2016AJ....152..190A

Query : 2016AJ....152..190A

2016AJ....152..190A - Astron. J., 152, 190-190 (2016/December-0)

A catalog of new spectroscopically confirmed massive OB stars in Carina.

ALEXANDER M.J., HANES R.J., POVICH M.S. and McSWAIN M.V.

Abstract (from CDS):

The Carina star-forming region is one of the largest in the Galaxy, and its massive star population is still being unveiled. The large number of stars combined with high, and highly variable, interstellar extinction makes it inherently difficult to find OB stars in this type of young region. We present the results of a spectroscopic campaign to study the massive star population of the Carina Nebula, with the primary goal to confirm or reject previously identified Carina OB star candidates. A total of 141 known O- and B-type stars and 94 candidates were observed, of which 73 candidates had high enough signal-to-noise ratio to classify. We find 23 new OB stars within the Carina Nebula, a 32% confirmation rate. One of the new OB stars has blended spectra and is suspected to be a double-lined spectroscopic binary (SB2). We also reclassify the spectral types of the known OB stars and discover nine new SB2s among this population. Finally, we discuss the spatial distribution of these new OB stars relative to known structures in the Carina Nebula.

Abstract Copyright: © 2016. The American Astronomical Society. All rights reserved.

Journal keyword(s): binaries: spectroscopic - open clusters and associations: individual: Carina - stars: massive - stars: massive

Nomenclature: Fig. 2, Tables 3-4: [AHP2016] OBc NN (Nos 1-94).

Simbad objects: 178

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Number of rows : 178
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 HD 92607 EB* 10 40 12.4246763928 -59 48 10.117926324 7.36 9.60 9.00 9.00   O9IVn 52 0
2 [AHP2016] OBc 3 * 10 40 23.4072474192 -59 50 39.053689260           O7V 3 0
3 HD 305443 * 10 40 30.1113721992 -59 56 51.191983608 10.04 10.70 10.53 10.62   B2III 27 0
4 HD 92644 * 10 40 31.7132436240 -59 46 43.894596756 7.98 8.99 8.88 9.52   B0V 38 0
5 HD 305448 * 10 40 39.2580646872 -60 05 36.154441788 8.94 9.78 9.81 10.08   B0.5V 26 0
6 CPD-59 2451 * 10 41 15.3216100440 -59 57 45.536173092 10.56 10.98 10.59 10.56   B2III 18 0
7 CPD-59 2454 * 10 41 20.2792433160 -60 06 36.353952864 10.72 11.32 11.18 11.22   B2V 21 0
8 HD 303225 * 10 41 35.4955685520 -59 39 45.071179344 9.3 10.03 9.88 10.12   B1.5V 27 0
9 HD 92852 * 10 41 54.2042438376 -59 06 36.468001692   9.59 9.73     B2V 28 0
10 HD 303202 * 10 41 55.8359001144 -59 16 16.662595476 9.2 9.94 9.72 10.01   B1V 37 0
11 HD 303189 * 10 41 59.2191335328 -59 07 49.710698004 9.56 10.31 10.21 10.39   B0.5V 29 0
12 HD 305452 * 10 42 02.3014510752 -60 08 38.600533356 8.87 9.53 9.47 9.85   B2III 33 0
13 HD 92877 ** 10 42 07.61904 -59 54 24.2568 7.78         B2III 30 0
14 HD 303297 SB* 10 42 13.3271967048 -59 09 46.776613788 8.78 9.61 9.49 9.90   B1III 34 0
15 Cl Bochum 10 OpC 10 42 14.2 -59 08 44   6.40 6.2     ~ 86 0
16 HD 92894 * 10 42 15.8245629528 -59 08 13.958305224 8.75 9.57 9.38 9.80   B1III 38 0
17 HD 303296 bC? 10 42 25.0359988968 -59 09 24.497727804 8.89 9.69 9.55 9.93   B1III 38 0
18 HD 92937 Be* 10 42 32.1445942176 -59 35 30.354201564   9.08 8.95     B3V 25 0
19 CD-59 3239 bC? 10 42 36.1526752608 -59 59 26.058515532 10.16 10.85 10.80 10.77 10.655 B0.5V 33 0
20 HD 305438 SB* 10 42 43.7655852768 -59 54 16.457670072 7.82 8.81 8.85 9.51   O8Vz 45 0
21 GES J10424477-6005021 * 10 42 44.7753643488 -60 05 02.075815788           B1V 3 0
22 HD 305437 SB* 10 42 45.1739290128 -59 52 19.554666132 8.21 9.10 9.10 9.65 9.224 B0V 36 0
23 HD 303313 * 10 42 50.1711104904 -59 25 31.153268928 9.88 10.46 10.16 10.36   B2V+B2V 24 0
24 HD 305535 * 10 42 54.6435823128 -59 58 19.683122592   9.43 9.39     B2.5V 30 0
25 HD 93002 * 10 43 04.1359995648 -59 04 59.783137788 8.76 9.56 9.45 9.89   B2III 36 0
26 HD 303316 SB* 10 43 11.1862677408 -59 44 21.026160276 9.148 9.890 9.633 9.89 9.086 O7V((f))z 41 0
27 HD 93028 SB* 10 43 15.3393101352 -60 12 04.231982304 7.29 8.24 8.30 9.26   O9IV 181 0
28 HD 93026 * 10 43 16.3216182360 -59 10 27.140984328 10.79 9.70 9.58 9.96   B2III 31 0
29 HD 93027 Y*O 10 43 17.9451218184 -60 08 03.279537240 7.86 8.72 8.72 9.48   O9.5IV 90 0
30 CPD-59 2525 Y*O 10 43 20.273808 -60 13 01.45020   10.56 10.49 10.61 10.383 B8V 10 0
31 V* V724 Car bC* 10 43 27.3946952088 -60 05 54.787692732 8.13 9.03 9.00 9.59 8.90 O9V+B2V 39 0
32 V* V725 Car EB* 10 43 30.8371202256 -59 29 23.879203368 9.66 10.29 10.08 10.06   O9.7IV 47 0
33 CD-58 3524 s*b 10 43 33.3506407920 -59 35 11.148512172 10.084 10.583 10.074 10.09 9.218 B1Ia 38 0
34 CPD-59 2535 SB* 10 43 40.8133070880 -60 10 03.230226984           B2V 7 0
35 CPD-58 2608A * 10 43 41.2298355888 -59 35 48.162428916 10.935 10.98 10.42 10.76 9.92 O7.5Vz 26 0
36 CPD-58 2608 ** 10 43 41.23080 -59 35 50.7336           OB+ 13 0
37 CPD-58 2608B ** 10 43 41.23944 -59 35 53.0196 11.677 11.01 10.48 11.43 10.27 B1V 11 0
38 HD 305556 * 10 43 43.4041206528 -60 20 27.460966200 8.71 8.90 8.80 9.46   B1Ib 30 0
39 Cl Trumpler 14 28 SB* 10 43 43.5395773800 -59 34 03.526894380 12.366 12.829 12.370   11.585 B2III 32 0
40 Cl Trumpler 14 27 SB* 10 43 43.8836722848 -59 33 46.270987560 10.979 11.539 11.219 11.13 10.62 B1.5V 41 0
41 HD 305518 * 10 43 44.0079168072 -59 48 17.844354720 9.50 10.09 9.719 9.90 9.195 O9.7III 58 0
42 CD-59 3265 * 10 43 45.0792789600 -59 53 25.427994540 9.80 10.49 10.36 10.48   B0.5V 22 0
43 CD-58 3526 Y*? 10 43 46.6855999968 -59 32 54.846500640 9.161 9.884 9.593 9.84 9.13 O6V((f))z 77 0
44 HD 93097 * 10 43 46.9854841224 -60 05 49.318738728 8.97 9.79 9.78 10.05 9.77 B0.5IV 29 0
45 Cl Trumpler 14 21 SB* 10 43 48.6941418096 -59 33 24.351520752 10.467 11.122 10.774   10.106 O9V 50 0
46 Cl Trumpler 14 22 Y*? 10 43 48.8022194784 -59 33 35.233169868 12.069 12.552 12.228 12.21 11.64 B2V 29 0
47 CPD-59 2543 * 10 43 48.8736702528 -60 09 00.842623020   10.97 11.00     B2V 19 0
48 HD 305521 * 10 43 49.4072717232 -59 57 22.604656932 9.18 10.00 9.96 10.06   B0V 26 0
49 Cl Trumpler 14 24 * 10 43 50.8954557504 -59 33 50.665502484 11.911 12.399 12.000 11.83 11.29 B1V 25 0
50 HD 93128 SB* 10 43 54.3957741024 -59 32 57.497266716 8.82 8.97 8.77 9.40 8.71 O3.5V((fc))z 112 1
51 Cl Trumpler 14 OpC 10 43 56.0 -59 33 07   5.70 5.5     ~ 547 0
52 CD-59 3274 * 10 43 57.4814503080 -60 05 28.175041320 8.42 9.37 9.36 9.76   O9V 36 0
53 Cl Trumpler 14 18 * 10 43 57.9420708960 -59 33 53.803776276 11.648 12.206 11.904   11.323 B2V 30 0
54 Cl Trumpler 14 19 SB* 10 43 58.4488582272 -59 33 01.649004012 11.765 12.020 11.692   11.064 B1V 24 0
55 Cl Collinder 228 OpC 10 44 00 -60 05.2           ~ 211 0
56 Cl Collinder 228 68 * 10 44 00.1425345912 -60 06 07.626241836 9.48 10.21 10.16     B0V 17 0
57 V* V661 Car SB* 10 44 00.3711575208 -59 52 27.521778900 7.60 8.31 8.04 8.75   O6.5III(f) 148 0
58 CPD-58 2623 SB* 10 44 00.6127403448 -59 25 49.269343728 9.54 10.38 10.18 10.16 9.775 B1III 37 0
59 CPD-58 2625 * 10 44 00.9232424712 -59 35 45.798105192 10.425 11.050 10.670   9.958 O9.2V 49 1
60 Cl Trumpler 14 29 Y*O 10 44 05.0728510560 -59 33 41.334325956 12.138 12.25 11.71 11.80 11.019 B1.5V 30 0
61 Cl Trumpler 16 124 Y*? 10 44 05.8192228848 -59 35 11.699371680 10.711 11.349 11.092   10.598 B1V 36 1
62 HD 305520 * 10 44 05.8557244896 -59 59 41.562158352 8.16 8.89 8.68 9.41   B1Ia 37 0
63 HD 305536 Y*O 10 44 11.0717950440 -60 03 21.545490888 8.17 8.99 8.971 9.57   O9.5V 57 0
64 Cl Trumpler 16 245 EB* 10 44 13.8080370336 -59 42 57.010898196 12.290 12.832 12.333   11.137 B0V+B1V: 28 0
65 Cl Trumpler 16 246 * 10 44 14.7513146040 -59 42 51.670837188 11.812 12.415 11.920   10.944 B0.5V 19 0
66 HD 305522 * 10 44 14.9655595968 -60 00 05.678223120 8.99 9.77 9.69 9.95   B0V+B1V 28 0
67 CPD-59 2570 * 10 44 15.8663007744 -60 09 04.451074236 9.91 10.60 10.51 10.77   B0.5V 20 0
68 CPD-59 2571 Y*O 10 44 22.5135812280 -59 39 25.518245796 10.648 11.340 11.196   10.885 B3V 36 0
69 CPD-58 2640 Y*? 10 44 24.6222058080 -59 30 36.099146304 10.459 11.104 10.895 10.88 10.522 B1V+B2V 29 0
70 Cl Trumpler 16 122 * 10 44 25.4911401096 -59 33 09.430138512 10.954 11.560 11.342   10.937 B1.5V 28 1
71 CD-59 3288 * 10 44 26.4825359856 -59 41 02.697054828 9.401 9.979 9.842 10.074 9.682 B1.5V 40 0
72 Cl Trumpler 16 18 Y*O 10 44 28.9768931496 -59 42 34.214220720 11.752 12.319 12.111   11.720 B2V 27 0
73 CPD-58 2644 * 10 44 29.1007818144 -59 20 04.970283396 10.17 10.86 10.64 10.75   B1III 26 0
74 CPD-58 2648 * 10 44 29.4222601584 -59 38 37.759085232 11.130 11.795 11.496   10.954 B1III 28 0
75 HD 305523 * 10 44 29.4771423744 -59 57 18.094514724 7.82 8.64 8.50 9.25   O9II-III 77 0
76 TYC 8626-2506-1 * 10 44 30.2282857992 -59 26 12.954990876   11.52 10.90     O9V(n) 13 0
77 CPD-58 2649 SB* 10 44 30.364680 -59 37 26.48100 9.500 10.151 9.842 9.965 9.317 O7V+O8V 44 0
78 CPD-59 2581 * 10 44 30.4895570400 -59 41 40.465347792 10.361 11.077 10.861   10.465 B1V 31 0
79 CPD-58 2647 SB* 10 44 30.7649602272 -59 21 26.067295872 10.88 11.38 11.12 11.26 10.687 B2III 27 0
80 UCAC4 154-053494 * 10 44 30.8909731800 -59 14 46.064119236   15.302 13.776 13.340   O7.5II(f) 3 0
81 HD 93204 * 10 44 32.3390794992 -59 44 31.020804780 7.63 8.52 8.42 8.20 7.92 O5.5V((f)) 200 0
82 CPD-59 2583 Y*O 10 44 32.8936828008 -59 40 25.916315016 10.369 11.057 10.882   10.522 B1V 38 0
83 Cl Trumpler 15 19 Y*? 10 44 35.9168086776 -59 23 35.636100108   13.01 12.71     B2V 20 0
84 HD 93222 Y*O 10 44 36.2481200208 -60 05 28.890759120 7.26 8.18 8.10 8.91   O7V((f))z 212 0
85 Cl Trumpler 15 18 * 10 44 36.3461573784 -59 24 20.440188252 12.3 12.39 11.28     B1Ia 21 0
86 CPD-59 2591 * 10 44 36.7048192536 -59 47 29.696644860 10.726 11.312 10.851   9.975 O8.5V+B0.5:V: 48 0
87 CD-59 3297 * 10 44 36.7776917976 -59 54 24.813636300 10.03 10.24 9.48 9.64 8.985 B1Ib 36 0
88 CPD-59 2593 V* 10 44 36.8708064648 -60 01 11.639770104 9.71 10.33 10.23     B2V 18 0
89 Cl Trumpler 16 14 Y*O 10 44 37.1725082376 -59 40 01.309453248 11.468 12.039 11.682   11.025 B1V 36 0
90 HD 303311 SB* 10 44 37.4602634976 -59 32 55.460525100 8.30 9.042 8.979 9.58 9.09 O6V((f))z 91 0
91 Cl Trumpler 15 21 * 10 44 37.6624042152 -59 23 07.188686304   13.38 13.13     B1V: 16 0
92 CPD-59 2595 SB* 10 44 38.6631398184 -59 48 14.152220316 9.644 10.222 10.161   9.995 B2V 37 0
93 Cl Collinder 232 OpC 10 44 39.00 -59 33 36.0           ~ 72 0
94 CPD-59 2598 * 10 44 40.3145381832 -59 41 48.828140520 10.455 11.045 10.753 10.72 10.271 B0V 40 0
95 CPD-58 2653 ** 10 44 40.631664 -59 22 28.47900 10.36 10.822 10.347 10.530   B2V 16 0
96 CPD-59 2596 * 10 44 40.9852706016 -59 40 10.195802508 11.034 11.670 11.273   10.574 B0V 28 0
97 CD-59 3300 * 10 44 41.7962304024 -59 46 56.405228916 8.07 8.79 8.57 9.33   O6V((f)) 150 0
98 CPD-58 2656 * 10 44 42.3352767192 -59 23 03.847424676   10.29 10.05 10.15   B1V 32 0
99 Cl Trumpler 15 9 Y*? 10 44 42.3536401800 -59 22 02.975518920   12.94 12.59     B2V 20 0
100 Cl Trumpler 15 OpC 10 44 43.6 -59 22 07           ~ 229 0
101 Cl Trumpler 15 2 Y*? 10 44 43.7535299928 -59 21 17.284005828 8.94 9.67 9.47     B0V 31 0
102 HD 93249 Y*? 10 44 43.8755766936 -59 21 25.141338252 7.75 8.78 8.20 9.20   O9III 104 0
103 HD 305524 * 10 44 45.2430436392 -59 54 41.516898084 8.81 9.53 9.29 9.71   O6.5Vn((f))z 51 0
104 V* V572 Car SB* 10 44 47.3048862456 -59 43 53.277923784 8.17 8.96 8.81 9.45   O7V+O9.5V+B0.2IV 182 0
105 HD 305534 * 10 44 47.5135200936 -59 57 58.934234628 9.05 9.79 9.69 9.94   B0V+B0V 34 0
106 [AHP2016] OBc 40 * 10 44 52.4186415576 -60 16 10.323959520           B2V 3 0
107 CPD-58 2667 * 10 44 53.7609421824 -59 37 48.198394740 11.430 11.851 11.425   10.704 B2III 23 0
108 CPD-59 2606 * 10 44 54.0636121968 -59 41 29.400907740 10.496 11.168 10.905   10.490 B1V 37 0
109 CD-59 3304 SB* 10 44 54.7086302424 -59 56 01.842920808 9.48 10.29 10.10 10.17   O8.5V 31 0
110 Cl Trumpler 16 31 Y*? 10 44 56.2713895896 -59 33 03.505993308 9.999 10.705 10.472   10.028 B2V 33 0
111 CPD-59 2614 * 10 44 57.3354272112 -60 00 46.713521412 10.39 11.06 10.85 10.88   B1III 20 0
112 CPD-59 2618 Y*O 10 44 59.9009208768 -59 43 14.820372732 11.462 12.106 11.794   11.232 B1.5Vpe 27 0
113 CPD-59 2616 SB* 10 45 00.2427057888 -59 43 34.386860748 11.428 11.873 11.587   11.060 B2V 28 0
114 Cl Trumpler 16 OpC 10 45 01.9 -59 42 00           ~ 510 0
115 CPD-59 2619 V* 10 45 02.1852042576 -59 42 01.145719332 10.764 11.428 11.173   10.714 B1V 34 0
116 NGC 3372 HII 10 45 02.23 -59 41 59.8           ~ 1071 2
117 * eta Car s*b 10 45 03.545808 -59 41 03.95124 6.37 7.03 6.48 6.123 4.41 LBV 2543 0
118 CPD-59 2626 * 10 45 05.8006619760 -59 45 19.624746096 9.792 10.389 9.995 10.03 9.228 O7.5V(n)z 67 0
119 CPD-59 2624 SB* 10 45 05.8358470968 -59 43 07.684616964 9.324 10.018 9.740   9.221 O9.7IV 64 0
120 CPD-59 2625 * 10 45 05.8757742144 -59 44 18.801774780 11.092 11.698 11.506   11.115 B2V 33 0
121 HD 303308 ** 10 45 05.9147911152 -59 40 05.925360036 7.45 8.30 8.17 7.92 7.75 O4.5V((fc)) 314 0
122 CPD-59 2627 * 10 45 06.7193609928 -59 41 56.560947828 9.606 10.343 10.116   9.685 O9.5V 59 0
123 CPD-59 2628 SB* 10 45 08.2244134080 -59 40 49.413975060 8.791 9.571 9.460 9.87 9.219 O9.5V(n)+B0.5V(n) 88 0
124 CPD-59 2629 * 10 45 08.2352224872 -59 46 06.976659612 10.780 11.336 10.848   9.971 O8.5Vp 78 0
125 Cl Trumpler 16 74 * 10 45 09.7364679408 -59 42 57.144017088 11.270 11.889 11.613   11.092 B1V 32 0
126 CPD-59 2632 SB* 10 45 11.1814992264 -59 41 11.202110340 10.207 10.943 10.797   10.494 B1V 44 0
127 Cl* Trumpler 14 Y 188 * 10 45 11.2010622264 -59 42 33.786127656 14.553 14.433 13.861   12.847 B5V: 11 0
128 HD 93343 * 10 45 12.2210285688 -59 45 00.441008892 9.01 9.76 9.558 9.17 8.76 O8Vz 93 1
129 CPD-59 2636 ** 10 45 12.8686809888 -59 44 19.205057544 8.913 9.559 9.218   8.535 O8V+O8V 79 1
130 HD 305533 Y*O 10 45 13.3691046000 -59 57 53.792453736 9.94 10.81 10.58 10.56   B0V 30 0
131 CD-59 3310 SB* 10 45 16.5181708560 -59 43 37.050828744 8.842 9.542 9.219 9.65 8.585 O6V((fc)) 97 0
132 HD 305528 * 10 45 16.7310319488 -59 54 45.755131284   10.45 10.32     B2V 23 0
133 HD 93342 * 10 45 17.5677901848 -59 23 37.473711036 9.23 9.85 9.26 9.49 8.865 B1Ia 55 0
134 Cl Trumpler 16 55 * 10 45 19.4188604160 -59 39 37.330575012 11.919 12.454 12.193   11.736 B1.5V 21 0
135 HD 303300 Y*? 10 45 20.4487591512 -59 17 06.166195728 9.49 10.14 9.74 9.97   B1V 30 0
136 CD-59 3312 * 10 45 20.5691164488 -59 42 51.240399480 9.420 10.203 10.032 10.12 9.632 O9V 55 0
137 CPD-58 2677 Y*? 10 45 22.1229273096 -59 37 38.370792792 11.276 11.874 11.574   11.059 B2III 26 0
138 Cl* Trumpler 16 MJ 568 * 10 45 22.2824057088 -59 50 47.042261700 11.72 11.94 11.29     O6V((f)) 16 0
139 NAME Tr 16-SE cluster Cl* 10 45 30.0 -59 48 00           ~ 4 0
140 UCAC4 150-059249 * 10 45 31.8466851984 -60 00 29.369458080   15.350 14.247 13.829   O9V 5 0
141 HD 305532 * 10 45 34.0456877136 -59 57 26.608751424 9.80 10.54 10.20 10.16 9.563 O6.5V((f))z 59 0
142 V* V662 Car EB* 10 45 36.3215655240 -59 48 23.261257368 12.74 12.91 12.05 12.10   O5Vz+B0:V 54 0
143 [S87b] IRS 41 * 10 45 36.6094327920 -59 44 10.877966448 14.463 14.694 13.620 13.29 11.57 O9V 17 0
144 CPD-59 2652 SB* 10 45 38.6657474256 -60 04 25.865330520   11.30 11.05     B2V 9 0
145 [AHP2016] OBc 59 * 10 45 41.930 -60 16 52.10           B: 2 0
146 [AHP2016] OBc 60 * 10 45 45.3517594008 -59 58 52.982730408           B1III 5 0
147 HD 305538 SB* 10 45 46.4472523680 -60 05 13.276623876 10.25 10.758 10.499 10.657   B0.5V 22 0
148 2MASS J10454661-5948404 * 10 45 46.6137873000 -59 48 40.310256024 17.224 16.948 15.577   13.371 B: 9 0
149 NAME Treasure Chest CGb 10 45 53.0 -59 57 02           ~ 33 2
150 CPD-59 2660 * 10 45 53.4543483048 -60 05 37.059639288 10.47 11.09 10.89     B0.5V 17 0
151 HD 305525 * 10 46 05.7017733864 -59 50 49.380764388 10.26 10.68 10.00 10.03   O5.5V(n)((f))z 48 0
152 Cl* Trumpler 16 MJ 685 SB* 10 46 19.0669529232 -59 57 54.359936316   11.84 11.39     B1III 8 0
153 HD 93501 * 10 46 22.0412952048 -60 01 18.910042176 8.51 9.16 9.0     B0V 36 0
154 CPD-59 2673 SB* 10 46 22.4670182160 -59 53 20.502928176 10.43 10.93 10.47 10.26   O5.5V(n)((f))z 44 0
155 CPD-59 2674 * 10 46 25.4246420904 -60 08 43.685666952 10.37 11.21 11.09 11.02   B1III 21 0
156 HD 305539 * 10 46 33.0589064424 -60 04 12.602965440 9.43 10.24 9.91 10.02 9.481 O8Vz 62 0
157 HD 303304 * 10 46 35.6884190496 -59 37 00.531636960 9.42 10.08 9.67 9.84   O7-8V 42 0
158 CPD-59 2686 * 10 46 52.2919990416 -60 06 03.013976196 10.41 10.72 10.62     B0.5IV 10 0
159 HD 93576 Y*O 10 46 53.8437858408 -60 04 41.892617316 9.13 9.88 9.62 9.88   O9.5IV(n) 56 0
160 Cl Bochum 11 OpC 10 47 06.3 -60 05 55           ~ 95 0
161 HD 93620 SB* 10 47 09.2051192328 -59 47 29.794606800 8.7 9.29 9.16 9.63   B2III 31 0
162 HD 93632 * 10 47 12.6337916088 -60 05 50.814051396 7.89 8.69 9.10 9.04   O5Ifvar 97 0
163 CPD-59 2698 * 10 47 13.1678136240 -60 13 33.806755848 9.71 10.42 10.41 10.56   B2V 15 0
164 HD 303402 * 10 47 19.1993538360 -59 27 33.480722016 10.47 11.04 10.67 10.60 10.10 B1V 22 0
165 CPD-59 2704 SB* 10 47 22.1022760704 -60 05 57.657215364 10.73 11.50 11.30 11.27   B2V(e?) 31 0
166 CPD-59 2711 * 10 47 35.2115363232 -60 29 23.303490036   11.06 10.65 10.85   B1III 19 0
167 [AHP2016] OBc 77 * 10 47 37.3277882616 -60 26 25.881986292           B: 2 0
168 HD 93683 Be* 10 47 38.8785531792 -60 37 04.271539296 7.20 8.12 7.87 8.78   O9V+B0V 51 0
169 [SPS2015] 38 IR 10 47 46.1730 -60 24 36.173           ~ 2 0
170 HD 93723 SB* 10 48 01.6718916192 -59 39 03.247000308 8.02 8.59 8.59     B3III 32 0
171 HD 305619 SB* 10 48 15.5224786176 -60 15 56.768042412 9.28 9.86 9.44 9.72 8.876 O9.7II 56 0
172 V* V738 Car EB* 10 48 46.5213403896 -60 35 39.862528224 8.56 9.30 9.12 9.60   B0.5III 37 0
173 HD 303413 * 10 48 58.9607279880 -59 41 09.171055356 9.33 9.92 9.78 9.94   B1III 24 0
174 HD 305602 * 10 49 08.9688750528 -59 53 27.772939788 9.9 10.56 10.28 10.31   B2V 22 0
175 HD 93911 Pu* 10 49 13.6471513152 -60 11 03.312610692 8.17 8.67 8.45 9.09   B2II 31 0
176 CPD-59 2749 SB* 10 49 14.2719967584 -60 15 57.186190872 10.2 10.72 10.54 10.58   B2III 16 0
177 HD 305599 SB* 10 49 24.9853740024 -59 49 43.851457992 9.72 10.39 10.05 10.11   B0V 28 0
178 HD 305606 SB* 10 49 25.8291501600 -60 01 37.046641908 9.78 10.54 10.52 10.63   B2V 23 0

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