 0.22:w
Sk-68 155 .15 0.24 .15
Sk-68 155 0
h
19.75 c 19.62 c 17.21 c 16.37 c 15.42 c 14.84 c 68
42
Sk-69 19 L 21.57:f 21.57 0.05:w
Sk-69 19 .15 .15
Sk-69 19 0
Sk-69 42 L 21.08:w 21.08:w 0.16 w
Sk-69 42 .11 .11
HD 32257 0
Sk-69 43 L <20.5 :w <15.0 :w <20.5 :w 0.06 W
Sk-69 43
HD268809 0
Sk-69 50 L <15.0 :w 0.03 W 11.27:w
Sk-69 50 .04
Sk-69 50 12.55:w 12.22:w 0
.04
Sk-69 51 L -0.01:w
Sk-69 51
Sk-69 51 11.38:w 0
Sk-69 52 L 18.91:x 0.06 W 11.91 w
Sk-69 52 .2
HD268867 :w 11.80:w :r 0
h
18.68 x 18.52 x 67
.2 .2
Sk-69 59 L <13.98 t 0.04 W
Sk-69 59
HD268960 0
Sk-69 83 L <20.7 :f <20.7 0.08 W
Sk-69 83
Sk-69 83 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-69 89 L <20.7 :f <20.7 0.05 W
Sk-69 89
Sk-69 89 0
Sk-69 91 L 0.14:w 11.72 w
Sk-69 91
HD269327 :r 0
Sk-69 104 L <20.68:w <14.28 t <20.68:w 0.04 W
Sk-69 104
HD269357 0
Sk-69 106 L 18.48:x w
Sk-69 106 .3
HD 35517 0
h
18.33 x 17.94 x 55
.3 .4
Sk-69 108 L 21.48:g 21.48:g 0.31:w
Sk-69 108 .07 .07
HD269392 0
Sk-69 124 L <20.5 :w <14.14 t <20.5 :w 0.04 W
Sk-69 124
Sk-69 124 0
BI 170 L <20.9 :w <14.14 t <20.9 :w 0.01 W 10.75:w
BI 170 .10
BI 170 12.53:w 12.43:w 0
.03
BI 173 L 21.34:w 15.64 t 21.34:w 0.09 W
BI 173 .04 0.29 .04
BI 173 0
h
15.03 t 15.35 t 14.58 t 14.70 t 14.20 t 117
.28 .36 .13 .12 .06
Sk69 142a L 20.90:w <14.18 t 20.90:w 0.28:w
Sk69 142a .08 .08
HD269582 0
HV 982 L 21.00:f f 21.00:f 0.03 W
HV 982 .20 .20
HV 982 0
Sk-69 171 L w 11.72 w
Sk-69 171
HD269662 0
Sk-69 175 L <21.08:w <14.28 t <21.08 0.11 w 11.28 w
Sk-69 175
HD269687 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-69 191 L 21.18:w 18.94 t 21.18:w 0.20 w < 9.94:f <11.81:f <12.76:f
Sk-69 191 .06 0.13 .06 9.4
HD 37680 10.53:f 12.52:f 0
h
18.71 t 18.52 t 16.87 t 17.11 t 14.88 t 14.33 t 65
.07 .22 .84 .95 .31 .13
LH81-W5 L 21.08:w 21.08:w 0.08 W
LH81-W5 .04 .04
LH81-W5 0
J0534-69 L 21.60:w 19.88 x 21.62:w 0.20 W
J0534-69 .08 .2 .08
J0534-69 0
h
19.70 x 19.41 x 60
.2 .2
LH81-W23 L 21.27:w 21.27:w 0.10 W
LH81-W23 .05 .05
LH81-W23 0
Sk-69 195 L -0.02:w 11.85:v
Sk-69 195
Sk-69 195 0
Sk-69 199 L 21.60:f 21.60 0.23:w
Sk-69 199 .15 .15
Sk-69 199 0
SN87A-ST2 L 21.44:w f 21.44:w 0.12 W
SN87A-ST2 .04 .04
SN87A-ST2 0
Sk-69 202 L 21.40:w 21.40:w 0.13 W 12.42:w 10.21:w < 8.28:b 14.02:w <11.4 :w 12.04:m <13.1 w
Sk-69 202 .2 .2
SN 1987A 33 v 7 v 45 v 11.05:w 12.59:w 15.51:w 12.34:w 11.66:m 0
Sk-69 203 L 21.54:f 21.54 0.12:w 11.91:v
Sk-69 203 .15 .15
Sk-69 203 12.18:v 0
Sk-69 204 L 0.03:w 13.25:v
Sk-69 204
Sk-69 204 0
Sk-69 206 L 21.95 g 21.95 g 0.36 W
Sk-69 206
Sk-69 206 0
LH90-BR58 L 22.15:w 22.15:w 0.74:w
LH90-BR58 .04 .04
LH90-BR58 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
LH90ST2-22L 21.90:w 21.90:w 0.46 W
LH90ST2-22 .05 .05
LH90ST2-22 0
Sk-69 210 L 22.00 g 22.00 g 0.43 W
Sk-69 210 .11 .11
Sk-69 210 0
Sk-69 211 L 0.03 W 12.24:v
Sk-69 211
Sk-69 211 >11.90:v 0
Sk-69 213 L 21.54:f 21.54 0.26 W 13.01:v
Sk-69 213 .15 .15
Sk-69 213 0
Sk-69 215 L 0.19:w 12.48:v
Sk-69 215
Sk-69 215 0
Sk-69 216 L 11.84:v
Sk-69 216
Sk-69 216 >12.00:v 0
Sk-69 220 L2 21.28:w 19.04 x 21.28:w 11.63:v
Sk-69 220 .08 .2 .08
R 127 :r 0
h
18.73 x 18.75 x 73
.2 .2
Sk-69 223 L2 20.07 x s 12.50:s
Sk-69 223 .1
Sk-69 223 145 s 28 s 225 s 12.68:c 12.77:c 0
h 21 6 21
19.94 x 19.49 x 53
.1 .1
Sk-69 224 L2 0.32:w 12.54:v
Sk-69 224
Sk-69 224 12.50:v 0
Sk-69 225 L2 0.18 W 12.13:v
Sk-69 225
Sk-69 225 0
Sk-69 228 L2 21.63:w 18.70 c 21.63:w 0.19 W
Sk-69 228 .05 0.14 .05
Sk-69 228 0
h
18.28 c 18.37 c 17.79 c 17.13 c 86
BI 253 L2 21.60:w 19.76 w 21.60:w 0.17 W 12.81:U <11.97:w <12.50:w
BI 253 .04 .2 .04 .10
BI 253 < 11 w 75 w < 18 w 130 w 11.26:w 12.75:w 12.75:w <12.52:w 0
h 16 35 .15 .02
19.59 w 19.28 w 59
.1 .15
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-69 234 L2 21.52:w 21.52:w 0.49 w
Sk-69 234 .07 .07
HD269888 0
Sk-69 235 L2 w 12.65 w
Sk-69 235
Sk-69 235 0
Sk-69 239 L2 0.29 W 12.89:v
Sk-69 239
Sk-69 239 >12.35:v 0
Mk 42 L2 21.79 w 19.0 :t 21.79 w 0.24 W 12.61:w <12.18:w <12.60:w
Mk 42 .04 .3 .04 .01
Mk 42 < 10 w 94 w 12 w 210 w 12.83:w 12.69:w <12.62:w 0
17 4 35 .03
Sk-69 243 L2 21.80 b 19.3 :t 21.80 w 12.65:v < 9.71:v
Sk-69 243 .3
HD 38268 340 s 12.73:w 12.76:c 0
50
Sk-69 244 L2 0.07 W
Sk-69 244
Sk-69 244 :w 0
Sk-69 246 L2 21.41 w 19.71 t 21.43 0.12 w 13.01:U 10.16:w 14.18 a 11.38:W <11.58:w 12.32:w 13.57 a
Sk-69 246 0.11 0.03 .05 .05 .1 .12 .10 .09 44.0
HD 38282 3.4 w 26 w 11 w 105 w <12.09:w 12.67:w 13.62 15.37:W 12.64:w 12.41:w 0
h 1.4 4 2 20 .2 .08 .01 .08
19.42 t 19.38 t 17.75 t 17.83 t 15.88 t 15.36 t 74 13.46 a
.02 .03 .62 .76 .48 .30 .23
Sk-69 247 L2 0.09 W 12.61:v
Sk-69 247
Sk-69 247 >11.00:v 0
Sk-69 249 L2 21.11:w 15.55 t 21.11:w 0.07 w
Sk-69 249 .06 0.19 .06
HD269927 0
h
14.73 t 15.23 t 14.55 t 14.87 t 14.37 t 163
.08 .21 .12 .26 .07
LH101-W14 L2 21.32:w 21.32:w 0.11 W
LH101-W14 .04 .04
LH101-W14 0
LH101-W19 L2 21.60:w 21.60:w 0.18 W
LH101-W19 .04 .04
LH101-W19 0
LH101-W24 L2 21.51:w 21.51:w 0.16 W
LH101-W24 .04 .04
LH101-W24 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
LMC-262 L2 22.18 w 22.18 0.64:w
LMC-262 .05 .05
LMC-262 0
LMC-282 L2 22.20 w 22.20 0.69:w
LMC-282 .05 .05
LMC-282 0
Sk-69 255 L2 w
Sk-69 255
HD 38448 12.55:c 0
Sk-69 256 L2 21.40:f 21.40 0.11 w
Sk-69 256 .2 .2
Sk-69 256 0
Sk-69 265 L2 21.65:f 21.65 0.19 w
Sk-69 265 .15 .15
Sk-69 265 0
Sk-69 270 L2 21.54:f 19.85:g 21.54 0.23 W
Sk-69 270 .15 .3 .15
HD269997 12.65:w 0
Sk-69 274 L2 0.13 W 12.41 w
Sk-69 274
HD269992 12.58:w 12.76:c 0
Sk-69 276 L2 <20.7 :f <20.7 0.05 W
Sk-69 276
Sk-69 276 12.24:c 0
Sk-69 279 L2 20.31 c w
Sk-69 279 0.07
Sk-69 279 0
h
20.10 c 19.90 c 16.46 c 16.11 c 15.34 c 64
9
Sk-69 280 L2 21.60:f 21.60 0.19 w
Sk-69 280 .15 .15
Sk-69 280 0
Sk-69 282 L2 21.51:f 21.51 0.12:w
Sk-69 282 .15 .15
Sk-69 282 12.71:c 12.74:c 0
Sk-69 289 L2 0.14 W 12.53 w
Sk-69 289
Sk-69 289 12.75:w 0
Sk-69 290 L2 0.12:w
Sk-69 290
Sk-69 290 13.09:c 12.82:c 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-69 297 L2 19.78 x 0.29:w
Sk-69 297 .2
Sk-69 297 0
h
19.45 x 19.50 x 82
.15 .15
LMC054383 L <20.5 :w <20.5 :w 0.05 W
LMC054383
LMC054383 0
Sk-70 58 L 21.34:f 21.34 0.06:w
Sk-70 58 .2 .2
Sk-70 58 0
Sk-70 60 L <14.34 t 0.08 W
Sk-70 60
Sk-70 60 0
Sk-70 69 L <20.5 :w <14.44 t <20.5 :w 0.01 W 10.67:w
Sk-70 69 .08
Sk-70 69 12.07:w 11.59:w 0
.15
Sk-70 79 L 21.18:f 20.26 w 21.18 0.16 W
Sk-70 79 .2 .1 .2
Sk-70 79 0
h
19.90 w 20.00 w 86
.1 .1
Sk-70 85 L 18.45 w
Sk-70 85 .3
Sk-70 85 0
h
18.15 w 18.15 w 77
.3 .3
Sk-70 91 L 14.81 t 0.03 W
Sk-70 91 0.49
Sk-70 91 0
h
14.05 t 14.53 t 14.28 t 156
.37 .22 .89
Sk-70 111 L2 0.09 W 12.32 w
Sk-70 111
HD269993 <10.83:w 12.86:w 0
Sk-70 115 L2 21.30 w 19.94 t 21.34 0.14 W 12.71:U 9.54:w 13.94 w <11.48:w <11.58:w 11.96:w
Sk-70 115 .05 0.07 .05 .05 .14 .15 8.4
HD270145 < 4.3 w 36 w 9 w 107 w 12.40:w 15.43 w 12.77:w 11.79:w 0
h 5 2 20 .01
19.80 t 19.37 t 17.55 t 17.12 t 15.40 t 14.80 t 53 13.25 w
.07 .07 .34 .48 .59 .44 .25
Sk-70 116 L2 21.48:f 21.48 0.22 W
Sk-70 116 .15 .15
HD270151 :w 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-70 120 L2 f 0.06 W
Sk-70 120
Sk-70 120 12.59:c 12.63:c 0
Sk-71 3 L f l 11.50 w
Sk-71 3
HD269006 <10.75:w w 0
Sk-71 8 L 19.02 x 0.10 W
Sk-71 8 .1
Sk-71 8 0
h
18.54 x 18.84 x 113
.2 .15
LMC1-233 L 21.57 w 21.57 0.22 W
LMC1-233 .04 .04
LMC1-233 0
LMC1-246 L 21.65 w 21.65 0.26 W
LMC1-246 .04 .04
LMC1-246 0
LMC1-548 L 20.97 w 20.97 0.23 W
LMC1-548 .05 .05
LMC1-548 0
LMC1-413 L 21.10 w 21.10 0.05 W
LMC1-413 .04 .04
LMC1-413 0
LMC1-402 L 21.32 w 21.32 0.18 W
LMC1-402 .04 .04
LMC1-402 0
BI 184 L 21.40:w 19.65 x 21.42:w 0.14 W
BI 184 .08 .15 .08
BI 184 0
h
19.50 x 19.11 x 55
.15 .2
Sk-71 38 L 18.3 w
Sk-71 38 .4
Sk-71 38 0
Sk-71 42 L 0.07 W
Sk-71 42
HD269660 12.19 w 0
LMC1-572 L 21.08 w 21.08 0.22 W
LMC1-572 .04 .04
LMC1-572
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
Sk-71 45 L 21.09 w 18.63 t 21.09 0.10 W 12.14 w
Sk-71 45 0.14 1066.
HD269676 <10.93:w 15.12:W 0
h .12
18.06 t 18.26 t 17.89 t 17.63 t 16.61 t 15.85 t 98
.09 .03 .66 .63 .65 .10
Sk-71 46 L 20.21 x 0.26 W
Sk-71 46 .2
Sk-71 46 0
h
20.16 x 19.26 x 40
.2 .2
Sk-71 50 L 21.18:w 20.13 x 21.25:w 0.13 W
Sk-71 50 .08 .15 .08
Sk-71 50 0
h
20.00 x 19.53 x 52
.1 .2
Sk-71 52 L 21.67:f 21.67 0.21:w
Sk-71 52 .15 .15
Sk-71 52 0
SMP61-CS L <20.5 :w <20.5 :w
SMP61-CS
SMP61-CS 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.08 .20 .08 .03 .04 .06 .08 .20 .07 .09 .04 .11 .10 I_uv
4963 5780 5797 6284 K I Ca II A_v HD Fe II Ti II CH+ C3 13CO N
2 2 2 5 .03 .03 .10 .20 .10 .07 .05 .11 .10
h J=0 J=1 J=2 J=3 J=4 J=5 T01
.10 .10 .20 .20 .30 .30 5.0
***************************************************************************************************************************************
SN 1987A: Welty et al. 1999, ApJ, 512, 636 (and references therein)
Sk 108: Welty et al. 1997, ApJ, 489, 672; Mallouris et al. 2001, ApJ, 558, 133
Sk 155: Welty et al. 2001, ApJ, 554, L79 (also Sk 78)
Molecules and DIBs: Welty et al. 2006, ApJS, 165, 138
Ti II: Welty & Crowther 2010, MNRAS, 404, 1321
H I, H2, E(B-V): Welty et al. 2011, ApJ, in press (arXiv:1111.3674)
The source codes in this table are as follows:
H_I, H_2, H_tot
b = Bluhm & de Boer 2002
c = Clayton et al.; Cartledge et al. 2005
f = Fitzpatrick 1985
m = Mallouris et al. 2001
t = Tumlinson et al. 2002 (most of H2 rotational population data) and unpublished
W,w = Welty et al. 1999, 2010, 2011
E(B-V)
LMC values corrected for Galactic contribution via Fig. 13 of Staveley-Smith et al. 2003
SMC values corrected for assumed uniform Galactic contribution of 0.03--0.04 mag
c = Clayton et al.
f = Fitzpatrick 1985; Fitzpatrick & Walborn
t = Tumlinson et al. 2002
W,w = Welty et al. 2011
4963, 5780, 5797, 6284 DIBs
c = Cordiner 2005; Cox 2006; Cox et al. 2006
e = Ehrenfreund et al. 2002
w = Welty et al. 2006
Na I
c = Cordiner 2005; Cox 2006; Cox et al. 2006
v = Vladilo et al. 1993
w = Welty et al. 1999; Welty & Crowther (in prep.)
U = from 3302 doublet; Welty & Crowther (in prep.)
K I
c = Cordiner 2005; Cox 2006; Cox et al. 2006
w = Welty et al. 1999; Welty & Crowther (in prep.)
Ca I
m = Magain 1987
w = Welty & Crowther (in prep.)
Ca II
v = Vladilo et al. 1993
w = Welty et al. 1999; Welty & Crowther (in prep.)
Li I
S I
C I and nT
w = Welty et al. (in prep.)
Fe I
w = Welty & Crowther (in prep.)
Fe II
w = Welty et al. 1997, 1999, 2001
CN
w = Welty et al. 2006
Ti II
c = Caulet & Newell 1996
r = Roth & Blades (unpubl.)
w = Welty et al. 1999, 2001; Welty & Crowther 2010
CH
w = Welty et al. 2006
CH+
w = Welty et al. 2006
C2
W = Welty et al. (in prep.)
C3
W = Welty et al. (in prep.)
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Last modified 01 Dec 2011