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In this catalogue, I list total line-of-sight column densities for a number of atomic and molecular species. Most are derived either from spectra obtained at resolutions better than 2 km/s or from relatively weak lines. Many of the values have been published in the appendices to Welty & Hobbs (2001); Welty, Hobbs, & Morton (2002); and Sonnentrucker et al. (2007).
In this catalogue, however, I have also included 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 color excess and diffuse bands). The "typical" uncertainties are given in the header. Some lines have a third pair which contains data for the rotational excitation of H2. The source codes (following each column density value) are explained at the end of the table.
Postscript plots and equivalent width data are available for many of the stars; see the catalogues of atomic lines and molecular lines based on high-resolution spectra.
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
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
alp And <10.31 d 30
HD 358
HD 358 10.30 c 0
.08
gam Peg + 20.04 B <14.20 B 20.04 B 0.01 <10.23 h 102
HD 886 0.09 0.09
HD 886 d <10.73:c <11.34 H 10.81:S <12.39:f 0
.07
kap Cas + 21.20 B 20.27 B 21.29 B 0.33 13.73 U 9.92 W < 9.49 h 15.55 J <11.30:f 12.92:c 900
HD 2905 + 0.13 0.18 0.13 .01 .09 .2 .07
HD 2905 d 314 74 665 11.71 W 12.70 W 13.38: 12.12:S 13.21 W 5
h 5 65 .02 .10 .06 .03
19.83 20.08 104
o Cas 12.83 h
HD 4180
HD 4180 11.95 H 11.33:S 0
.13
nu And 11.30 h
HD 4727
HD 4727 11.08 H 0
gam Cas + 20.16 B <17.51 B 20.16 B 0.16 11.77 D < 9.86:a 13.05 J <12.08:a 188
HD 5394 + 0.09 0.09 .01 .2
HD 5394 33 16 <10.36 h 11.16 W 14.08 l 11.12:S <12.06:a 3
.04 .14 .08
mu And 42
HD 5448
HD 5448 <10.28 W 0
HD 5788 w
HD 5788
HD 5788 0
psi Psc w
HDxxxxxx
HDxxxxxx 0
HD 6300 >13.08 h
HD 6300
HD 6300 0
del Cas d 30
HD 8538
HD 8538 0
alp Eri <10.12 d 44
HD 10144
HD 10144 10.79 c <10.46:w <11.06:l 0
phi Per + 20.54 B 19.08 B 20.57 B 0.2 12.67 h < 9.71:t <11.60:t <11.70:t 220
HD 10516 0.09 0.18 0.09
HD 10516 d < 2 67 23 < 200 10.71:c 11.49 H 11.10:S 12.14:h 0
h 4 4 .10
18.90 18.60 59
eps Cas 0.05 < 9.71:t <11.60:t <11.82:t <12.08:t <12.93:t 136
HD 11415
HD 11415 d < 3 71 < 8 55 12.54:t <12.11:t 0
2 15 .15
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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
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
bet Ari 18
HD 11636
HD 11636 <10.00 W 0
alp Hyi 10.42 d 22
HD 12311
HD 12311 10.90 c 0
.02
bet Tri 38
HD 13161
HD 13161 < 9.70 W 0
9 Per >13.20 h <10.35:w
HD 14489
HD 14489 0
HD 14633 + 20.53 B <19.11 B 20.56 B 0.11 12.28:h
HD 14633 0.13 0.13
HD 14633 d 12.81 L 12.31:L 0
xi Ari 11.98 h
HD 14951
HD 14951 0
gam Cet 25
HD 16970
HD 16970 < 9.70 c 0
HD 18100 + 20.14 D 20.14 D 11.00 R
HD 18100 0.07 0.07
HD 18100 11.97 R 14.66 <10.95:A 0
59 And w
HD 13294A
HD 13295B 0
eps AriA 0.00 12.37 D 90
HD 18520 .02
HD 18520 2
HD 18537 w 245
HD 18537
HD 18537 0
tau3Eri 9.47 d 17
HD 18978
HD 18978 0
HD 20041 0.72 10.34:t 10.11:t >12.56:t 12.60:t 13.60:t <12.80:t 1400
HD 20041 + .04 .14 .06 .09
HD 20041 D 18 439 161 1030 12.34:W 13.14:t <12.33:t 0
1 8 6 60 .11
HD 21278 >12.75 h 12.87:f
HD 21278 .12
HD 21278 14.2 11.61:H 12.68:f 0
h .1 .02 .22
19.23 19.11 73
HD 21291 + 0.40 10.33 W <10.19:w 12.25:j 12.38:t 13.26 W 1060
HD 21291 + .01 .03
HD 21291 197 78 12.11 W W 13.11 W 4
.02 .04
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 21389 0.57 10.38:W < 9.71:t 12.25:j <11.43:W 13.29:t <13.00:t 940
HD 21389 + .02 .11
HD 21389 D 11 411 160 1211 11.80:W 12.97:W <12.41:t 0
2 8 7 80
34 Per 12.34 h
HD 21428
HD 21428 0
HD 21483 0.56 d 10.24:W < 9.93:t 12.02:j 13.57:r 13.59 W 13.89:t 440
HD 21483 t+ .06 .01 .03 .12
HD 21483 D 18 181 96 397 12.13 W W 12.92 W 12.34:t 0
1 7 6 45 .02 .04 .10
HD 21743 w
HD 21743
HD 21743 0
HD 21856 + 21.04 B 20.04 B 21.12 B 0.20
HD 21856 0.09 0.15 0.09
HD 21856 170 49 11.48:c 13.06:c 0
h
19.70 19.78 84
psi Per + 0.10 12.89 U 215
HD 22192 .07
HD 22192 11.09 W 11.91 H 11.59:S 3
.02 .06
del Per + 20.20 s 19.30 J 20.30 s 0.04 11.03 D <13.11 J 162
HD 22928 0.20 .13 1.7
HD 22928 11.18 H 10.65:S <12.43:f 2
h .17
18.91 s 19.08 s 17.22 j 15.56 j 14.16 j 13.88 j 92 159
40 Per + 21.05 B 20.46 B 21.23 B 0.27 >12.76 h 15.25:w 11.85:w 13.08:w 12.04:w 14.22:w 285
HD 22951 0.13 0.18 0.13 .05 .03 .12
HD 22951 d 9 115 52 337 11.50:c 11.80:S 13.04:w 0
h 1 5 6 40 .07 .04
20.26 20.04 63
omi Per + 20.90 B 20.60 B 21.20 B 0.31 14.04 U 9.87 W 9.81:t 15.67 j 11.95:w 12.17:m 13.33 C 13.27:s 14.93:w 280
HD 23180 + 0.13 0.15 0.13 .04 .05 .12 .14 .08 .01 .03 .12 39.3
HD 23180 D 16 101 82 200 11.97 W 12.09 W 13.74: 15.5 11.27:m 12.80 C <12.19:t 2
h 2 7 6 60 .03 .01 .10 .3 .03 .03
20.51 s 19.93 s 18.01 s 17.59 s 16.44 s 14.61 s 48 285
17 Tau P+ 0.03 11.30 D <12.20:w 114
HD 23302 .01
HD 23302 18 2 10.68 W 1
.04
20 Tau P+ 19.75 J 0.02 11.95 h <11.82:t <11.30 C 13.73:f 110
HD 23408 0.26 .05 8.7
HD 23408 d < 3 < 25 < 5 < 120 <10.68:c 10.95 H <11.16:H 13.53 C 0
h
19.38 s 19.51 s 16.25 s 16.03 s 15.12 s 15.00 s 90 377
HD 23466 9.73:p 12.16:p
HD 23466
HD 23466 <12.24:p 0
23 Tau P+ 20.12 J 0.08 11.63 h <12.34:w 110
HD 23480 0.18
HD 23480 d < 3 31 4 116 10.90 H 10.87:m 13.32 C 0
h 5 30 .06
19.89 f 19.72 f 18.10 f 16.79 f 15.35 f 15.15 f 66 174
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 23625 P 15.23:w 11.85:w 13.08:w 12.91:w 14.26:w
HD 23625 .05 .15 .05
HD 23625 13.26:w 0
.05
eta Tau P+ 19.54 J 0.03 11.80 D < 9.51 w 13.39 z <12.34:F <12.34:f 113
HD 23630 + 0.18 .01
HD 23630 19 3 9.48 W 11.19 W <11.50: 13.82:W 10.87:S 12.30 C 1
h .19 .04 .15
19.20 f 19.28 f 16.58 f 16.12 f 14.81 f 14.42 f 85 256
27 Tau P+ 0.02 12.25 D <12.40:w 117
HD 23850 .05
HD 23850 35 6 10.20 W 11.18 H 10.73:S 12.71 C 2
.10 .29
B+31D643 21.39 F 21.09 F 21.69 F 0.85 10.07:t <10.01:t :t 12.66:t 13.73:W 13.64:t 240
HD281159 t+ 0.30 0.19 .11 .03 .03 .06
HD281159 D 23 310 120 635 12.26 W >13.63:t <12.33:t 0
1 10 15 80 .05
31 Tau 10.15:p 11.78:p 12.90:W
HD 24263 + .05 .12 .03
HD 24263 13.17:p 0
.02
zet Per + 20.81 B 20.67 B 21.20 B 0.31 13.89 U 9.76 W 9.51:w 15.53 j 11.78:c 12.51:r 13.34 C 13.22:s 14.86:f 300
HD 24398 + 0.05 0.18 0.05 .02 .05 .07 .05 .08 .01 .03 .07 .17 1.6
HD 24398 D 9 114 77 185 11.85 W 11.96 W 13.40: 15.6 11.20:m 12.50 C 12.00:m 2
h 1 7 5 50 .03 .02 .20 .3 .05 .04
20.51 s 20.18 s 18.05 s 16.27 s 15.01 s 14.36 s 58 160
X Per & 20.72 F 20.92 F 21.34 F 0.59 d 9.95 F 9.38 k 11.82:t 12.87 W 13.57 W 13.49 s 16.15 s 590
HD 24534 t+ 0.06 0.04 .07 .13 .01 .02 .05 .07
HD 24534 D 14 98 68 270 12.09 W W :W 12.39:t <12.18:t 14.29 s 0
1 8 4 60 .02 .08 .02
eps Per + 20.41 B 19.52 B 20.51 B 0.10 12.20 D 13.71 z <12.30:F 11.93:f 165
HD 24760 0.09 0.26 0.09 .01 0.5
HD 24760 d < 3 81 22 283 9.96 W 11.59 W 13.8 11.14:S <12.21:f 3
h 5 4 40 .11 .02 .1 .07
19.20 s 19.24 s 17.19 j 15.87 j 13.90 j 81 146
$\xi$ Per + 21.10 B 20.53 B 21.29 B 0.33 13.83 U 9.72 W < 9.83:t 15.12 J <11.48:c 11.44:f 13.12 C 12.90:l 13.49 s 470
HD 24912 + 0.09 0.15 0.09 .02 .08 .14 .16 .09 .13 .04 7.2
HD 24912 D 8 209 46 507 11.62 W 12.27 W 13.30: 14.4 14.70:c 11.57:m 13.44 C <12.11:t 3
h 1 7 7 60 .01 .01 .05 .1 .01 .03
20.34 s 20.09 s 18.18 j 16.76 j 15.55 j 14.66 j 62 183
48 Per < 9.46:w
HD 25940 +
HD 25940 0
HD 26571 0.25 < 9.67:t < 9.61:t <11.78:t 12.94:c 13.26:c 13.74:t 140
HD 26571 + .09 .07 .17
HD 26571 D 22 151 83 273 12.55:t 12.32:t 0
2 7 10 40 .12 .13
mu Tau 13.10 h
HD 26912
HD 26912 11.60 H 0
62 Tau + 20.98 F 20.79 F 21.34 F 0.37 d < 9.50:W < 9.83:t <11.60:t 13.19:r 13.48 W 13.44 s 16.08 S 223
HD 27778 t+ 0.30 0.06 .02 .04 .05 .03
HD 27778 D 9 86 39 170 11.84 W 11.97 W 15.51 :W 12.98:W 12.08:t 14.18 S 2
1 4 2 50 .03 .02 .3 .05 .11 .05
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 28497 + 20.20 B 14.82 B 20.20 B 12.00 h <12.08:p <12.67:f
HD 28497 0.09 0.09
HD 28497 <10.75:c 11.38:H <12.24:p 0
h .03
13.90 14.50 212
nu Eri + 20.45 B <17.41 J 20.45 B 0.03 12.20 h 180
HD 29248 0.19 0.19
HD 29248 d 11.13:H 0
.08
HD 29647 1. 10.05:t < 9.93:t <12.00:t >14.08:t 13.90:t 14.15:t 177
HD 29647 + .13 .04 .06
HD 29647 D 14 70 39 95 <13.00:c 12.66:t 0
1 7 5 25 .13
alp Cam + 20.90 B 20.34 B 21.09 B 0.3 >13.08 h 9.85 W < 9.71:t >15.17 J <11.78:t <11.82:t 12.84 C <12.75:t 14.49:f 820
HD 30614 + 0.09 0.15 0.09 .10 .04 3.5
HD 30614 D 4 133 56 360 >12.86 H 14.9 >12.22:S 13.29 C <12.11:t 0
h 1 5 3 60 .1 .03
20.02 s 20.05 s 17.65 j 16.61 j 15.00 j 14.44 j 80 179
pi4Ori + 20.60 s 20.60 s 0.08 12.01 D 450
HD 30836 .04
HD 30836 56 10 11.26 H 11.16:S 2
.12
pi5Ori + 20.41 B <17.45 J 20.41 B 0.05 12.35 D 450
HD 31237 0.13 0.13 .02
HD 31237 21 7 3
eps Aur + 0.37 >13.11 h 9.42:v 1020
HD 31964 .02
HD 31964 11.90 W 3
.03
HD 32039 w
HD 32039
HD 32039 0
eta Aur 0.02 10.51 d 67
HD 32630 .07
HD 32630 < 4 < 3 11.22 W 10.82 W 0
.03 .17
bet Eri <10.25:b 27
HD 33111
HD 33111 <10.15 W 0
AE Aur + 21.20 D 21.20 D 0.52 14.27.u 10.32:t 10.05:t 12.23:t 12.50:t 14.00:t 13.85:t 620
HD 34078 + 0.11 0.11 .05 .05 .03 .04 .03 .04
HD 34078 D 27 181 56 510 12.17.c 13.8 :a 12.34:t 0
2 5 3 80 .10
bet Ori + 0.00 11.60 h 237
HD 34085
HD 34085 d 21 < 3 <10.68:c 12.07 W 11.67:w 0
.07
lam Lep + 20.18 B <15.04 J 20.18 B 0.02 11.72 h 330
HD 34816 0.09 0.09
HD 34816 5 4 <10.75:c 12.15 W 11.20:w 0
.05
HD 34959 d
HD 34959
HD 34959 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 34989 + 21.11 B <18.45 B 21.11 B <10.03:W 225
HD 34989 + 0.09 0.09
HD 34989 11.24 W 0
HD 35134 d 131
HD 35134
HD 35134 0
23 Ori + 20.74 B 18.30 W 20.74 B 0.11 13.36 D 10.20 W < 9.71:t 14.99 W 11.34:W <11.73 W 12.70 W <12.70:t <13.00:W 295
HD 35149 + 0.09 0.10 0.09 .13 .06 .05 .03 .03
HD 35149 D 2 57 16 286 11.50 W 12.10 W 12.81:W 14.38:W 11.23:W 13.08 W <12.11:t 2
h 1 3 3 45 .03 .03 .04 .03 .03 .02
17.60 w 18.08 w 17.00 w 17.48 w 15.60 w 15.18 w 157 301
eta Ori + 20.61 D 20.61 D 0.11 12.93 U 13.98 w 276
HD 35411 0.07 0.07 .07 .25
HD 35411 10.96 W 11.76 W 10.97:S 12.14:l 2
.03 .14 .19
25 Ori + 20.46 B 14.78 J 20.46 B 11.76 h
HD 35439 0.11 0.15 0.11
HD 35439 W 0
gam Ori + 19.81 s 19.81 s 11.02 d 75
HD 35468 .02
HD 35468 11.25 W 10.84:S 0
.06
psi Ori + 20.60 B 14.78 J 20.60 B 12.23 h
HD 35715 0.13 0.15 0.13
HD 35715 W 0
HD 36166 20.32 J <15.00 J 20.32 J
HD 36166 0.24 0.24
HD 36166 0
chi Aur + 0.43 14.09.u 10.24:t < 9.79:t <12.02:t 11.95:t 13.22:t 13.31:t 880
HD 36371 + .07 .10 .02 .17
HD 36371 D 22 313 127 743 12.01.c 13.29:t <12.11:t 0
2 7 7 60 .04
HD 36408 w
HD 36408
HD 36408 0
del Ori + 20.23 B 14.74 j 20.23 B 0.08 11.68 D 13.02 J <12.04:f 280
HD 36486 0.09 .05 0.09 .03 .09
HD 36486 d 11.72 W 14.08 l 11.05 W <12.44:f 4
h .04 .03 .09
13.67 j 14.50 j 13.95 j 13.96 j 882
.05 .05 .05 .05
phi1Ori + 20.81 B 19.32 B 20.84 B 0.14 >12.81 h 9.97:l 300
HD 36822 + 0.09 0.15 0.09 .10
HD 36822 d 69 40 11.41:c 12.42 P <12.06 p 0
h
19.11 18.90 63
lam Ori + 20.78 B 19.12 B 20.80 B 0.15 13.11 U 9.96 W 14.32 z 12.59:f 450
HD 36861 + 0.11 0.20 0.11 .04 .05 .06 1.5
HD 36861 d 8 50 26 468 11.39 W 12.45 W 11.71:S <11.84 p 3
h 1 5 4 70 .03 .02 .05
19.04 s 18.34 s 16.29 j 15.43 j 14.34 j 13.91 j 45 238
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 36959 0.03 w
HD 36959
HD 36959 d 7 < 3 0
LP Ori + 21.55 D 21.55 D 0.34
HD 36982 0.10 0.10
HD 36982 11.89.W 0
the1OriA 0.34 450
HD 37020
HD 37020 d 12.21 P 0
the1OriB T 0.54 d <12.46:W 450
HD 37021 t
HD 37021 d 0
the1OriC T+ 21.54 D <17.55 B 21.54 D 0.34 12.40 h <10.08:W <10.01:t <12.52:t <11.86 p <13.03:t 450
HD 37022 + 0.11 0.11
HD 37022 d < 3 83 19 468 10.48:W 12.10 W <12.40: :W <12.02 p <12.63:t 0
6 6 70 .02
the2OriA T+ 21.38 D 21.38 D 0.20 12.36 h <11.78 p 450
HD 37041 0.10 0.10
HD 37041 43 6 <10.77:c 12.13 P <12.02 p 0
iot Ori + 20.15 B 14.69 B 20.15 B 0.07 11.68 D 9.18 W 12.98 J 12.43:f 450
HD 37043 + 0.07 0.20 0.07 .02 .20 .14 .17
HD 37043 d < 3 34 < 3 < 120 <10.36 h 11.93 W 14.20 l 11.41 W <12.32:f 3
h 6 .02 .18 .03
13.60 14.40 463
NU Ori T+ 21.78 D 21.78 D 0.52 12.64 W < 9.70:W < 9.71:t 11.96:t <11.73:W <12.34:W <12.85:t
HD 37061 t+ 0.10 0.10 .08
HD 37061 D < 3 169 35 675 10.88 W W 12.54:W 0
7 5 55 .05 .10
eps Ori + 20.45 B 16.28 j 20.45 B 0.05 12.30 D 9.67 W 13.59 J <12.30:f 450
HD 37128 + 0.09 .20 0.09 .04 .06 .10
HD 37128 d < 3 18 < 5 128 10.30 W 12.04 W <11.66: 14.20 l 11.40 W <12.24:f 4
h 3 40 .07 .01 .10 .04
15.84 j 15.96 j 15.42 j 14.64 j 13.86 j 13.50 j 110 300
.20 .20 .20 .05 .15 .30
zet Tau + 20.04 B <17.67 B 20.04 B 11.43 h <12.32:f 188
HD 37202 0.09 0.09
HD 37202 d < 3 < 10 < 5 < 90 11.52:H <12.58:f 0
.03
sig Ori + 20.51 B <18.30 J 20.52 B 0.06 12.50 D 450
HD 37468 0.09 0.09 .01
HD 37468 10.58 W 12.03 W 11.13:S 3
.05 .02 .09
HD 37643 < 9.56:a
HD 37643 +
HD 37643 <12.06:a 0
zet Ori + 20.41 B 15.86 j 20.41 B 0.06 12.35 D 9.53 W 13.88 W <10.48 W <12.72:f 250
HD 37742 + 0.09 0.09 .02 .07
HD 37742 d < 3 31 < 6 < 90 10.49 W 11.97 W 12.10:W 14.23:W 11.20 W <12.02 W 4
h 4 .06 .06 .05
15.22 15.45 101
HD 37903 &+ 21.17 D 20.92 R 21.50 D 0.35 12.82:d 9.67:K < 9.71:t 14.47:k <11.60:t 11.85:k 12.93:K <12.85:t 14.00:k 910
HD 37903 t+ 0.10 .06 0.10 .07 .11 .09 .05 .04 250.
HD 37903 D < 5 183 33 503 10.63 W 12.14:K 12.83:k 13.08:K <12.11:t 0
h 10 5 70 .12 .16 .01
20.64 l 20.43 l 19.74 l 18.64 l 17.25 l 17.40 l 64 190
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 38087 0.29 < 9.88:W <12.00:W 13.14 W
HD 38087 t+ .08
HD 38087 d 148 34 11.39 W 13.58:W 0
.02
mu Col + 19.85 B 15.51 B 19.85 B 0.02 11.62 d 400
HD 38666 0.09 0.09
HD 38666 12.66 W 14.31:h 11.85:w 0
h .07
15.05 s 15.24 s 14.37 s 14.08 s 97
kap Ori + 20.52 B 15.68 B 20.52 B 0.05 12.33 D 9.13 W 13.68 J 11.73 W 221
HD 38771 + 0.05 0.20 0.05 .02 .17 .08 .14
HD 38771 d < 2 33 15 126 10.54 W 11.94 W 11.04:S <11.84 W 3
h 5 4 35 .05 .01 .04
15.01 s 15.49 s 14.67 s 14.28 s 157
139 Tau + 20.91 B 19.73 B 20.96 B 0.2 13.23 U 14.23 J <12.32:f 780
HD 40111 0.09 0.20 0.09 .05 .18 3.0
HD 40111 d < 3 169 44 428 11.13 W 13.9 12.05:S 3
h 6 5 50 .04 .1 .07
19.24 s 19.56 s 17.00 j 16.08 j 14.6 j 13.95 j 117 196
bet Aur 25
HD 40183
HD 40183 10.00 W 0
.09
chi2Ori &+ 21.40 D 21.40 D 0.45 14.08 U 10.62 W 9.86:t 11.90:t <11.92:t 13.20 C <13.05:t 980
HD 41117 + 0.15 0.15 .02 .02 .10 .15 .02
HD 41117 D 20 356 148 760 12.19 W W >12.31:S 13.33 C <12.34:t 4
1 10 8 100 .01 .05
3 Gem 21.39 D 21.39 D 0.36 10.45:t 9.91:t 12.05:t 12.11:t 13.20:t 13.43:t 1200
HD 42087 + 0.11 0.11 .04 .13 .09 .09 .02 .12
HD 42087 D 23 275 99 675 12.85:t <12.23:t 0
2 7 2 70 .05
9 Gem 0.58 10.53:t 10.12:t <12.00:t >13.39:t <13.03:t 1100
HD 43384 + .05 .08
HD 43384 D 22 455 155 950 :t <12.41:t 0
2 7 5 50
HD 44506 20.30 J <14.85 J 20.30 J
HD 44506 0.19 0.19
HD 44506 0
bet Mon w
HD 45725
HD 45725 0
HD 46056 & 21.38 D 21.38 D 0.51 d 10.56:t <10.01:t 12.30:t 13.31:W 2300
HD 46056 t+ 0.14 0.14 .09 .10 .06
HD 46056 d 18 400 135 750 12.16 W 13.37:t <12.71:t 0
3 40 15 100 .03 .04
HD 46202 & 21.58 D 21.58 D 0.47 d 10.46:t < 9.93:t <11.90:t 12.22:t 13.22:W 13.85:t 2000
HD 46202 t+ 0.15 0.15 .06 .19 .07 .08
HD 46202 D 21 337 145 850 12.10 W 13.28:W <12.11:t 0
3 8 9 100 .01 .05
HD 46711 1.04 10.64:t 10.23:t <12.18:t 12.60:t 13.87:t 13.93:t 1200
HD 46711 + .07 .09 .07 .07 .08
HD 46711 D 32 820 269 1500 :t <12.72:t 0
2 10 8 150
HD 47129 21.08 B 20.54 B 21.28 B 0.36 12.95:d
HD 47129 0.24 0.18 0.24 .05
HD 47129 d 8 211 89 550 0
h 1 5 4 50
20.30 20.18 68
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
S Mon A + 20.40 B 15.54 B 20.40 B 0.07 12.03*D < 9.56:t < 9.71:t 13.40 j <11.70:t <12.26:t <12.85:t <12.81:f 950
HD 47839 + 0.09 0.09 .02 .15
HD 47839 d < 2 30 7 45 12.33 W 11.88 W <12.24:t <12.24:t 4
h 3 2 15 .02 .06
14.52 s 15.41 s 14.45 s 14.52 s 1156
HD 48099 21.14 B 20.29 B 21.25 B 0.27 10.28:t < 9.71:t <11.78:t <11.82:t 12.61:t <13.03:t 1600
HD 48099 + 0.19 0.15 0.19 .06 .08
HD 48099 D 7 207 58 578 13.36:t <12.11:t 0
h 1 7 5 50 .04
19.88 20.08 98
alp CMa 3
HD 48915
HD 48915 9.20 W 12.14 r 0
.24
kap CMa + 19.78 D 19.78 D 10.54 h 240
HD 50013 0.09 0.09
HD 50013 11.38 H 11.25:S 0
.15
HD 50064 0.85 >10.88:t 10.01:t 12.40:t 12.18:t 13.66:t <13.15:t 3400
HD 50064 + .15 .15 .21 .09
HD 50064 D 32 693 288 1415 >13.58:t <12.54:t 0
3 10 15 150
15 CMa 20.46 D 20.46 D <11.73 h
HD 50207 0.06 0.06
HD 50207 0
HD 50896 20.54 B 19.30 B 20.59 B
HD 50896 0.13 0.11 0.13
HD 50896 >12.16:H 0
h
19.00 19.00 77
eps CMa 0.01 <11.30 h 132
HD 52089
HD 52089 d <10.36:w <11.91:l 0
19 Mon + 20.34 B 14.78 J 20.34 B 12.08 h
HD 52918 0.11 0.15 0.11
HD 52918 0
omi2CMa + 20.18 B 20.18 B 0.05 11.48 D 13.16 j <12.97:f 860
HD 53138 0.09 0.09 .03 .42
HD 53138 d 11.71 H 11.52:S 2
.05
HD 53367 0.74 10.09 W <10.01:t <11.90:t 12.70:g 13.64 W 13.64:t 245
HD 53367 t+ .11 .07 .04 .12
HD 53367 D 16 177 82 565 12.15 W W 13.07 W <12.34:t 0
2 9 8 70 .02 .04
HD 53975 21.15 B <19.23 B 21.16 B 0.21 <12.38:g
HD 53975 0.09 0.09
HD 53975 d 12.54:g 0
.52
HD 54662 21.37 B 20.00 B 21.41 B 0.35 10.14:g 13.05:d
HD 54662 + 0.13 0.18 0.13 .03 .05
HD 54662 d 13.05:l 0
h .03
19.60 19.78 95
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 55879 20.89 B <18.90 B 20.90 B 0.12 <12.08:g
HD 55879 0.13 0.13
HD 55879 d 12.61:g 0
.28
ome CMa <11.43 h
HD 56139
HD 56139 0
29 CMa 20.70 B 15.78 B 20.70 B 0.17 12.59 h >13.70 j <12.38:d <12.67:f
HD 57060 0.09 0.18 0.09
HD 57060 d 11.48:S 0
h .11
15.36 s 15.42 s 14.83 s 14.63 s 83
tau CMa + 20.70 B 15.48 B 20.70 B 0.16 12.44 D >13.61 j <12.26:d <12.61:f 980
HD 57061 0.05 0.18 0.05 .01
HD 57061 d 51 6 12.29 W 14.69:W 11.78:H <11.67:l 5
h .01 .03
14.40 s 15.21 s 14.67 s 14.61 s 13.98 s 515 560
HD 57682 20.86 B <18.95 B 20.87 B 0.12
HD 57682 0.09 0.09
HD 57682 d 0
eta CMa + 19.85 B 19.85 B 0.01 11.92 h 765
HD 58350 0.09 0.09
HD 58350 d 10.03 W 11.72 H 11.44:S 0
.13 .07
19 Lyn w
HD 57103
HD 57103 0
232 Pup
HDxxxxxx
HDxxxxxx <10.00 W 0
HD 62542 20.93 F 20.81 F 21.33 F 0.35 13.93:U < 9.37:c <11.53:w 13.62:g 13.57:F 13.73:s 245
HD 62542 t+ 0.30 0.21 .05 .16 .06
HD 62542 d 25 10 < 120 11.90:w W 11.55:w <11.84:c 13.02:a 0
6 2 .18 .07 .02
HD 63804 1.18 >10.88:g 13.45:g 13.57:g
HD 63804 + .44 .15
HD 63804 d >13.59:g 0
HD 64740 20.26 J <14.96 J 20.26 J
HD 64740 0.13 0.13
HD 64740 0
HD 64760 20.26 J <14.60 J 20.26 J
HD 64760 0.11 0.11
HD 64760 0
V Pup 20.54 J 15.08 J 20.54 J
HD 65818 0.13 0.30 0.13
HD 65818 0
zet Pup + 19.99 B 14.45 B 19.99 B 0.06 11.59 D 13.26 j <11.78:d <12.11:f 429
HD 66811 0.02 0.02 .09
HD 66811 d 11.77 W 14.13 l 11.49:w 4
h .01 .12 .05
13.11 s 13.89 s 13.66 s 13.90 s 13.42 s 13.66 s 426 1080
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
gam2Vel + 19.78 B 14.23 B 19.78 B 0.08 11.64 D 13.12 j <12.46:f 258
HD 68273 0.05 0.20 0.05 .17
HD 68273 d 11.55 W 13.95 l <10.76:w 3
h .01 .11
12.99 s 13.80 s 13.37 s 13.85 s 515
HD 72127A 0.08 12.48:U 9.55:W 10.70:W <12.38:w 500
HD 72127A + .15 .13
HD 72127A 12.95 W 11.68:w <12.28:w 0
.02 .06
HD 72127B 12.72:U 10.78:w 11.84:w <12.42:w 500
HD 72127B .07 .04 .08
HD 72127B >13.06:W 11.74:w 12.42:w 0
.06 .12
HD 73882 #+ 21.12 F 21.11 F 21.59 F 0.7 13.53:U <10.03:g <11.62:w 13.58:g 13.54:W 13.60:s 16.55:S
HD 73882 t+ 0.15 0.08 .02 .05 .04 .06 .2 303.
HD 73882 d 154 32 11.38 W 12.62 W 15.76 12.18:w 13.38:g 15.15:S 0
h 9 3 .3 .03 .04 .2
20.91 s 20.59 s 19.10 s 18.50 s 17.50 s 17.00 s 58 283
HD 74375 20.82 B <18.34 B 20.82 B 13.69 J <11.93:d
HD 74375 0.09 0.09 .15
HD 74375 0
alp Pyx + 20.52 B <15.04 J 20.52 B 11.94 h 260
HD 74575 0.13 0.13
HD 74575 11.74 W 11.31:w <11.37:l 0
.09
del Vel <10.16 d 24
HD 74956
HD 74956 10.88 c 0
kap UMa 130
HD 77327
HD 77327 10.62 W 0
.08
a Car 20.78 J <17.90 J 20.78 J
HD 79351 0.19 0.19
HD 79351 0
HD 80077 1.51 10.46:g 13.61:g 13.69:g 14.01:s
HD 80077 + .21 .09 .08 .07
HD 80077 d >13.78:g 0
kap Vel + 20.48 B <17.70 J 20.48 B 12.04 D 9.50 C 11.43 C 165
HD 81188 + 0.13 0.13 .04
HD 81188 10.19 D 11.45 D <10.13 C 2
HD 83206 12.07 L 260
HD 83206
HD 83206 12.59 L 2
alp Leo <10.01 d <12.28:f 24
HD 87901
HD 87901 9.70 W <12.21:f 0
.13
HR 4023 10.24 d 32
HD 88955
HD 88955 10.80 c 0
.03
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
23 Sex + 20.83 D 20.83 D 0.16 >13.15:p 9.84:p 12.85 W 785
HD 89688 + 0.14 0.14 .12 .08
HD 89688 11.78 W 11.54:p 11.62:A 12.69 w 1
.02 .06 .11
rho Leo + 20.26 B 15.61 B 20.26 B 0.05 12.01 D < 9.40 W < 9.71:t 13.33 j <10.95 W <11.52:t <12.08:t <12.63:t <12.78:f 950
HD 91316 + 0.09 0.09 .01 .22
HD 91316 d 38 14 75 10.16 W 12.03 W 11.95 W <11.54:l <12.24:t 5
h 3 2 20 .09 .03 .01
14.63 15.39 377
HD 92740 21.20 B 19.97 B 21.25 B 0.38 12.68:d
HD 92740 0.13 0.15 0.13 .11
HD 92740 d 0
h
19.63 19.70 83
the Car + 20.28 B <17.65 B 20.28 B 11.81:f >13.12 j <10.48 W <11.78:d <11.95:f 135
HD 93030 0.09 0.09
HD 93030 11.63 W 14.19 l <10.94:w <11.06:l 0
.03
HD 93521 + 20.11 B 17.20 C 20.11 B 0.04 12.20 d < 9.86:t < 9.83:t <11.82:t <12.56:t <13.15:t 1500
HD 93521 + 0.13 0.13
HD 93521 d < 3 7 2 < 40 12.45 W 14.86:f 12.06:A <12.36:t <12.41:t 0
.03
del Leo 18
HD 97603
HD 97603 <10.46 W 0
HD 97991 20.54 D 20.54 D 0.03 1200
HD 97991 0.08 0.08
HD 97991 14 7 W 12.13:A 0
.09
HD 99171 20.65 B 15.26 B 20.65 B 0.06
HD 99171 0.09 0.15 0.09
HD 99171 d 0
h
14.37 14.82 146
gam Crt 26
HD 99211
HD 99211 <10.46 W 0
omi2Cen 10.03:l
HD100262 + .08
HD100262 12.88:l 0
.03
o Hya 0.01 11.35 d 152
HD101431
HD101431 11.59 W 0
.01
gam UMa 26
HD103287
HD103287 9.90 W 0
.11
rho Cen 105
HD105937
HD105937 11.01 c 0
del Cru + 20.04 B <14.08 J 20.04 B 10.86:c 112
HD106490 0.11 0.11
HD106490 <11.76:l 0
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
del UMa 25
HD106591
HD106591 9.95 W 0
.10
gam Crv 0.00 d 51
HD106625
HD106625 10.84 W 0
.04
alp1Cru 19.85 J <14.18 J 19.85 J
HD108248 0.09 0.09
HD108248 0
sig Cen D 11.30:c 136
HD108483
HD108483 0
del Crv 0.00 <10.04:b 27
HD108767
HD108767 10.53 W 0
.04
HD110432 + 20.85 F 20.64 F 21.20 F 0.51 14.00 U <10.03:g 12.20:g 13.19 c 13.38:s 14.60:r 300
HD110432 t+ 0.15 0.04 .08 .08 .07 .07 .4
HD110432 d 11.86 C 11.96 C 15.28 13.23 c 2
h .15 .03
20.47 r 20.25 r 18.68 r 17.20 r 16.20 r 14.65 r
mu1 Cru D 11.59 M 116
HD112092
HD112092 11.17 M 0
mu2 Cru 11.77 M 111
HD112091
HD112091 11.21 M 0
HD112244 21.08 B 20.14 B 21.17 B 0.29 <11.52:f 12.70:F 13.14:f
HD112244 0.09 0.11 0.09 .08 .07
HD112244 d 12.86:l 0
h .07
19.80 19.88 84
the Mus 21.08 B 19.83 B 21.13 B 0.25 12.04:d
HD113904 0.09 0.11 0.09 .46
HD113904 d 12.34:l 0
h .14
19.41 19.62 99
iot Cen <10.10:v 18
HD115892
HD115892 10.40 c 0
.02
alp Vir + 19.00 B 12.95 B 19.00 B 0.02 10.65 d < 8.86 W 11.65 y <11.90:a 80
HD116658 + 0.11 0.11
HD116658 < 9.23 W 10.76 W 13.16 l 10.38 W <11.67:a 0
.02 .05 .11
eps Cen + 19.90 B <14.08 J 19.90 B 10.90:c 115
HD118716 0.09 0.09
HD118716 <10.74:w <11.37:l 0
HD119608 20.89 D 20.89 D 0.11 d 3900
HD119608 0.14 0.14
HD119608 W 12.36:A 0
.04
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
eta UMa D 0.00 < 9.60:b 31
HD120315
HD120315 9.97 W 12.41 r 10.46:S <12.11:f 0
.05 .01 .14
mu Cen + 20.40 B <14.78 J 20.40 B 10.98:c 162
HD120324 0.13 0.13
HD120324 0
zet Cen + <20.02 B 12.80 B <20.02 B 10.48:b 118
HD121263 0.18
HD121263 <11.85:l 0
phi Cen D 11.20:c 143
HD121743
HD121743 <11.37:l 0
tau Vir 67
HD122408
HD122408 <10.36 W 0
bet Cen + 19.52 B 12.80 B 19.52 B 0.03 10.48:f 161
HD122451 0.05 0.05
HD122451 10.83 W 13.92 l 0
.05 .05
iot Lup D 10.89:b 108
HD125238
HD125238 0
eta Cen + 20.11 B <14.18 J 20.11 B 10.46:v 95
HD127972 0.09 0.09
HD127972 0
alp CenA 1
HD128620
HD128620 < 9.70 c 12.45 r 0
.01
109 Vir <10.31 d 39
HD130109
HD130109 < 9.90 c 0
alp2Lib 24
HD130841
HD130841 <10.08 W 0
bet Lup D <10.33:b 161
HD132058
HD132058 <11.55:l 0
kap Cen D 10.60:c 165
HD132200
HD132200 0
HD135591 21.08 B 19.77 B 21.12 B
HD135591 0.13 0.11 0.13
HD135591 0
h
19.53 19.40 68
bet Lib <10.48:b <12.71:f 49
HD135742
HD135742 10.81 W <11.25:l 0
.07
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
del Lup + 20.18 B <14.26 J 20.18 B <10.16:b 156
HD136298 0.11 0.11
HD136298 <11.37:l 0
gam Lup + 20.23 B <14.26 J 20.23 B < 9.85:c 174
HD138690 0.13 0.13
HD138690 <11.25:l 0
alp CrB 23
HD139006
HD139006 10.00 W 0
.04
zet CrB w 145
HD139891
HD139891 d 0
bet Ser 10.26 d 47
HD141003
HD141003 11.02 W 0
.03
HD141569 + 12.76 S
HD141569
HD141569 11.06 S 11.65 S 12.57:p 1
.08
1 Sco S+ 21.19 B 19.23 B 21.20 B 0.15 12.67 D < 9.67 W 14.00 z 11.26: <12.26 W <12.41:f 160
HD141637 + 0.09 0.18 0.09 .01
HD141637 d 81 16 11.00 W 11.51 W 11.67:W 14.87:W 11.74 W <12.15:l 4
h .03 .02 .24 .08
18.95 18.90 73
eps Ser 22
HD141795
HD141795 <10.28 W 0
pi Sco S+ 20.72 B 19.32 B 20.75 B 0.05 11.68 D 13.03 z <11.18 W <12.23:l 11.92:f 141
HD143018 0.05 0.20 0.05 .03 .11 1.9
HD143018 d < 3 39 7 145 <10.36 h 10.93 W 13.12 14.43:W 11.07 W 11.76:l 4
h 4 2 40 .04 .2 .08 .09
19.00 s 19.04 s 16.51 s 15.71 j 14.37 j 13.83 j 81 209
.06 .03 .09
eta Lup 20.04 B <14.23 J 20.04 B 151
HD143118 0.09 0.09
HD143118 11.06 W <11.55:l 0
.07
del Sco S+ 21.15 B 19.41 B 21.17 B 0.17 12.94 U 9.38 W 8.93:f 14.24 z 11.34 W <11.12:f 12.34 C <12.85:t 12.49:f 125
HD143275 + 0.09 0.20 0.09 .06 .06 .05 .04 .04 .13 3.6
HD143275 d 3 82 26 250 11.26 W 11.62 W 12.41:W 13.06 14.58:W 11.00:S 12.47 C <11.93:t 1
h 1 5 4 25 .02 .01 .02 .2 .07 .07
19.26 s 18.90 s 16.76 s 16.10 s 14.76 s 14.22 s 57 231
bet1Sco S+ 21.10 B 19.83 B 21.14 B 0.19 12.94 U 9.65 W < 9.01:s 14.42 Z 11.26 W <11.12:f 12.41 C <12.23:l 13.63:f 163
HD144217 + 0.05 0.06 0.05 .07 .04 .03 .04 .05
HD144217 d 3 171 34 397 11.13 W 11.73 W 14.80:W 11.33 W 12.70 C 1
h 1 5 4 45 .01 .04 .02
19.46 19.58 88
ome1Sco S+ 21.18 B 20.05 B 21.24 B 0.22 13.11 U 9.34:l 13.97 J 12.51:F <12.23:l 12.95:f 130
HD144470 + 0.09 0.11 0.09 .07 .14 .23 .05 .04
HD144470 d 3 192 40 403 11.17 W 11.67 H 11.42:S 12.79:l 0
h 1 5 4 40 .04 .10 .02
19.78 19.72 73
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
nu Sco S+ 21.14 B 19.89 B 21.19 B 0.24 13.04 U 9.92:f 14.56 J 12.77:F 12.76:f 135
HD145502 + 0.19 0.15 0.19 .08 .03 .27 .03 .04
HD145502 d 5 187 49 421 11.39 W 11.95 W 11.44:S 12.80:l 3
h 1 5 5 40 .01 .12 .03
19.52 19.65 90
HD146010 + 0.10 >12.52:p < 9.85:p 13.15:p 89
HD146010 +
HD146010 11.53 W 11.40:p <12.06:p 1
.02
omi Sco S+ 0.73 < 9.41 h 12.80:g 13.77:F 13.57:s 170
HD147084 .11 .08
HD147084 d 12.07 W >13.65:g 3
.02
sig Sco S+ 21.34 B 19.79 B 21.36 B 0.41 12.72 U 9.54 W 9.33:s 14.38 z 11.60 W <11.12:f 12.52:c 12.48:f 225
HD147165 + 0.19 0.15 0.19 .10 .07 .07 .02 .07 .03 4.9
HD147165 d 3 245 54 498 11.14 W 11.86 W 12.63: 13.30 11.60 W 12.74:l 2
h 1 5 3 50 .04 .25 .2 .03 .04
19.57 s 19.38 s 16.33 s 15.88 s 15.02 s 14.07 s 65 336
rho OphD S 20.48 c 0.47 d 10.33:t 9.95:t 12.55:t 12.35:f 13.30 W 13.22:s 15.30 S 136
HD147888 t+ 0.08 .04 .07 .03 .02 .02 .05 .06
HD147888 D 18 252 60 390 >11.98 W W 12.91 w <12.41:t <13.50 S 0
2 12 5 60 .02 .04
HD147889 S+ 1.07 :u 10.41:h 10.16:t 12.56:h 13.35:h 14.01:t 13.95:s 136
HD147889 t+ .01 .06 .08 .15 .03 .05
HD147889 D 55 377 163 530 12.59:m 13.50:t <12.41:t 0
2 8 5 50 .06 .01
rho OphC S 0.47 10.23 P 12.78 P 13.32 P 150
HD147932
HD147932 11.86 P 12.03 P 12.84 P 0
rho OphA S+ 21.55 S 20.57 B 21.63 S 0.48 13.71 U 10.26 W 9.89:l 15.53 Z 12.42 W 12.32:f 13.33 C 13.54:t 15.28 F 120
HD147933 + 0.15 .07 .03 .05 .04 .04 .24 .06
HD147933 D 23 222 71 426 12.01 W 12.15 W 14.00:z 13.20 C <12.11:t 13.18 F 3
h 1 10 6 80 .03 .03 .04 .02
20.48 19.85 46
rho OphB S 0.47 10.22 P 12.30 P 13.39 P 150
HD147934
HD147934 11.95 P 12.01 P 13.15 P 0
chi Oph + 21.16 B 20.63 B 21.36 B 0.52 13.92 U 9.86 W 9.66 k 15.33 Z 12.09:f 13.48 C 13.46:s 14.58 F 150
HD148184 + 0.09 0.18 0.09 .05 .14 .04 .02 .05 .12
HD148184 d 22 102 64 327 11.86 W 11.99 W 13.80:z 13.12 C 12.51 F 2
h 1 5 4 45 .06 .03 .04 .02
20.54 s 19.90 s 16.49 f 15.40 f 14.87 f 46
22 Sco S+ 20.95 B 18.74 B 20.96 B 0.13 13.95 J 120
HD148605 0.09 0.18 0.09 .5
HD148605 d < 3 51 12 173 10.45 W 12.11:l 1
h 4 4 45 .24 .40
18.54 18.30 61
mu Nor + 20.99 B 20.45 B 21.19 B 0.37 13.64.u >10.94:l >15.31 J <11.30:f 13.02:d 13.91:f
HD149038 + 0.09 0.15 0.09 .10 .04 .05 7.0
HD149038 214 43 12.62 W 12.01:w >13.48:l 0
h .05
20.30 s 19.89 s 18.05 s 17.27 s 15.57 s 14.86 s 54 189
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
lam Oph <10.05 d 51
HD148857
HD148857 10.67 W 0
.04
HD149404 & 21.40 D 21.40 D 0.68 d 10.46:g 12.37:p 13.46 W
HD149404 t+ 0.14 0.14 .03 .03
HD149404 d 12.20 W W 13.68 W 0
.02 .03
tau Sco S+ 20.49 B 14.51 B 20.49 B 0.05 11.77 D < 9.16:l 132
HD149438 + 0.05 0.05 .01
HD149438 d <10.23 h 10.63 W 10.68:S <11.06:l 2
h .08 .18
14.06 s 13.60 s 14.32 s
zet Oph + 20.73 B 20.64 B 21.15 B 0.32 13.85 U 9.45 W 9.59 m 15.51 j 11.22 b 12.47:r 13.40 C 13.20 s 15.40 l 140
HD149757 + 0.02 0.08 0.02 .04 .06 .06 .07 .05 .01 .02 .05 .03 7.6
HD149757 D 6 83 38 175 11.85 W 11.79 W 13.85:s 14.8 14.50:s 11.46 W 13.50 C 12.20:m 13.18 l 2
h 1 7 4 35 .05 .02 .04 .3 .03 .02 .03
20.46 j 20.10 j 18.56 j 17.07 j 15.68 j 14.76 j 57 167
HD149881 + 20.63 B <19.00 B 20.65 B 0.10 12.29 d 2500
HD149881 0.19 0.19
HD149881 d < 3 44 12 147 <10.93:c W 15.21:f 12.50:A 0
4 3 40 .07
HD150898 20.95 B 19.81 B 21.01 B
HD150898 0.09 0.18 0.09
HD150898 0
h
19.53 19.48 73
HD151804 + 20.82 B 20.26 B 21.01 B 0.40 13.54.u < 9.40:a 12.71:d
HD151804 + 0.13 0.11 0.13 .09
HD151804 217 42 :W 12.92:l 0
h .03
19.95 19.95 77
mu1Sco + 20.40 B <14.26 J 20.40 B 11.00 h 252
HD151890 0.09 0.09
HD151890 10.94 W <10.71:H <11.67:l 0
.06
mu2Sco 11.26 h
HD151985
HD151985 <11.37:l 0
HD152234 & 21.32 D 20.43 m 21.42 D 0.41 12.08:f 13.05 c 13.05:f
HD152234 0.12 0.12 19.3
HD152234 d 13.40 c 0
h
20.21 m 20.01 m 18.25 m 17.18 m 15.94 m 15.22 m 64 204
HD152235 0.69 <11.88:f 13.57 c 12.93:f
HD152235
HD152235 d 13.75 c 0
zet1Sco &+ 21.77 D 21.77 D 0.68 14.38.u < 9.16:l 12.41 C 13.38 c 13.05:f
HD152236 t+ 0.13 0.13
HD152236 d 12.15 W 13.08 W 12.26:w 13.23 c 12.26:a 0
.01 .07 .02 .08
HD152249 &+ 21.41 D 20.26 m 21.47 D 13.56.u 12.23:f 12.65:c
HD152249 0.12 0.12 .11 .15 22.0
HD152249 13.24:c 0
h .09
20.00 m 19.89 m 18.42 m 17.62 m 15.88 m 14.95 m 70 185
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD152270 + 20.44 m 13.84.u 12.11 C 13.10 c <13.13:f
HD152270 .31 .07 9.8
HD152270 13.16 c 0
h .03
20.22 m 20.03 m 18.68 m 17.97 m 15.18 m 65 156
HD152408 21.26 B 20.38 B 21.36 B 12.73:d
HD152408 0.13 0.18 0.13 .12
HD152408 13.14:c 0
h .15
20.04 20.11 84
iot Oph < 9.79 d 87
HD152614
HD152614 0
HD154090 + 21.14 D 21.14 D 0.45 14.26 U 9.92:l 1060
HD154090 + 0.14 0.14 .12
HD154090 12.00 W >13.28:l 4
.01
HD154368 + 21.00 F 21.16 F 21.59 F 0.78 14.43 U 10.30:g 10.23:s 16.22 s 11.89:s 13.45:r 13.80 W 13.71:s 1000
HD154368 t+ 0.05 0.07 .08 .11 .09 .06 .02 .05
HD154368 d 12.35 W 12.66 W 13.87:s 12.20:s 13.26 w 3
.02 .03 .05
eta Oph 26
HD155125
HD155125 <10.00 W 0
HD155806 + 21.08 B 19.92 B 21.14 B
HD155806 0.13 0.15 0.13
HD155806 11.73.c 12.82:l 0
h .09
19.64 19.60 74
del Her < 9.91 d 24
HD156164
HD156164 10.51 W 0
.08
nu Ser 10.64 d 59
HD156928
HD156928 11.20 W 0
.02
the Oph D 12.18 d 9.76:l 173
HD157056 + .20
HD157056 11.60 W 11.41:S <11.97:l 0
.03 .08
rho Her w
HD157779A
HD157778B
gam Ara + 20.68 B 19.23 B 20.71 B 0.06 >12.24:f < 9.33:l 13.87 J <11.78:d 12.26:f
HD157246 + 0.09 0.23 0.09 .12 .04 1.4
HD157246 d 13.41 11.54:w 11.91:l 0
h .2 .05 .39
18.93 s 18.94 s 16.43 j 15.74 j 14.14 j 13.82 j 79 203
44 Oph 26
HD157792
HD157792 <10.53 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
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD157841 + 10.07:p 13.29 S 175
HD157841 +
HD157841 12.00 S 12.22 S >13.27:p 2
.03
ups Sco + <19.26 B <14.11 B <19.26 B <10.18 h 159
HD158408
HD158408 <11.23 H <10.77:S <11.54:l 0
51 Oph 131
HD158643
HD158643 11.38 c 0
lam Sco + 19.38 B 12.70 B 19.38 B 0.02 10.30 d 216
HD158926
HD158926 10.59 W 13.43:W <10.77:S <11.37:l 0
.05
alp Oph 0.00 10.45 D < 9.03:w 14
HD159561 + .04
HD159561 d 11.53 W 11.16 W 1
.02 .03
mu Oph 0.19 13.67 h 9.56:w 168
HD159975 + .14
HD159975 d 10 189 72 500 11.71 H 13.06:l 0
1 5 4 50 .02
kap Sco + 20.36 B <14.23 J 20.36 B 11.51 h 142
HD160578 0.09 0.09
HD160578 10.86 W <11.37:l 0
.10
omi Ser 52
HD160613
HD160613 10.74 W 0
.08
iot Her 11.95 h 152
HD160762
HD160762 d 11.54 H 0
HD161270 141
HD161270
HD161270 11.51 m 0
gam Oph 0.04 10.09 d 29
HD161868
HD161868 d 10.86 c 0
.01
66 Oph 20.81 J 19.85 J 20.90 J
HD164284 0.11 0.15 0.11
HD164284 0
67 Oph + 21.01 B 20.26 B 21.14 B 0.22 13.38 U 9.81:f < 9.71:t <11.78:t <11.22:f 12.60 C <12.70:t 13.04:f 740
HD164353 + 0.19 0.28 0.19 .06 .05 .07 .08
HD164353 d < 3 124 38 378 11.37 W 12.08 H 11.80:H 12.88 C <12.41:t 3
h 4 4 45 .03 .02 .06
19.98 19.94 75
HD164402 + 21.11 B 19.49 B 21.13 B 0.22
HD164402 0.09 0.18 0.09
HD164402 187 52 11.55.c 0
h
19.04 19.30 106
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
the Ara + 20.84 B <18.95 B 20.85 B 0.09 >12.27:f 14.84 J 660
HD165024 0.09 0.09 .27
HD165024 11.25 W 12.42 W 11.66:w <11.76:l 4
.02 .05
HD165784 10.05:a <10.28:w >13.34:a
HD165784 + .09
HD165784 12.98:a 0
.04
102 Her 0.09 11.94 D 300
HD166182 .02
HD166182 12.07 W 11.70:S 5
.01 .08
HD166734 1.39 >10.79:t 10.35:t 12.15:t >12.76:t 13.67:t 14.05:t 720
HD166734 + .07 .13 .06 .06
HD166734 D 33 727 322 1560 >13.72:t <12.41:t 0
1 8 15 200
mu Sgr + 0.25 13.43 U 9.88:l < 9.79:t 11.59 W <11.82:t 12.80 C 165
HD166937 + .05 .07 .03 .08
HD166937 d 12 287 105 711 11.51 W >12.02:S 13.00 C 2
1 4 4 75 .03 .06
16 Sgr 21.08 B 20.18 B 21.18 B < 9.76:l 12.72:d
HD167263 + 0.13 0.18 0.13 .08
HD167263 12.77:l 0
h .09
19.85 19.91 83
15 Sgr + 21.15 B 20.28 B 21.25 B 0.30 10.32:f <11.42:f 12.70:d
HD167264 + 0.13 0.10 0.13 .03 .08
HD167264 229 85 11.60.c : 11.79:H 12.82:l 0
h .03 .08
19.98 19.98 77
HD167971 21.60 F 20.85 F 21.73 F 1.08 d 10.60:t <10.13:t 12.04:t 12.28:t 13.50 W <12.85:t 730
HD167971 t+ 0.30 0.12 .13 .11 .05
HD167971 D 23 512 208 1450 12.39 W 13.73 W <12.41:t 0
1 9 6 200 .05 .03
HD168076 & 21.64 D 20.68 F 21.73 D 0.78 d >10.92:t <10.01:t 12.37:t 12.34:t 13.35:t 13.53:t 2000
HD168076 t+ 0.23 0.08 0.23 .08 .09 .10 .12
HD168076 D 28 541 250 1090 12.35 W 13.40:t <12.41:t 0
2 10 8 150 .02 .06
HD169454 + 1.12 :f 10.51:g 10.02:t 12.14:t 13.62:g 13.57:c 13.92:s 930
HD169454 + .07 .06 .07 .04 .05
HD169454 D 26 510 213 1580 12.28 f W 13.3 :g 12.63:t 0
1 7 5 170 .15 .05
HD170740 21.16 F 20.86 F 21.46 F 0.48 9.79:t 9.61:t 11.62:t 12.79:g 13.32:W 13.23:t 215
HD170740 t+ 0.15 0.08 .08 .15 .15 .03 .04 .29
HD170740 D 11 255 92 595 11.83:W 13.24:W <12.11:t 0
2 7 5 60 .04
HD172028 0.79 >10.75:t 10.27:t 12.60:t 13.45:t 13.68:t 14.05:s 380
HD172028 + .04 .07 .08 .07 .05
HD172028 D 50 256 217 450 13.38:t 12.56:t 0
1 8 5 60 .04 .07
alp Lyr <11.90:a 8
HD172167
HD172167 < 9.76 W <11.84:a 0
bet Lyr + 0.12 13.25 U 270
HD174638
HD174638 11.16 W 11.98 H 11.61:S 12.89:h 0
.07 .09
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
sig Sgr + <19.48 B <14.00 B <19.48 B <10.00 h <12.26:f 69
HD175191
HD175191 10.72 W 10.68:S <11.24:l 0
.04 .07
gam Lyr 0.01 < 9.86:t <10.01:t <11.82:t <12.68:t <12.85:t 195
HD176437
HD176437 d < 10 22 < 10 <12.63:t <12.41:t 0
3
zet Aql < 9.79 d 26
HD177724
HD177724 10.48 W 0
.03
lam Aql <10.01 d 38
HD177756
HD177756 10.30 W 0
.08
20 Aql 20.73 R 0.33 10.21:h 9.95:t 15.02:k 12.13:h 12.55:k 13.27:c 13.71:s 15.64:k 160
HD179406 + .07 .02 .09 .03 .01 .03 .05 .01
HD179406 D 20 172 76 430 14.04:k 12.1 :w 12.55:h 12.30:m 14.28:k 0
1 5 3 60 .08 .2 .04 .02
1 Vul 13.36.u < 9.40:w
HD180554 + .04
HD180554 11.79 H 0
HD183143 1.27 10.53:t 10.01:t <11.85:t 12.33:t 13.70:t <12.63:t 1000
HD183143 + .05 .09 .05 .03
HD183143 D 26 758 295 1930 12.21 m >13.76:g <12.41:t 0
1 8 10 150 .02
kap Aql + 20.90 B 20.31 B 21.08 B 0.28 < 9.86:a 14.37 J <11.37:f 12.66 C <12.66:f
HD184915 + 0.13 0.15 0.13 .16
HD184915 162 24 11.39:c 11.4 :w 12.73 C 0
h .2 .06
20.06 19.95 69
HD185418 21.12 F 20.76 F 21.39 F 0.5 d 10.30:t 9.85:t 11.84:t 11.60:w 13.12 W <12.85:t 14.75 S 950
HD185418 t+ 0.15 0.05 .05 .11 .08 .11 .09 .03 2.4
HD185418 D 10 273 105 640 11.88 W 12.62 W 13.60:s 15.63 13.18:t <12.11:t 0
h 1 5 5 50 .02 .08 .15 .04
20.30 s 20.50 s 18.34 s 16.20 s 15.00 s 14.30 s 98 147
HD185859 10.41:W <10.32:w 12.15:W 13.36:W
HD185859 + .06 .08
HD185859 13.40:W 0
.08
HD186745 10.71:a <10.15:w >13.72:a
HD186745 + .05
HD186745 d >13.37:a 0
del Cyg 0.01 11.47 D 52
HD186882 .01
HD186882 10.95 W 10.73:S 1
.04 .19
HD186994 20.85 B <19.64 B 20.90 B 0.17 <10.04:t < 9.83:t <11.78:t <11.82:t 12.57:t <12.85:t 2500
HD186994 0.19 0.19 .09
HD186994 D < 3 101 23 296 12.59:t <12.24:t 0
5 4 40 .20
alp Aql 9.49 d 5
HD187642
HD187642 10.26 c 12.88 r <11.37:l 0
.03
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD187982 + 10.01:w
HD187982 .10
HD187982 12.50:w 0
9 Sge &+ 21.04 B 21.04 B 0.31
HD188001 0.13 0.13
HD188001 >11.86:c 0
HD188209 + 20.90 B 20.01 B 21.00 B 0.19 13.73.u < 9.76:a <12.29:a
HD188209 + 0.13 0.11 0.13
HD188209 96 16 11.66.c 12.64:a 0
h .09
19.72 19.70 76
HD188220 9.97:p 13.20:p
HD188220 +
HD188220 12.71:p 0
57 Aql w
HD188293A
HD188294B 0
HD188350 9.97:p
HD188350 +
HD188350 13.16:p 0
HD188439 + 20.78 B 19.95 B 20.89 B 0.17
HD188439 0.19 0.11 0.19
HD188439 53 27 11.61.c 0
h
19.78 19.48 59
HD190603 0.72 10.61:a 13.06:a
HD190603 + .02 .04
HD190603 d >13.50:a 0
HD192639 & 21.32 F 20.69 F 21.49 F 0.66 d 10.56 W 9.85:t 11.80:t 11.70:w 13.45 W <12.85:t 14.13 S 1100
HD192639 t+ 0.12 0.05 .13 .09 .11 .07 .13 5.1
HD192639 D 9 324 79 817 11.88 W 13.44:s 15.18 13.61:t <12.24:t 0
h 1 5 7 50 .02 .07 .25 .04
20.40 s 20.50 s 18.53 s 17.10 s 15.40 s 15.02 s 87 154
HD229059 1.71 10.51:t <10.13:t 12.29:t 13.15:t 13.95:t 13.85:t 1000
HD229059 + .05 .05 .13 .03 .08
HD229059 D 31 457 163 1090 >13.98:t <12.41:t 0
2 7 3 150
CygOB2 5 1.99 >10.76:t <10.23:t <12.32:t 13.48:t 13.83:t 14.07:s 1700
B+40 4220 + .15 .09 .07
B+40 4220 D 51 774 239 1990 >14.05:t 0
2 8 12 200
CygOB2 12 3.31 :t 10.59:t 13.95:t 14.36:s 1700
CygOB2 12 .06 .15 .05
CygOB2 12 d 80 850 381 2215 0
15 20 15 200
P Cyg #+ 21.28 D 21.28 D 0.66 13.18 U 10.52 W 13.04 W 1500
HD193237 + 0.13 0.13 .05 .07 .07
HD193237 d 211 71 11.43 W 13.63 w 4
.02 .03
HD193322 + 21.08 B 20.08 B 21.16 B 0.41 <11.92:j <12.00:f 13.16:j
HD193322 0.19 0.18 0.19 .24
HD193322 191 72 11.94.c 12.99:f 0
h
19.78 19.78 77
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
alp Pav + <19.30 B <14.30 B <19.30 B <10.07:b 56
HD193924
HD193924 11.07 c <10.80:w <11.24:l 0
.01
gam Cyg + 12.34 h
HD194093
HD194093 <10.36 h 0
alp Cyg + 0.09 12.74 D 9.61 W < 9.41:w 500
HD197345 + .01 .09
HD197345 10.92 W 12.29 W W 4
.07 .01
lam Cyg + 0.03 12.27 D 270
HD198183
HD198183 10.23 W 11.82 W 3
.11 .02
55 Cyg + 0.54 13.98 U 10.45 W 9.71:t 12.08:t 11.75:t >13.35:j <13.15:t 1010
HD198478 + .03 .03 .03 .16
HD198478 D 12 332 112 919 12.02 W 12.60 H >13.58:t <11.93:t 5
1 5 4 60 .02
HD199478 0.48 9.81:w
HD199478 .06
HD199478 240 92 >11.90:w >13.37:f 0
HD199579 21.04 F 20.53 F 21.25 F 0.37 d 10.29:t < 9.71:t 11.60:t 12.30:f 13.41 W <12.85:t 1200
HD199579 t+ .02 .14 .03
HD199579 D 10 126 54 315 11.98 W 13.12:t <12.11:t 0
h 1 3 4 50 .01 .06
20.08 20.04 74
59 Cyg + 20.25 B 19.30 B 20.34 B 0.21 12.48 D 13.94 J 12.18:f 270
HD200120 0.09 0.18 0.09 .03 .15 .12 3.1
HD200120 32 6 <10.71:c 11.49 W 13.9 11.30:H <12.72:f 4
h .02 .1 .05
18.95 s 19.06 s 16.49 s 15.73 s 14.46 s 13.50 s 88 228
HD200775 0.45 17.00:k 13.08:k 13.51:k 12.99:s 17.30:k
HD200775 .10 .11 .03 .08 .02
HD200775 13.41:k 16.04:k
.17 .04
ups Cyg #+ 20.69 B 19.15 J 20.71 B 0.14 12.03 D <13.40 j 276
HD202904 0.13 0.18 0.13 .01
HD202904 11.74 W 11.38:S 3
.01 .09
68 Cyg + 21.01 B 20.30 B 21.15 B 0.31 >13.08 h <11.29:f 12.92 C
HD203064 0.13 0.15 0.13
HD203064 176 48 >11.91:H 12.80 C 0
h .08
20.03 19.95 71
alp Cep < 9.11:b 15
HD203280
HD203280 W 0
HD203374A C 20.70 p 0.60 10.45 P 12.32 P 13.51 P 15.41:p 800
HD203374A .01 .03 .02 15.7
HD203374A 12.10 P >12.63 P 12.89 P 0
h
20.41 p 20.39 p 18.59 p 18.17 p 15.92 p 14.95 p 76 174
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD203664 12.60 R
HD203664
HD203664 12.70 R >12.06:A 3
HD203938 21.48 F 21.00 F 21.70 F 0.74 d 10.51:t 9.83:t 12.10:t 12.53:t 13.68 W 13.71:t 700
HD203938 t+ 0.15 0.06 .03 .13 .04 .04 .03 .12
HD203938 D 24 356 152 936 12.31 W 13.40:t <12.11:t 0
1 5 5 60 .07 .05
69 Cyg + 21.00 B 19.60 B 21.03 B 0.16 < 9.83:t <11.48:t 12.65:t
HD204172 0.13 0.18 0.13 .15
HD204172 d < 3 120 32 322 11.11:c 12.60:t 0
h 4 3 60 .10
19.30 19.30 77
HD204827 C 1.11 10.61:t 10.24:t 12.32:t 13.74:t 13.90:t 14.29:s 600
HD204827 + .04 .05 .06 .04 .04 .04
HD204827 D 55 257 199 518 >12.49 P >12.59 P >13.55:t 13.02:t 0
1 4 3 60 .02
bet Cep + 19.93 D 19.93 D 11.31 h 182
HD205021 0.08 0.08
HD205021 0
HD206135 <10.00:a 13.18:a
HD206135 + .10
HD206135 12.78:a 0
.12
9 Cep C+ 20.78 p 0.47 14.11 U 10.47 W 9.71:t 11.97:t 12.41 W 13.40 W 13.56:t 15.18:p 640
HD206165 + .02 .05 .03 .15 .10 .05 .08 .01 685.
HD206165 D 16 231 106 486 12.22 W >12.52 P >12.0 :c 13.25 W <12.11:t 4
h 1 7 5 60 .01 .03
20.53 p 20.40 p 18.74 p 18.21 p 17.64 p 15.80 p 68 395
HD206183 C 0.43 10.49 P 11.95 P 13.27 P 750
HD206183
HD206183 12.16 P >12.56 P 13.22 P 0
HD206267A C+ 21.31 F 20.86 F 21.54 F 0.53 14.28 U 10.55:f 9.81:t 12.04:t 12.89 W 13.48 W 13.68 s 16.04 S 810
HD206267A t+ 0.15 0.04 .01 .09 .04 .01 .03 .05 .02
HD206267A D 24 242 102 544 12.30 W >12.56 P 15.32 >12.0 :W 13.19:t 12.43:t 14.39 S 6
2 7 5 45 .02 .25 .02 .07 .03
HD206267C C 0.57 10.45 P 12.90 P 13.44 P 750
HD206267C
HD206267C 12.22 P >12.55 P 13.17 P 0
HD206267D C 0.44 10.45 P 12.36 P 13.42 P 750
HD206267D
HD206267D 12.21 P >12.55 P 13.05 P 0
HD206773 C 20.47 p 0.50 10.24 P 11.65 P 13.05 P 14.20:p 750
HD206773 .01 .04 .05
HD206773 11.83 P >12.45 P 13.17 P 0
HD207198 C+ 21.34 F 20.83 F 21.55 F 0.62 10.68:W 10.02:t 12.22:t 12.65 W 13.56 W 13.59:s 15.52 S 1040
HD207198 t+ 0.17 0.04 .08 .03 .03 .02 .05 .04
HD207198 D 29 262 144 543 12.41 W >12.64 P :W 13.33 w 12.20:t 13.75:S 6
1 6 3 40 .03 .04 .14 .10
nu Cep C+ 0.51 10.83 W 9.95:w 11.84 W >13.31:W 780
HD207260 + .11 .08
HD207260 12.29 W W 13.28 w 7
.01 .07
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD207308 C 20.86 p 0.50 10.18 P 13.04 P 13.51 P 15.93:p 900
HD207308 .01 .04 .05 166.
HD207308 12.08 P >12.54 P 13.20 P 0
h
20.70 p 20.35 p 18.70 p 17.86 p 17.14 p 16.00 p 57 293
pi2 Cyg 12.60 h 9.40:w
HD207330 + .13
HD207330 11.91 H 11.54:S 0
.07
HD207538 C 21.35 F 20.92 F 21.59 F 0.64 d 10.65 W 12.72 P 13.63 W 13.92:s 15.40:p
HD207538 t+ 0.12 0.06 .09 .02 .05 .04
HD207538 d 12.45 W >12.51 P 15.70 12.98 W 0
h .04 .3 .08
20.64 c 20.58 c 18.75 c 17.95 c 17.60 c 15.95 c 73 387
HD208266 C 0.52 10.44 P 12.71 P 13.53 P 16.05 p 1000
HD208266 .04 .04
HD208266 12.21 P >12.41 P 12.75 P 0
HD208440 C 20.34 p 0.35 10.24 P <11.95 P 13.06 P 14.20:p 1150
HD208440 .01 .04 .03 31.0
HD208440 12.01 P >12.61 P 12.95 P 0
h
20.05 p 20.02 p 18.42 p 18.13 p 16.04 p 15.02 p 75 193
13 Cep C 0.76 9.99 P 13.16 P 13.73 P 700
HD208501
HD208501 12.18 P >12.51 P 12.54 P 0
HD208905 C 0.35 < 9.60 P <11.95 P 12.76 P 800
HD208905
HD208905 11.75 P >12.50 P 12.72 P 0
HD209339 C 20.25 p 0.37 9.85 P <11.95 P 12.90 P 13.95:p 850
HD209339 .01 .04 .05 956.
HD209339 11.91 P >12.43 P 12.86 P 0
h
19.87 p 20.00 p 18.36 p 18.02 p 17.41 p 16.40 p 90 442
omi Aqr 12.78 h 9.56:w
HD209409 + .20
HD209409 11.83 H 0
14 Cep C 0.35 < 9.60 P 11.65 P 12.83 P 650
HD209481
HD209481 11.74 P >12.53 P 12.71 P 0
alp Gru <10.01 d <12.23:f 31
HD209952
HD209952 10.49 c 13.33 r <11.06:l 0
19 Cep C+ 21.12 B 20.08 B 21.19 B 0.36 >13.36 h 10.39:W <11.95 P 13.00:a 1060
HD209975 + 0.13 0.18 0.13 .04 .06
HD209975 d 11.81 W >12.53 P >12.18:H 13.40 w 3
h .01 .03
19.78 19.78 77
HD210121 20.63 F 20.75 F 21.19 F 0.4 d 10.16:t < 9.79:t <11.78:t 13.09:g 13.47:W 13.76:s 15.83 S 210
HD210121 t+ 0.15 0.12 .06 .07 .03 .05 .08
HD210121 D 11 70 46 146 12.06 W w 11.88:W 12.98:t 12.58:r 13.82 S 0
1 7 9 50 .03 .04 .10
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
35 Aqr + <20.66 B <18.60 B <20.67 B 0.05
HD210191
HD210191 11 < 3 <10.85:c 12.02:A <11.54:l 0
.08
the Peg 30
HD210418
HD210418 10.48 c 0
.06
lam Cep C+ 21.16 F 20.84 F 21.45 F 0.57 14.18 U 10.58 W 9.81:t 11.81:t 12.58 W 13.32 C 13.53:s 15.46 S 840
HD210839 t+ 0.10 0.04 .03 .02 .14 .10 .02 .07 .06
HD210839 D 11 261 72 551 12.14 W 12.76 W >12.17:S 13.15 C <12.11:t 13.59 S 5
1 5 6 45 .01 .01 .03 .08
gam Aqr < 9.31 d 48
HD212061
HD212061 9.90 c 0
.08
32 Peg 13.15.u 9.99:w
HD212097 + .08 .07
HD212097 11.95 H 0
pi Aqr + 20.58 D 20.58 D 0.22 12.66 D 9.86:p 11.20:W <12.50:p 330
HD212571 + 0.09 0.09 .02
HD212571 62 13 10.71 W 12.10 W 12.08:W 11.74:A 12.21:p 3
.13 .02 .08 .07
6 Lac 13.32.u
HD213420 .02
HD213420 12.28 H 11.85:S 0
.08
HD214080 + 20.62 B <19.00 B 20.64 B 0.07 12.76.s 3000
HD214080 0.19 0.19
HD214080 d 34 17 12.06:A 0
.07
10 Lac + 20.69 B 19.22 B 20.72 B 0.11 12.68.u < 9.71:t <11.60:t <12.00:t 12.40:t 325
HD214680 0.13 0.11 0.13 .11 .14 5.5
HD214680 d < 3 74 25 237 11.05:c 12.41 H 13.5 11.77:S 12.48:f 0
h 5 3 50 .2 .06 .12
18.88 s 18.95 s 16.11 j 16.09 j 14.73 j 14.58 j 84 313
12 Lac 20.79 J 19.65 J 20.85 J >12.85 h
HD214993 0.13 0.18 0.13
HD214993 >11.86:H 0
HD215733 + 20.70 B 20.70 B 0.13 12.76 d 2500
HD215733 0.19 0.19
HD215733 76 19 11.08:w 12.65 W 15.09:f 12.38:A 0
.07
eps Gru 9.49 d 40
HD215789
HD215789 10.81 c 13.42 r 0
HD216532 c 21.10 p 0.86 10.27 P 12.49 P 13.31 P 15.15:p 1050
HD216532 .01 .04 .03 432.
HD216532 12.23 P >12.64 P 13.64 P 0
h
20.76 p 20.83 p 19.27 p 17.93 p 17.52 p 17.03 p 84 270
del Aqr 49
HD216627
HD216627 <10.04 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
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD216898 c 21.05 p 0.85 10.52 P 11.90 P 13.45 P 15.04:p 1000
HD216898 .01 .04 .03 221.
HD216898 12.28 P >12.57 P 13.42 P 0
h
20.69 p 20.78 p 19.08 p 18.31 p 17.19 p 15.37 p 86 244
HD217035A c 20.95 p 0.76 9.60 P <11.95 P 13.23 P 14.57:p 750
HD217035A .01 .04 .03 1141.
HD217035A 12.22 P >12.64 P 13.32 P 0
h
20.66 p 20.63 p 18.98 p 18.34 p 17.91 p 15.97 p 75 408
HD217035B c 0.76 9.84 P 11.70 P 13.04 P 750
HD217035B
HD217035B 12.08 P >12.66 P 13.55 P 0
HD217312 c 20.80 p 0.66 10.44 P 12.18 P 13.41 P 14.38:p 1000
HD217312 .01 .04 .05
HD217312 12.15 P >12.62 P 13.66 P 0
omi And + 19.67 J 0.05 12.75 U < 9.16:w 13.69 j <12.11:F 12.75:f 212
HD217675 + .18 .06 .22 .09
HD217675 45 14 10.81 W 11.73 W 11.17:S <12.27:a 2
h .05 .01 .08
19.34 19.40 82
2 And 0.00 11.66 D 107
HD217782 .01
HD217782 11.56 W 2
.03
bet Psc 12.24 d 151
HD217891
HD217891 0
alp Peg 9.79 d 43
HD218045
HD218045 10.41 W 0
1 Cas + 20.95 B 20.15 B 21.07 B 0.25 >12.96 h 10.03:t < 9.61:t <11.85:t <11.82:t 12.90:F <12.85:t 14.80:f 339
HD218376 + 0.13 0.18 0.13 .08 .22 .09
HD218376 D 6 146 62 365 11.72 h >12.61 H 11.76:m 12.80:t <12.08:t 0
h 1 8 6 45 .01 .05
19.81 19.88 82
HD219188 + 20.84 B 19.34 B 20.87 B 0.13 12.70 d 2800
HD219188 0.19 0.18 0.19 .02
HD219188 d 66 18 10.63:w 12.31 W 11.89:A 0
h .07
18.90 19.15 103
B+63 1964 1. >11.11:t <10.13:t <12.00:t <12.22:t >13.59:t 13.34:t 1400
B+63 1964 + .29
B+63 1964 D 36 729 419 1380 >13.69:t <12.54:t 0
1 10 12 200
6 Cas + 0.67 >13.56 h 10.20 W <10.01:w <12.00:t 12.29:t 13.02 W 1600
HD223385 + .14 .05 .11
HD223385 d 14 582 167 1360 12.05*W 12.73 w 7
1 6 6 70 .02 .19
sig Cas + 20.88 B 20.23 B 21.04 B 0.19 >13.08 h 14.74 J 12.56:F
HD224572 0.09 0.18 0.09 .19 .26
HD224572 d 4 78 31 276 >11.67:c 12.32 H 11.60:m 12.87:f 0
h 1 4 4 40 .05 .12
19.90 19.95 82
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 22586 20.35 D 20.35 D 0.05 s 12.06.s
HDxxxxxx 0.13 0.13 .05
HDxxxxxx 12.22.s 0
.02
HD 25631 0.05 s
HD 25631
HD 25631 12.07.s 0
.04
HD 47887 20.51 D 20.51 D 0.06 s 12.31.s
HDxxxxxx 0.05 0.05 .03
HDxxxxxx 12.42.s 0
.02
HD 54911 21.13 D 21.13 D 0.14 s 12.85.s
HDxxxxxx 0.06 0.06 .05
HDxxxxxx 12.50.s 0
.01
HD 55879 20.87 D 20.87 D 0.12 s 12.70.s
HDxxxxxx 0.08 0.08 .01
HDxxxxxx 12.22.s 0
.01
HD 57193 20.82 D 20.82 D 0.07 s 12.53.s
HDxxxxxx 0.04 0.04 .02
HDxxxxxx 12.75.s 0
.01
HD 63425 20.49 D 20.49 D 0.10 s 12.27.s
HDxxxxxx 0.06 0.06 .01
HDxxxxxx 12.34.s 0
.02
HD 64219 0.17 s 13.24.s
HD 64219 .07
HD 64219 12.98.s 0
.03
HD 66665 20.15 D 20.15 D 0.01 s 11.40.s
HDxxxxxx 0.06 0.06 .02
HDxxxxxx 12.09.s 0
.02
HD 66788 0.22 s 13.50.s
HD 66788 .09
HD 66788 12.97.s 0
.02
HD 69106 21.08 D 21.08 D 0.18 s 13.06.s
HDxxxxxx 0.06 0.06 .09
HD 69106 12.48.s 0
.01
HD 72997 20.73 D 20.73 D 0.05 s 11.71.s
HDxxxxxx 0.09 0.09 .11
HDxxxxxx 11.59.s 0
.05
HD 76510 0.08 s 12.30.s
HD 76510 .02
HD 76510 12.47.s 0
.01
HD 86248 0.04 s
HD 86248
HD 86248 12.99.s 0
.01
HD 93827 0.23 s 13.06.s
HD 93827 .08
HD 93827 12.80.s 0
.02
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD 93840 21.04 D 21.04 D 0.14 s 12.81.s
HDxxxxxx 0.08 0.08 .02
HD 93840 12.94.s 0
.01
HD 94493 21.11 D 21.11 D 0.20 s 13.00.s
HDxxxxxx 0.09 0.09 .04
HDxxxxxx 12.87.s 0
.01
HD 97848 0.30 s 13.37.s
HD 97848 .10
HD 97848 12.98.s 0
.01
HD100276 21.19 D 21.19 D 0.26 s 13.26.s
HDxxxxxx 0.09 0.09 .05
HDxxxxxx 12.91.s 0
.02
HD100340 20.43 D 20.43 D 0.02 s 12.35.s
HDxxxxxx 0.06 0.06 .11
HDxxxxxx 12.26.s 0
.05
HD103779 21.16 D 21.16 D 0.21 s 13.03.s
HDxxxxxx 0.10 0.10 .03
HDxxxxxx 12.79.s 0
.01
HD104683 21.18 D 21.18 D 0.19 s 12.89.s
HDxxxxxx 0.12 0.12 .03
HDxxxxxx 12.77.s 0
.01
HD104705 21.11 D 21.11 D 0.26 s 12.97.s
HDxxxxxx 0.07 0.07 .03
HDxxxxxx 12.81.s 0
.01
HD113012 21.22 D 21.22 D 0.34 s 13.23.s
HDxxxxxx 0.11 0.11 .04
HDxxxxxx 12.90.s 0
.01
HD116852 20.96 D 20.96 D 0.22 s 12.79.s
HDxxxxxx 0.08 0.08 .06
HDxxxxxx 12.85.s 0
.01
HD119069 20.78 D 20.78 D 0.06 s 12.50.s
HDxxxxxx 0.08 0.08 .02
HDxxxxxx 12.64.s 0
.02
HD125924 20.64 D 20.64 D 0.05 s 12.28.s
HDxxxxxx 0.08 0.08 .07
HDxxxxxx 12.37.s 0
.07
HD148422 21.15 D 21.15 D 0.28 s 13.20.s
HDxxxxxx 0.12 0.12 .02
HDxxxxxx 13.06.s 0
.01
HD150898 20.90 D 20.90 D 0.14 s 12.89.s
HDxxxxxx 0.12 0.12 .05
HDxxxxxx 12.50.s 0
.01
HD151805 21.36 D 21.36 D 0.32 s 13.46.s
HDxxxxxx 0.11 0.11 .03
HDxxxxxx 12.98.s 0
.01
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD151990 21.20 D 21.20 D 0.39 s 13.23.s
HDxxxxxx 0.15 0.15 .05
HD151990 13.11.s 0
.01
HD156359 20.78 D 20.78 D 0.14 s 12.35.s
HDxxxxxx 0.11 0.11 .08
HDxxxxxx 12.75.s 0
.06
HD158243 21.11 D 21.11 D 0.19 s 13.00.s
HDxxxxxx 0.10 0.10 .02
HDxxxxxx 12.79.s 0
.04
HD160993 21.18 D 21.18 D 0.21 s 13.11.s
HDxxxxxx 0.10 0.10 .01
HDxxxxxx 12.93.s 0
.02
HD161653 21.11 D 21.11 D 0.26 s
HD161653
HD161653 12.70.s 0
.01
HD163522 21.09 D 21.09 D 0.19 s 13.00.s
HDxxxxxx 0.08 0.08 .08
HDxxxxxx 13.06.s 0
.02
HD164019 0.53 s
HD164019
HD164019 12.99.s 0
.02
HD164340 20.98 D 20.98 D 0.15 s 13.02.s
HDxxxxxx 0.09 0.09 .03
HDxxxxxx 13.03.s 0
.02
HD165582 21.18 D 21.18 D 0.24 s 13.13.s
HDxxxxxx 0.09 0.09 .05
HDxxxxxx 13.11.s 0
.01
HD167402 20.99 D 20.99 D 0.23 s 12.97.s
HDxxxxxx 0.13 0.13 .03
HDxxxxxx 12.88.s 0
.05
HD167756 20.81 D 20.81 D 0.09 s 12.55.s
HDxxxxxx 0.10 0.10 .02
HDxxxxxx 12.60.s 0
.02
HD168941 21.11 D 21.11 D 0.37 s >13.28.s
HD168941
HD168941 12.87.s 0
.01
HD171141 0.04 s 11.62.s
HD171141 .11
HD171141 12.03.s 0
.05
HD172094 0.09 s 12.58.s
HD172094 .03
HD172094 12.42.s 0
.04
HD172140 21.11 D 21.11 D 0.22 s 12.88.s
HDxxxxxx 0.08 0.08 .13
HDxxxxxx 12.68.s 0
.04
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
HD173502 20.98 D 20.98 D 0.15 s >13.04.s
HD173502
HD173502 12.80.s 0
.04
HD177566 20.86 D 20.86 D 0.06 s
HD177566
HD177566 12.43.s 0
.07
HD177989 20.95 D 20.95 D 0.25 s >13.28.s
HD177989
HD177989 12.73.s 0
.03
HD178487 21.15 D 21.15 D 0.40 s >13.43.s
HD178487
HD178487 12.93.s 0
.02
HD179407 21.11 D 21.11 D 0.31 s >13.44.s
HD179407
HD179407 13.03.s 0
.01
HD220787 <20.73 D <20.73 D 0.05 s 11.48.s
HD220787 .03
HD220787 11.98.s 0
.21
***************************************************************************************************************************************
H_I H_2 Htot E(B-V) Na I Ca I Li I C I Fe I CN CH C2 12CO d
.10 .20 .10 .03 .04 .06 .08 .2 .07 .09 .04 .11 .1 I_uv
4963 5780 5797 6284 K I Ca II S I HD Fe II Ti II CH+ C3 13CO N
.03 .03 .1 .2 .00 .07 .05 .11 .1
***************************************************************************************************************************************
The source codes in this table are as follows:
H_I, H_2, H_tot
B = Bohlin et al.
D = Diplas & Savage
F = FUSE survey (Rachford et al. 2002)
J = Jenkins et al. 1986
H2 rotational populations from:
Spitzer, Cochran, & Hirshfeld 1974; Jura 1975; Snow 1976, 1977; Savage et al. 1977; Frisch & Jura 1980;
Sonnentrucker et al. 2002, 2003; Lee et al. 2002; Snow et al. 2000; Pan et al. 2005
E(B-V)
most are from Hobbs (priv. comm.)
4963, 5780, 5797, 6284 DIBs
where all four are listed, they are from Thorburn et al. 2002
otherwise, from Josafatsson & Snow 1987, Herbig 1993, and/or Krelowski et al. 1999
Na I
D = D lines (5889 and/or 5895); usually from fits to very high-res spectra (< 0.6 km/s)
d = D lines; fits to slightly lower resolution spectra (1.5 km/s)
U = U lines (3302); often using K I structure to fit 3302 equivalent widths
s = (at end) from lower resolution data (Sembach et al. 1993)
K I
c = Chaffee & White
h = Hobbs
W = Welty & Hobbs 2001 or Welty, Snow, & Morton 2002; fits to high-res spectra
Ca I
a = Allen 1994
g = Gredel et al. 1993
l = Lambert & Danks 1986
t = Thorburn (priv. comm.; ARCES equivalent widths)
w = White 1986
W = Welty, Hobbs, & Morton 2002
Ca II
H = Hobbs; Marschall & Hobbs
W = Welty, Morton, & Hobbs 1996
Li I
h = Hobbs
t = Thorburn (priv. comm.; ARCES equivalent widths)
w = White 1986
S I
s = Sonnentrucker et al. 2002, 2003 (HST)
W = Welty (unpubl.) (HST)
Z = Zsargo et al. 1997 (HST)
C I and nT
J = Jenkins & Shaya 1979 or Jenkins, Jura, & Loewenstein 1983 (Copernicus)
Z = Zsargo et al. 1997 (HST)
Fe I
t = Thorburn (priv. comm.; ARCES equivalent widths)
W = Welty, Hobbs, & Morton 2002 (3719) and unpubl. (HST)
Fe II
W = Welty (unpubl.) (HST)
CN
f = Federman et al. 1984; Federman et al. 1994 and priv. comm.
g = Gredel et al. 1991
r = Roth et al. 1993
t = Thorburn (priv. comm.; ARCES equivalent widths)
W = Welty, Snow, & Morton 2002 or Welty (unpubl.)
Ti II
A = Albert 1983; Albert et al. 1993, 1994
c = Chaffee1974; Chaffee & Dunham 1979; Chaffee & Lutz 1977
H = Hobbs 1984
m = Magnani & Salzer 1991
S = Stokes 1978
w = Welsh et al. 1997
W = Welty (unpubl.)
CH
a = Allen 1994
C = Crane et al. 1995
c = Crawford (various refs)
d = Danks et al. 1984
F = Federman et al. 1994 and priv. comm.
g = Gredel et al. 1993; Gredel 1997
j = Jenniskens et al. 1992
p = Penprase 1993
t = Thorburn (priv. comm.; ARCES equivalent widths)
W = Welty, Snow, & Morton 2002 or Welty (unpubl.)
CH+
a = Allen 1994
C = Crane et al. 1995
c = Crawford (various refs)
f = Federman 1982 or Frisch 1972
h = Hobbs
l = Lambert & Danks 1986
p = Penprase 1993
t = Thorburn (priv. comm.; ARCES equivalent widths)
W = Welty, Snow, & Morton 2002 or Welty (unpubl.)
C2
Note: all values normalized to A-X (2-0) band f=1.4e-3 (Sonnentrucker et al. 2007)
s = Sonnentrucker et al. 2007 (compilation with complete references; new f-values)
t = Thorburn (priv. comm.; ARCES equivalent widths, b = 0.75 km/s) ---
see Oka et al. 2002 and Thorburn et al. 2002
C3
a = Adamkovics, Blake, & McCall 2003
m = Maier et al 2001
r = Roueff et al. 2002
t = Thorburn (priv. comm.; ARCES equivalent widths) ---
see Oka et al. 2002 and Thorburn et al. 2002
12CO and 13CO
f = Federman et al. 1980 or 2003; Crenny & Federman 2004 (Copernicus)
k = Knauth et al. 2001
l = Lambert et al. 1994
p = Pan et al. 2005
r = Rachford et al. 2001
s = Sheffer et al. 2002
S = Sonnentrucker et al. 2007 (compilation with complete references)
w = Wannier et al. 1999
W = Welty et al. 1999
Changes
2005 Dec --- added H2 rotational populations
2006 Aug --- updated CO, C2 (Sonnentrucker et al. 2007)
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Last modified 30 Aug 2006