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This catalogue lists SMC and LMC stars for which moderate-to-high-resolution optical and/or UV spectra of interstellar absorption lines have been obtained. Note that much of the optical data is unpublished (survey of Na I, Ca II, K I to be submitted 2004), and some is not yet fully reduced. Plots are available for some sightlines (last column); the H I 21cm emission profiles are the combined ATCA and Parkes data (Stanimirovic et al. 1998 for SMC; Staveley-Smith et al. 2003 for LMC), obtained from ATNF. Many FUSE data have been reported by Tumlinson et al. 2002 (H2 survey) and/or Danforth et al. 2002 (atlas); photometry and spectral types noted by an asterisk are those adopted in those references or by Welty (in prep.). IUE S/L refers to number of "high-dispersion" short and long wavelength spectra in the archive; UV fluxes (-log f) are from IUE low-dispersion spectra. The source codes/references for the Ca II, Na I, Ti II are explained at the end of the table.
See also the list of column densities for Magellanic Clouds sightlines.
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SMC STARS V SMC Spectral SMC SMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name AzV HD EBV Type N(H) N(H2) S/L 1500/2000
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BBB275 14.4 S86 / BBB275
Flo 21 2F A3 Iab M / Flo 21
Sk 1 12.74 0.02 A0 Iab M / Sk 1
Sk 3 2 *11.97 0.03 B8 Ia+ M93 / Sk 3
Sk 5 4 13.83 B0e 20.7 / Sk 5
6 *13.46 0.29 O9 III ** 12.5/12.7 AV 6
Sk 7 10 *12.65 0.04 B2.5 Ia 21.54 / Sk 7
Sk 9 14 *13.77 0.10 O3-4 V 17.03 C *- / Sk 9
Sk 10 15 *13.17 0.06 O6.5 II(f) 21.58 16.70 C SM ** 12.2/ Sk 10
Sk 13 18 *12.45 0.14 B2 Ia 22.04 W90 AAT W E/W SM2 *- 12.9/ Sk 13
ESO SE
Sk 15 22 12.25 B5 Ia <21.8 R SM2 + / Sk 15
Sk 16 24 *13.82 0.06 B0 II 21.52 / Sk 16
Sk 18 26 *12.51 0.08 O7 III 21.8 20.63 M W C/W 1/0 *- 12.2/12.3 Sk 18
ESO
47 *13.38 0.04 O8 III((f)) 21.30 17.77 C SM *- 12.3/ AV 47
Sk 27 48 4862 *11.03 0.03 B5 Ia 21.00 S86 M RB 1/0 12.1/ Sk 27
Sk 31 56 *11.16 0.08 B2.5 Ia S80 M93 12.3/ Sk 31
Sk 32 61 13.70 0.03 O5 V * / Sk 32
Sk 33 65 4976 *11.05 0.11 B8 Ia+ S86 M93 / Sk 33
Sk 34 69 *13.35 0.07 OC7.5III(f) 21.59 18.73 SM ** 12.3/12.6 Sk 34
Sk 35 70 *12.39 0.08 O9.5 Ibw 21.0 W90 AAT E *- 12.0/12.3 Sk 35
Sk 36 71 13.58 B0e 21.00 / Sk 36
Sk 38 75 *12.79 0.12 O5 III(f+) 21.79 18.51 C 1/0 SM ** 12.2/12.4 Sk 38
Sk 39 76 5030 *11.09 0.07 B9 Ia+ S86 M93 / Sk 39
Sk 40 78 5045 *11.05 0.07 B1 Ia+ 21.54 S86 M W W 1/0 12.0/12.1 Sk 40
ESO AAT
ESO
80 *13.33 0.12 O4-6n(f)p 21.81 C SM 12.5/ AV 80
Sk 41 81 *13.29 WN5h *- 12.4/12.7e Sk 41
83 *13.58 0.08 O7 Iaf+ 21.04 15.16 SM * 12.3/ AV 83
95 *13.91 0.02 O7 III((f)) 21.5: 19.40 C SM * 12.5/12.8 AV 95
Sk 46 96 *12.61 0.00 B1 Ia W90 + / Sk 46
104 13.17 B0.5 Ia 21.45 R SM2 / AV104
119 *13.99 0.00 B2 II * / AV119
120 14.43 0.04 O9 V C / AV120
126 *13.47 0.16 B0.5 Iab 21.70 / AV126
Sk 54 136 *10.97 0.10 A0 Ia M G / Sk 54
Sk 56 5291 *10.87 0.03 B8 Ia+ S86 M93 / Sk 56
NGC330-B22 *14.29 0.06 B2 II 21.59 SM2 / N330-B22
NGC330-B37 *13.19 0.05 B3 Ib 21.59 SM2 / N330-B37
NGC330-A02 *12.90 0.05 B4 Ib 21.60 SM2 / N330-A02
NGC330-A01 14.70 B0.5 III/V 21.51 SM2 / N330-A01
170 *14.09 0.03 O9.7 III 21.11 SM * / AV170
175 *13.65 0.00 B1 II * 12.9/13.1 AV175
177 *14.57 0.05 O4-5 V + / AV177
Sk 65 180 *13.15 0.06 B4 Ia 21.95 / Sk 65
Sk 68 187 *12.06 0.00 B3 Ia W90 + 12.3/ Sk 68
207 *14.37 0.07 O7 V 19.40 C * 12.7/13.0 AV207
208 *14.10 0.27 O8 V * 13.0/13.1 AV208
Sk 73 210 *12.64 0.09 B1.5 Ia 21.85 W90 R SM2 + 12.7/13.2 Sk 73
Sk 74 211 *11.51 0.06 A0 Ia W90 M93 / Sk 74
Sk 76 215 *12.74 0.06 BN0 Ia 21.86 R SM2 + / Sk 76
216 14.22 B1 III 21.64 R SM2 + / AV216
NGC346- 12 *14.87 0.11 O9.5-B0 V SM + / N346- 12
NGC346-113 *14.93 0.04 OC6 Vz SM / N346-113
NGC346-324 *14.02 0.06 O4 V((f)) 15.74 SM * / N346-324
NGC346-342 *13.66 0.06 O5-6 V 15.37 * / N346-342
NGC346-355 *13.50 0.05 O2 III(f*) 15.62 SM * / N346-355
NGC346-368 *14.18 0.03 O4-5 V((f)) SM / N346-368
NGC346-435 *12.57 0.06 O4 III(n)(f) * / N346-435
NGC346-487 14.31 O6.5 V SM / N346-487
NGC346-637 SG + / N346-637
NGC346-682 SM / N346-682
220 *14.50 0.04 O6.5f?p 21.00 SM *- 12.6/12.9 AV220
N 66 Ser1 * / N66-S1
Sk 78 229 5980 *11.83 0.03 WN 20.93 15.66 S86 M RB M/M SM ** 11.5/11.9 Sk 78
SDS SDS
ESO
Sk 80 232 *12.36 0.06 O7 Iaf+ 20.60 15.26 W90 C 2/1 SM ** 11.9/ Sk 80
Sk 82 235 *12.15 0.05 B0 Iaw 21.40 15.89 S86 AAT C 2/0 ** 12.0/12.3 Sk 82
238 *13.77 0.06 O9.5 III 15.95 * 12.5/ AV238
Sk 84 243 *13.87 0.04 O6 V C 2/0 * 12.5/ Sk 84
Sk 85 242 *12.11 0.05 B1 Ia 21.3 17.21 S86 E G *- 12.1/ Sk 85
Sk 90 255 12.80 0.06 O9 V * / Sk 90
258 13.75 O9e 21.60 / AV258
Sk 94 264 *12.36 0.03 B1 Ia <20.7 14.74 RB * 12.2/ Sk 94
266 *12.63 0.13 B1 III * 12.3/12.6 AV266
267 14.92 0.02 O8 V * / AV267
Sk 97 269 *11.44 0.06 A3 Iab M / Sk 97
Sk 98 270 *11.42 0.00 A0 Ia M / Sk 98
Sk101 287 *12.85 0.26 O9.5 Iw + 12.5/12.5 Sk101
Sk103 289 *12.42 0.05 B0 Iaw 21.6 M93 12.2/ Sk103
296 14.26 0.09 O7.5 V((f)) AV296
304 *14.98 0.06 B0 V * SG + / AV304
Sk106 315 *10.91 0.04 A0 Ia S86 M G / Sk106
Sk107 317 *12.89 0.01 B0 Iw <20.7 W90 12.1/12.5 Sk107
321 *13.88 0.02 B0 IIIww <14.56 C *- 12.5/ AV321
327 *13.25 0.04 O9.5 II-Ibw 20.88 14.79 SM * / AV327
Sk108 332 *12.37 0.03 WN3+O6.5(n) 20.54 14.50 AAT 3/0 GE ** 11.7/12.2 Sk108
336a *12.93 0.09 WN2+O6 * / AV336a
340 *12.71 0.07 B1 Ia M G / AV340
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SMC STARS V SMC Spectral SMC SMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name AzV HD EBV Type N(H) N(H2) S/L 1500/2000
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Sk112 345 *13.2: 0.09 B2e W90 / Sk112
Sk114 362 *11.36 0.06 B3 Ia <21.4 W90 M R SM2 + 12.2/12.4 Sk114
S86
Sk116 372 *12.63 0.08 O9.5 Iabw 16.55 C *- 12.9/13.1 Sk116
Sk117 367 *11.25 0.05 B9 Ia+ S86 M / Sk117
Sk119 373 *12.19 0.02 B2 Ia 21.7 M93 12.4/ Sk119
374 *13.08 0.00 B2 Ib + / AV374
377 14.78 O5-6 V + / AV377
378 *13.88 0.05 O8 V 14.92 *- 12.5/ AV378
Sk120 380 *13.56 0.01 B1 Ia: 21.54 / Sk120
Sk121 382 *11.41 0.01 A0 Ia M / Sk121
388 *14.1 0.07 O4 V 21.06 19.40 C 2/0 * 12.5/ AV388
Sk124 393 *11.48 0.08 B2 Ia W90 M * 12.2/12.3 Sk124
396 14.10 0.08 B0 III / AV396
398 *13.87 0.28 O9.7 Ia W90 13.7/ AV398
Sk128 404 *12.23 0.00 B2.5 Iab M / Sk128
Sk130 415 6884 *10.55 0.01 A2 Ia: S86 M93 0/1 G / Sk130
Sk132 423 *13.28 0.07 O9.5 II(n) 21.49 SM *- 12.3/ Sk132
435 14.13 O4 V * / AV435
440 14.64 0.06 O7 V C * / AV440
Sk136 442 *11.35 0.04 A3 Ia M93 / Sk136
Sk137 443 7099 *10.98 0.03 B2.5 Ia 21.00 S86 M RB 1/0 11.9/12.2 Sk137
ESO
7113 11.3 O V S86 / HD7113
Sk138 445 *12.75 0.00 B5 Iab 21.2 W90 12.7/ Sk138
451 *14.15 0.03 O9 V * 12.4/12.8 AV451
Sk143 456 *12.87 0.34 O9.7 Ib 21.2 AAT M E SE * 12.9/13.1 Sk143
AAT
ESO
461 *14.66 0.00 O8 V *- / AV461
Sk145 462 *12.56 0.00 B1.5 Ia 20.8 W90 + / Sk145
Sk148 469 *13.20 0.04 O8.5 II((f)) C *- 12.3/ Sk148
Sk150 472 *12.62 0.00 B2 Ia W90 + / Sk150
Sk151 471 *13.64 0.12 B1 Ib W90 / Sk151
Sk152 475 7583 *10.20 0.10 A0 Ia0 W90 M93 0/1 / Sk152
S86
476 *13.54 0.18 O6.5 V W W + / AV476
Sk154 478 *11.55 0.04 A1.5 Iab M93 G / Sk154
Sk155 479 *12.45 0.11 O9 Ib 21.40 19.14 W90 AAT W W SE ** 12.0/ Sk155
ESO
Sk156 483 *11.88 0.03 B1.5 Ia W90 M G *- 12.0/ Sk156
Sk157 486 *12.20 0.09 O9.5 III 21.2 M RB RB *- 11.8/12.6 Sk157
Sk159 488 *11.89 0.02 B0.5 Iaw 21.08 18.94 W90 M E 3/0 ** 11.9/12.2 Sk159
ESO
Sk160 490 SMCX1 *13.19 0.10 O9.5 II 21.5 E 12.4/ Sk160
Sk164 499 *13.26 0.00 B3 Iab 20.90 / Sk164
Sk167 505 *13.5: 0.03 B2 W90 / Sk167
Sk175 *13.80 0.02 B1 Ib-II W90 / Sk175
Sk186 *12.83 0.00 B2 Ia W90 / Sk186
Sk187 *13.18 0.00 B0 Ia W90 / Sk187
Sk188 *12.41 0.01 WO3+O4V <20.3 15.70 1/1 ** 12.0/ Sk188
Sk190 13.60 0.03 O8 Iaf C * / Sk190
Sk191 *11.85 0.08 B1.5 Ia 21.51 S80 M E SM2 + 12.3/12.4 Sk191
Sk193 *11.57 0.16 B9 Ia0:ep M / Sk193
Sk194 *11.74 0.00 B9 Ia M / Sk194
Sk197 O8.5 Ve * / Sk197
Sk215 *12.18 0.00 B6 Ia M / Sk215
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SMC STARS V SMC Spectral SMC SMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name AzV HD EBV Type N(H) N(H2) S/L 1500/2000
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BRIDGE STARS V Spectral MB MB Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
EBV Type N(H) N(H2) S/L 1500/2000
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DI 1388 14.39 B0 V 15.43 UCL SM * DI 1388
DGIK 975 15.05 B2 UCL SM * DGIK 975
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BRIDGE STARS V Spectral MB MB Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
EBV Type N(H) N(H2) S/L 1500/2000
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LMC STARS HD V LMC Spectral LMC LMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name EBV Type N(H) N(H2) S/L 1500/2000
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D301-1005 * / D301-1005
Sk65- 1 *12.50 0.11 B0.5 I + / Sk65- 1
Sk65- 2 12.83 B1 V + / Sk65- 2
Sk65- 15 *12.17 0.04 BC2 Iab + / Sk65- 15
BI128 *13.82 0.00 O9 V C *- / BI128
Sk65- 21 *12.02 0.08 O9.7 Iab 20.51 18.21 2/0 ** 11.9/12.3 Sk65- 21
Sk65- 22 270952 *12.07 0.09 O6 Iaf+ 21.0 14.93 C 2/0 ** 11.8/12.2 Sk65- 22
Sk65- 40 271163 *11.35 0.11 B2 III SCY / Sk65- 40
Sk65- 41 *12.85 0.03 B1 I * / Sk65- 41
Sk65- 44 *13.65 0.04 O9 V *- 12.4/12.7 Sk65- 44
Sk65- 47 *12.51 0.07 O4 If* C *- / Sk65- 47
Sk65- 63 271294 *12.56 0.05 O9.7 I: + / Sk65- 63
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Sk66- 1 268623 *11.63 0.07 B2 Ia + / Sk66- 1
Sk66- 5 268653 *10.73 0.08 B2.5 Ia W90 ESO RB 11.9/12.1 Sk66- 5
Sk66- 18 *13.50 0.08 O6 V((f)) C * / Sk66- 18
Sk66- 19 12.79 0.33: B0 I 21.85 20.2 DP 12.8/ Sk66- 19
Sk66- 28 32228 *10.82 0.11 WC5+O9.5II: .w. ESO RB 4/1 11.4/11.7 Sk66- 28
LH10-3061 C / LH10-3061
Sk66- 31 12.29 0.16 O9 Iab: 1/0 / Sk66- 31
Sk66- 35 268732 *11.60 0.05 B1 Ia <20.7 *- 12.1/12.3 Sk66- 35
Sk66- 40 12.89 WN10h + / Sk66- 40
Sk66- 51 33133 *12.71 0.05: WN8h 17.50 1/0 * (12.0/12.4) Sk66- 51
Sk66- 78 *12.22 0.04 B1.5 I * 12.2/12.5 Sk66- 78
Sk66- 84 271234 *12.06 0.06 B6 Ia S86 / Sk66- 84
Sk66- 86 12.89 B0.5 21.48 1/0 12.6/ Sk66- 86
Sk66-100 *13.26 0.04 O6 II(f) 20.63<14.25 C 1/0 * 12.2/12.5 Sk66-100
Sk66-106 *12.72 0.03 B1.5 Ia * 12.0/12.3 Sk66-106
BI229 *12.95 0.08 O7 V-III 21.09<14.08 C * / BI229
Sk66-117 12.36 1/0 / Sk66-117
Sk66-118 *11.80 0.05 B2 Iab 1/0 G + / Sk66-118
Sk66-166 269863 *11.71 0.04 B2.5 Ia 20.3 15.7 / Sk66-166
Sk66-169 269889 *11.56 0.06 O9.7 Ia+ 20.5 <14.05 C 1/0 ** 11.8/11.9 Sk66-169
Sk66-171 12.19 O9 Iaf C / Sk66-171
SK66-172 *13.13 0.13 O2III+OB 21.14 18.21 2/0 * 12.2/12.5 Sk66-172
Sk66-185 *13.11 0.00 B0 Iab * / Sk66-185
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Sk67- 2 270754 *11.26 0.22 B1 Ia+ 21.00 DP W * 12.5/12.6 Sk67- 2
Sk67- 5 268605 *11.34 0.13 O9.7 Ib 21.00 19.48 S86 AAT RB E/W 3/1 SE ** 11.7/12.0 Sk67- 5
ESO ESO
Sk67- 14 268685 *11.52 0.04 B1.5 Ia 20.76 15.01 * 11.9/ Sk67- 14
Sk67- 17 32034 * 9.69 0.05 B9 Ia G / Sk67- 17
Sk67- 18 *11.95 0.05 WN5-6+O6-7 AAT 1/1 * 11.7/ Sk67- 18
Sk67- 20 32109 *13.86 0.01: WN4b 18.66 * (12.5/12.9) Sk67- 20
Sk67- 22 *13.45 0.07 O3 If* C + / Sk67- 22
Sk67- 23 12.57 B + / Sk67- 23
Sk67- 28 *12.28 0.00 B0.7 Ia * 12.1/12.3 Sk67- 28
Sk67- 32 268847 14.61 WN4b * / Sk67- 32
Sk67- 38 13.73 O8 III C * / Sk67- 38
Sk67- 41 268939 11.00 0.31: B1e S86 E * 12.4/12.5 Sk67- 41
Sk67- 44 33579 * 9.12 0.10 A3 Ia0 M / Sk67- 44
Sk67- 46 *12.34 0.07 B1.5 I G * / Sk67- 46
Sk67- 51 *12.63 0.09 O6.5 III 1/0 / Sk67- 51
Sk67- 58 269145 *11.31 0.05 B5 Ia M / Sk67- 58
Sk67- 64 34664 11.79 0/1 / Sk67- 64
Sk67- 69 *13.09 0.10 O4 III(f) 15.47 * / Sk67- 69
Sk67- 76 12.42 0.05: B0 I 14.97 G * / Sk67- 76
Sk67- 78 269371 11.26 B3 Ia <20.7 + / Sk67- 78
N44C-2 *14.20 0.02 O7 V * / N44C-2
Sk67- 86 12.57 B5: S86 / Sk67- 86
Sk67- 90 269440 *11.34 0.00 B1.5 Ia <20.7 M 11.9/ Sk67- 90
Sk67-100 269504 *11.95 0.03 B1 Ia <20.7 * 12.2/ Sk67-100
Sk67-101 BI169 *12.63 0.08 O8 II((f)) 20.95<14.11 C SM * 12.0/12.3 Sk67-101
Sk67-104 36402 *11.44 0.08 WC4(+O)+O8I 20.2 <14.00 SDS SDS 5/2 SM * 11.6/ Sk67-104
AAT
Sk67-106 269525 12.78 B0: * 12.1/12.0 Sk67-106
Sk67-107 12.50 B0 SM * 12.0/12.3 Sk67-107
Sk67-108 *12.55 0.05 O4-5 III ... FDM? / Sk67-108
Sk67-111 *12.57 0.05 O6: Iafpe <14.71 C 2/0 * /12.2 Sk67-111
Sk67-120 *12.26 0.05 O8 III W90 11.8/12.3 Sk67-120
Sk67-144 37026 *13.60 0.06: WC4 15.45 * (12.4/13.0) Sk67-144
Sk67-150 *12.24 0.00 B1.5 Ia * / Sk67-150
Sk67-166 269698 *12.26 0.04 O4 Iaf+ 20.93 15.74 W90 C 2/1 * 12.2/12.4 Sk67-166
Sk67-167 *12.54 0.06 O4 Inf+ 20.57<14.21 * 11.9/12.2 Sk67-167
Sk67-168 269702 *12.08 0.08 O8 Iaf <20.7 C 1/0 * 11.8/ Sk67-168
Sk67-169 *12.18 0.00 B1 Ia <13.95 C 2/0 G * / Sk67-169
Sk67-174 269714 11.67 O9 * / Sk67-174
BI196 14.60 O9 V * / BI196
Sk67-176 269717 11.82 O7 Ib(f) * / Sk67-176
Sk67-181 269736 *12.15 0.13 O8 I * 12.3/12.5 Sk67-181
Sk67-184 269748 13.13 0.05: WN4o?+B * 12.3/12.6 Sk67-184
Sk67-191 *13.46 0.04 O8 V 21.00<14.25 * 12.3/12.6 Sk67-191
BI208 *13.96 0.01 O7 Vz 14.60 C * / BI208
Sk67-199 269777 *11.06 0.06 B3 Ia + / Sk67-199
Sk67-201 269781 * 9.88 0.00 A0 Iae 0/2 SM / Sk67-201
Sk67-206 *12.01 0.02 B0.5 Ia 1/0 / Sk67-206
Sk67-211 269810 *12.28 0.01 O2 III(f*) 20.96<13.95 C 1/0 SM * 11.7/12.1 Sk67-211
Sk67-228 269900 *11.49 0.04 B2 Ia M / Sk67-228
BI237 13.98 O3 V C * / BI237
LH114-7 13.7 O2 Ia * / LH114-7
Sk67-250 12.68 O9 III * / Sk67-250
BI272 *13.28 0.02 O7: III-II: <14.21 C * / BI272
Sk67-256 *11.90 0.01 B1 Ia <20.7 * 12.1/12.4 Sk67-256
Sk67-266 12.01 0.13: WN11h 1/0 * 12.0/12.2 Sk67-266
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LMC STARS HD V LMC Spectral LMC LMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name EBV Type N(H) N(H2) S/L 1500/2000
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Sk68- 03 *13.13 0.11 O9 I * / Sk68- 03
Sk68- 11 12.29 B1 20.70 / Sk68- 11
Sk68- 15 32402 13.30 0.16: WC4 1/0 * (12.1/12.5) Sk68- 15
Sk68- 16 12.96 O7 III * / Sk68- 16
Sk68- 26 *11.66 0.20 B2 Ia 21.54 * 12.5/12.8 Sk68- 26
Sk68- 40 *11.71 0.02 B2.5 Ia M / Sk68- 40
Sk68- 41 *12.01 0.00 B0.5 Ia 20.64<14.15 C * 12.0/12.3 Sk68- 41
Sk68- 46 *12.45 0.18 O9.5 Ib 21.51 / Sk68- 46
Sk68- 52 269050 *11.54 0.09 B0 Ia 19.47 S86 M93 C/W 1/0 * 12.0/12.2 Sk68- 52
Sk68- 63 269128 10.47 LBV 2/3 + / Sk68- 63
Sk68- 72a *12.99 0.19 O9 II 21.48 / Sk68- 72a
Sk68- 73 269445 *11.46 0.51 Ofpe+WN9 AAT RB W RB * 12.4/12.5 Sk68- 73
ESO
Sk68- 75 269463 *12.03 0.08 B1 I 21.00 * 12.1/ Sk68- 75
Sk68- 80 36521 *12.42 0.01 WC4+O6V-III <13.95 1/0 * 11.9/12.2 Sk68- 80
Sk68- 82 269546 * 9.86 0.05 B3 Ip 20.3 <15.4 S86 DP RB 3/2 * 11.8/11.7 Sk68- 82
SCY SCY
ESO
Sk68- 92 *11.71 0.03 B1.5 Ia 1/0 / Sk68- 92
Sk68-107 *12.21 0.14 B0.5 Ia 21.08 / Sk68-107
Sk68-110 269665 11.19 B5 1/0 / Sk68-110
Sk68-111 269668 *12.01 0.03 B1 Ia * 12.1/12.4 Sk68-111
Sk68-114 269700 *10.54 0.11 B2 Ia+ M 3/1 / Sk68-114
Sk68-116 12.36 B1.5 M / Sk68-116
Sk68-126 *12.61 0.11 B1.5 Ia 21.54 / Sk68-126
Sk68-129 *12.78 0.27 O9 I 21.72 * 12.8/13.0 Sk68-129
Sk68-135 269896 *11.35 0.21 O9.5 Ia 19.86 W90 M E/W 1/1 * 12.1/12.2 Sk68-135
ESO
Sk68-137 *13.29 0.16 O3-4 III W90 12.7/ Sk68-137
Sk68-140 *12.75 0.25 B0 I 21.74 DP * 12.9/13.0 Sk68-140
Sk68-155 *12.74 0.25 O8 I 21.62 S86 * 12.8/ Sk68-155
Sk68-171 270220 *12.01 0.04 B0.7 Ia * 12.1/12.3 Sk68-171
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Sk69- 7 268654 10.46 0.07 B9 Ia DP / Sk69- 7
Sk69- 16 268718 *10.75 0.12 B9 Ia S86 / Sk69- 16
Sk69- 19 12.83 B0.5 21.57 / Sk69- 19
Sk69- 27 268774 12.40 B1 DP / Sk69- 27
Sk69- 43 268809 *11.94 0.01 B1 Ia + / Sk69- 43
Sk69- 46 268835 10.66 1/1 / Sk69- 46
Sk69- 50 13.26 O7 If C * / Sk69- 50
Sk69- 51 *12.54 0.00 B1.5 I: W90 / Sk69- 51
Sk69- 52 268867 *11.50 0.04 B2 Ia W90 AAT RB C 1/2 * 12.2/12.3 Sk69- 52
ESO
Sk69- 59 268960 12.13 0.05: Of+B1 I <13.95 G * / Sk69- 59
Sk69- 77 269217 11.92 0.13 B3 Ib 0/1 / Sk69- 77
Sk69- 79 269227 12.01 0.22: WN9h * 12.1/12.3 Sk69- 79
Sk69- 82 269238 *10.92 0.00 B9 Ia 0/1 / Sk69- 82
Sk69- 83 269244 *11.64 0.04 O9.7 Iaf <20.7 Sk69- 83
Sk69- 89 269311 *11.36 0.03 B2.5 Ia <20.7 Sk69- 89
Sk69- 91 269327 10.75 OB S86 ESO RB 11.8/12.0 Sk69- 91
Sk69- 94 S Dor var S Dor 0/7 * 12.5/12.2 Sk69- 94
Sk69- 95 269333 *11.26 0.02 WN5?b+B1Ia S86 1/0 * (11.9/12.2) Sk69- 95
Sk69-100 269351 *11.74 0.00 B5-6 Ia S86 / Sk69-100
Sk69-103 12.60 B0 S86 / Sk69-103
Sk69-104 269357 *12.10 0.03 O6 Ib(f) 20.74<14.25 C 3/0 * 11.8/ Sk69-104
Sk69-106 35517 *11.97 0.05 WC6+O5-6IV S86 11.4/ Sk69-106
Sk69-107 *11.24 0.07 O9.5 Ib S86 / Sk69-107
Sk69-108 269392 12.11 0.38: B3 I ..... DP 13.5/ Sk69-108
Sk69-110 269399 *11.65 0.00 B3 Ia G / Sk69-110
Sk69-124 *12.81 0.06 O9 Ib <14.26 * / Sk69-124
BI170 *13.09 0.05 O9.5 Ib <13.95 C * / BI170
BI173 *13.00 0.10 O8 II: 20.82 15.64 * 12.2/ BI173
Sk69-142 269582 *11.88 0.03: WN10h 21.00<14.15 * 12.0/12.2 Sk69-142
Sk69-147a269599 10.18 2/0 / Sk69-147a
Sk69-152 *11.80 0.08 O9 Ia 2/0 / Sk69-152
****************************************************************************************************************
LMC STARS HD V LMC Spectral LMC LMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name EBV Type N(H) N(H2) S/L 1500/2000
****************************************************************************************************************
Sk69-166 269651 10.73 0.09 A2 Ia0 G / Sk69-166
Sk69-171 269662 *10.28 0.18 A0 Ia ESO 12.8/13.0 Sk69-171
Sk69-175 269687 *11.90 0.04 WN11h 20.87<14.25 ESO 1/0 RB * 12.0/12.2 Sk69-175
Sk69-191 37680 *13.35 0.09: WC4 21.02 18.94 F * / Sk69-191
Sk69-195 13.30 B2 V93 / Sk69-195
Sk69-199 12.87 B1: 21.60 / Sk69-199
Sk69-200 269786 11.18 0.15 B1 Iab: 2/0 / Sk69-200
Sk69-202 SN87A *12.24 0.10 (B3 Iab) 21.4 V87 V87 M/M ... / Sk69-202
M87 PG
Sk69-203 *12.29 0.14 B0.7 Ia 21.54 V93 V93 0/2 12.5/ Sk69-203
Sk69-204 12.00 B1 V93 / Sk69-204
Sk69-209 11.79 2/0 / Sk69-209
Sk69-211 269832 *10.36 0.05 B9 Ia V93 0/2 G / Sk69-211
Sk69-212 12.23 0.18 O7 2/0 / Sk69-212
Sk69-213 *11.97 0.21 B1 Ia 21.54 V93 12.8/ Sk69-213
Sk69-215 269846 11.63 0.19 B1.5 Iab: V93 12.3/ Sk69-215
Sk69-216 37974 10.92 Be V93 V93 1/0 12.2/ Sk69-216
Sk69-220 269858 10.58 Ofpe/WN9 .w. FDM RB 0/M * /11.9 Sk69-220
Sk69-221 269859 *10.63 0.03 B2 Ia .w. FDM / Sk69-221
Sk69-223 38029 11.59 WC4+OB E + / Sk69-223
Sk69-224 11.55 V93 V93 / Sk69-224
Sk69-225 *12.19 0.19 B8 Iab V93 / Sk69-225
Sk69-228 *12.12 0.17 BC1.5 Ia 21.60 + / Sk69-228
BI253 *13.76 0.15 O3 If* C * / BI253
Sk69-235 269891 *11.41 0.29 WN6+B1Ia ESO 1/0 / Sk69-235
Sk69-237 *12.08 0.08 B1 Ia * 12.4/12.5 Sk69-237
Sk69-239 269902 10.24 0.32 B9 Iab V93 V93 / Sk69-239
S86
R137 12.13 B0.5 Ia: S86 / R137
R134 11.05 WN S86 / R134
R140 269919 11.62 WN6+O S86 2/0 11.9/ R140
R139 11.97 WN7+O S86 1/0 12.2/ R139
Mk 42 *10.96 0.36 O3If*/WN6-A C * / Mk 42
Sk69-242 269905 10.96 0.10 A1 Ia0 G / Sk69-242
Sk69-243 38268 * 9.4: 0.38 WN5+OB 21.80 W90 W90 E 9/2 G * 11.3/ Sk69-243
V93 V93
Sk69-244 269920 *11.48 0.06 B3 Ia W90 / Sk69-244
Sk69-246 38282 *11.15 0.08 WN6h 21.30 19.71 S86 V93 W 3/1 SM * 11.7/12.0 Sk69-246
V93 ESO
SCY
Sk69-247 269923 *10.42 0.11 A0 Ia+ V93 V93 1/1 / Sk69-247
Sk69-248 269928 12.02 WN6(h) S86 3/0 12.7/ Sk69-248
Sk69-249 269927 *12.63 0.13: WN9h 21.33 15.55 1/0 * 12.3/12.5 Sk69-249
Sk69-250 12.14 0.41 B6 I DP / Sk69-250
Sk69-253 269936 *11.23 0.13 B0.7-1 I 1/0 / Sk69-253
Sk69-254 *12.04 0.35: B3 I+neb DP / Sk69-254
Sk69-255 38448 *13.08 0.04 WC5+O7 CN G 12.6/ Sk69-255
Sk69-256 12.61 B0.5 21.40 / Sk69-256
Sk69-257 R149 *12.52 0.17 O9 II 1/0 * 13.2/13.3 Sk69-257
Sk69-265 *11.88 0.18 B3 Ia 21.65 / Sk69-265
Sk69-270 269997 *11.27 0.22 B2.5 Ia 21.54 19.9 W90 M 12.7/ Sk69-270
Sk69-274 269992 *11.21 0.12 B2.5 Ia W90 ESO CN G 12.5/12.6 Sk69-274
CN
Sk69-276 *12.41 0.07 O9 Ia ... CN 1/0 G 12.1/ Sk69-276
Sk69-279 *12.78 0.28 O9 I * 12.7/12.8 Sk69-279
Sk69-280 *12.66 0.19 B1.5 Iab 21.60 / Sk69-280
Sk69-282 270019 12.06 0.11: B1 Ia 21.51 CN CN 12.5/ Sk69-282
Sk69-289 *11.40 0.12 B0.7 Ia W90 M93 12.2/12.3 Sk69-289
ESO
Sk69-290 12.2 0.11: B0 CN CN G 12.4/ Sk69-290
Sk69-297 12.73 WN11h + / Sk69-297
Sk69-299 270086 *10.24 0.15 A1 Ia0 G / Sk69-299
Sk69-305 270284 13.0 B5 Ia + / Sk69-305
---------------------------------------------------------------------------------------------------------------
Sk70- 13 12.29 O9 V * / Sk70- 13
Sk70- 32 13.10 O9.5 II * / Sk70- 32
Sk70- 50 269009 *11.20 0.00 B3 Ia + / Sk70- 50
Sk70- 58 12.83 B0.5 21.34 / Sk70- 58
Sk70- 60 *13.85 0.03 O4-5 V:n <14.31 C * 12.4/12.8 Sk70- 60
Sk70- 69 *13.94 0.00 O5 V 20.64<14.41 C * 12.4/12.8 Sk70- 69
Sk70- 75 269066 11.96 1/0 / Sk70- 75
Sk70- 78 269074 *11.29 0.03 B0.7 Ia * 11.8/12.0 Sk70- 78
Sk70- 79 12.72 0.16: B0 III 21.18 * 12.4/12.6 Sk70- 79
Sk70- 85 269314 12.31 B0 I + / Sk70- 85
Sk70- 91 *12.78 0.01 O6.5 V 14.81 C * 12.0/12.3 Sk70- 91
Sk70- 96 *12.69 0.06 B0.7 III G / Sk70- 96
Sk70-111 269993 *11.85 0.07 B0.5 Ia CN AAT G 12.2/12.4 Sk70-111
W90 ESO
Sk70-115 270145 *12.24 0.14 O6.5 Iaf 21.30 19.94 CN ESO CN C/W SE * 12.0/ Sk70-115
Sk70-116 270151 *12.05 0.20 B2 Ia 21.48 W90 M 12.6/ Sk70-116
Sk70-120 270196 *11.59 0.05 B1 Ia E * 12.0/12.3 Sk70-120
---------------------------------------------------------------------------------------------------------------
Sk71- 3 269006 * var 0.12 S Dor S86 AAT RB 3/3 + 12.4/12.2 Sk71- 3
SCY SCY
ESO ESO
Sk71- 8 *13.25 0.09 O9 II + / Sk71- 8
Sk71- 19 14.20 O6 III * / Sk71- 19
Sk71- 21 36063 12.71 WN6(h) 1/0 / Sk71- 21
Sk71- 23 269475 *11.59 0.01 B5 Ia S86 / Sk71- 23
Sk71- 30 269547 *11.61 0.06 B5 Ia S86 / Sk71- 30
BI184 *13.83 0.14 B0.5 V * / BI184
Sk71- 38 37248 *13.10 0.05 WC4+O9 * (12.3/12.7) Sk71- 38
Sk71- 41 *12.83 0.16 O8.5 Iab S86 * / Sk71- 41
Sk71- 42 269660 *11.18 0.05 B2 Ia S86 SCY 3/1 11.7/ Sk71- 42
SCY
ESO
Sk71- 45 269676 *11.57 0.10 O4-5 III(f) 21.04 18.58 S86 AAT 3/2 G/S * 11.7/12.0 Sk71- 45
ESO
Sk71- 46 13.25 O4 If * / Sk71- 46
Sk71- 50 *13.44 0.11 O6.5 III * / Sk71- 50
Sk71- 52 *12.57 0.23 O9 Ia 21.67 / Sk71- 52
****************************************************************************************************************
LMC STARS HD V LMC Spectral LMC LMC Ca2 Na1 Ti2 VLT IUE HST FUSE UV flux Plots
Name EBV Type N(H) N(H2) S/L 1500/2000
****************************************************************************************************************
E(B-V) are based on the intrinsic colors of Fitzpatrick & Garmany (1990)
E(B-V) for SMC have been adjusted for Galactic foreground contribution of 0.04
E(B-V) for LMC have been adjusted for Galactic foreground via Fig. 13 of Staveley-Smith et al. 2002
E(B-V) with a colon (:) for LMC are uncertain due to uncertainties in spectral type / intrinsic color
most N(H) are from Fitzpatrick 1985a, 1985b; some are from STIS E140M spectra of Evans et al. (2004)
VLT --- E is for program 67.C-0281 (Ehrenfreund et al. 2002);
C is for stellar programs of Crowther et al.;
W is for 72.C-0682 (Welty, in prep.)
under HST, E and G refer to GHRS echelle and grating observations;
SM refers to STIS E140M and/or E230M observations
stars with UV fluxes in parentheses have strong emission lines
The source codes in this table are as follows:
AAT = Welty 1998 (Na I, K I; 5 km/s; paper to be submitted 2005)
CN = Caulet & Newell 1996, ApJ, 465, 205 (Ca II, Ti II; 12, 10 km/s)
DP = Danks & Penprase 1994, DIB Conference (Na I; 18 km/s)
ESO = Welty 1998, 1999, 2000 (Na I, Ca II; 1.3-2 km/s; paper to be submitted 2005)
FDM = Ferlet et al. 1985, A&A, 152, 151 (Na I; 5 km/s)
M87 = Magain 1987, Nature, 329, 606 (SN 1987A; Ca II, Ca I; 3-5 km/s)
M = Maurice (Na I; 3-5 km/s; unpubl; data not fully reduced)
M93 = Maurice & Silvy 1993, Heidelberg Conf. on MC (Na I; 5 km/s)
PG = Pettini & Gillingham 1988, AAO News. 43 (SN 1987A; Na I, K I; 0.6 km/s)
RB = Roth & Blades 1997, ApJ, 474, L95 (GHRS Zn II, Cr II) (Ti II is unpubl)
S80 = Songaila & York 1980
SCY = Songaila et al. 1981, ApJ, 248, 956 (Ca II, Na I; 8-17 km/s)
SDS = Sembach et al. 1993, A&AS, 100, 107 (Ca II, Na I; 4.4 km/s)
S86 = Songaila, Blades, Hu, & Cowie 1986, ApJ, 303, 198 (Ca II; 8-17 km/s)
V87 = Vidal-Madjar et al. 1987, A&A, 177, L17 (SN 1987A; Na I, Ca II, K I; 3 km/s)
V93 = Vladilo et al. 1993, A&A, 274, 37 (Na I, Ca II; 3.0-7.5 km/s)
W90 = Wayte 1990, ApJ, 355, 473 + unpublished (Ca II; 5 km/s)
See also these references:
A04 = Andre et al. 2004, A&A, xxx, xxx (FUSE, STIS, UVES for 5 LOS)
B96 = Bomans et al. 1996, A&A, xxx, xxx (IUE, GHRS G160M)
B01 = Bluhm & de Boer 2001, A&A (FUSE, IUE; Sk69-246)
dB82 = de Boer & Nash 1982, ApJ, 255, 447 (IUE HD 36402)
dB85 = de Boer et al. 1985, MNRAS, 217, 115 (IUE R136a)
D02 = Danforth et al. 2002, ApJS, 139, 81 (atlas of FUSE profiles)
E02 = Ehrenfreund et al. 2002, ApJ, xxx, xxx (VLT observations of DIBs)
F84 = Fitzpatrick 1984, ApJ, 282, 436 (IUE Sk 159)
FS83 = Fitzpatrick & Savage 1983, 267, 93 (IUE HD 5980)
G98 = Gunderson et al. 1998, AJ, xxx, xxx (H2)
K01 = Koenigsberger et al. 2001, AJ, 121, 267 (STIS Sk 78)
L01 = Lauroesch et al. 2001 (in prep.) (FUSE, IUE, STIS; Sk71-45)
M01 = Mallouris et al. 2001, ApJ, 558, 133 (FUSE Sk 108)
S81 = Savage & de Boer 1981, ApJ, 243, 460 (IUE)
T02 = Tumlinson et al. 2002, ApJ, 566, 857 (FUSE H2 survey)
W97 = Welty et al. 1997, ApJ, 489, 672 (GHRS Sk 108)
W99 = Welty et al. 1999, ApJ, 512, 636 (SN 1987A; optical + IUE)
W01 = Welty et al. 2001, ApJ, 554, L75 (STIS Sk 155; also Sk 78)
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Last modified 27 Apr 2005