2016AJ....152...40G


C.D.S. - SIMBAD4 rel 1.7 - 2021.06.22CEST09:16:13

2016AJ....152...40G - Astron. J., 152, 40-40 (2016/August-0)

The close companion mass-ratio distribution of intermediate-mass stars.

GULLIKSON K., KRAUS A. and DODSON-ROBINSON S.

Abstract (from CDS):

Binary stars and higher-order multiple systems are a ubiquitous outcome of star formation, especially as the system mass increases. The companion mass-ratio distribution is a unique probe into the conditions of the collapsing cloud core and circumstellar disk(s) of the binary fragments. Inside a∼1000 AU the disks from the two forming stars can interact, and additionally companions can form directly through disk fragmentation. We should, therefore, expect the mass-ratio distribution of close companions ( a\lesssim 100 AU) to differ from that of wide companions. This prediction is difficult to test using traditional methods, in particular, with intermediate-mass primary stars, for a variety of observational reasons. We present the results of a survey searching for companions to A- and B-type stars using the direct spectral detection method, which is sensitive to late-type companions within ∼1^′′ of the primary and which has no inner working angle. We estimate the temperatures and surface gravity of most of the 341 sample stars and derive their masses and ages. We additionally estimate the temperatures and masses of the 64 companions we find, 23 of which are new detections. We find that the mass-ratio distribution for our sample has a maximum near q∼0.3 . Our mass-ratio distribution has a very different form than in previous works, where it is usually well-described by a power law, and indicates that close companions to intermediate-mass stars experience significantly different accretion histories or formation mechanisms than wide companions.

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

Journal keyword(s): binaries: spectroscopic - stars: early-type - stars: formation - stars: statistics - stars: statistics

VizieR on-line data: <Available at CDS (J/AJ/152/40): table1.dat table2.dat table3.dat table4.dat>

Simbad objects: 344

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Number of rows : 344

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 * 34 Psc * 00 10 02.2026446215 +11 08 44.925917994   5.456 5.530   5.58 B9Vn 129 0
2 HD 1064 * 00 14 54.5165232598 -09 34 10.429900451   5.670 5.749     B8.5V 57 0
3 * tet And ** 00 17 05.49885 +38 40 53.8902 4.72 4.67 4.61 4.53 4.52 A2V 169 0
4 * pi. Tuc * 00 20 39.0424293413 -69 37 29.705337534   5.450 5.499     B9V 65 0
5 HD 2696 ** 00 30 22.6553180841 -23 47 15.656099372   5.31 5.19     A3V 68 0
6 * lam Cas ** 00 31 46.3593467 +54 31 20.225689       6.25   B8Vn 132 0
7 * 51 Psc ** 00 32 23.7839295189 +06 57 19.715269144   5.663 5.679     B9.5V 97 0
8 * ksi Cas SB* 00 42 03.8926969722 +50 30 45.071433667 4.05 4.71 4.81 4.82 4.94 B2V 135 0
9 * 68 Cas * 00 44 26.1908781086 +47 51 50.333752788   5.520 5.648     B5V 102 0
10 * 74 Psc A ** 01 05 40.9552708 +21 28 23.448875 5.26 5.263 5.273     A0IV-Vnn 72 0
11 * 74 Psc B PM* 01 05 41.7109604465 +21 27 55.614598402   5.405 5.455     B9IVn 67 0
12 * psi02 Psc ** 01 07 57.1726151056 +20 44 20.709599970   5.685 5.563     A3V 64 0
13 * zet Phe EB* 01 08 23.0814982 -55 14 44.728914   3.908 4.014     B6V+B9V 222 0
14 HD 6676 * 01 08 33.4659858425 +58 15 48.422303987   5.744 5.767     B8V 41 0
15 * 31 Cas * 01 10 39.3207392488 +68 46 43.038602567   5.280 5.309     A0Vnn 48 0
16 HD 6798 PM* 01 12 16.8173485162 +79 40 26.270447928 5.650 5.620 5.600     A3V 58 0
17 * 49 Cet PM* 01 34 37.7788265080 -15 40 34.898112472   5.667 5.607   5.54 A1V 256 0
18 * 42 Cas EB* 01 42 55.8618382880 +70 37 21.090017973   5.143 5.174     B9V 45 0
19 * 1 Per EB* 01 51 59.3196841582 +55 08 50.581808608 4.51 5.34 5.52     B1.5V 143 0
20 * gam01 Ari PM* 01 53 31.8192032943 +19 17 45.430793660   4.558 4.589 6.71   A0Vnp_lB 77 0
21 HD 11946 * 01 59 38.0372761533 +64 37 17.756072145   5.273 5.278     A0Vn 61 0
22 * 52 Cas * 02 02 52.4756031539 +64 54 05.268917880   6.012 5.986     A1Vn 43 0
23 * gam02 And ** 02 03 54.7399980936 +42 19 51.336648306   5.02 5.82     B8V+A0V 148 2
24 * mu. For * 02 12 54.4694842885 -30 43 25.772546455   5.243 5.260   5.26 A0V 74 0
25 * gam Tri PM* 02 17 18.8670335 +33 50 49.895049   4.03 4.00   4.05 A1Vnn 186 0
26 * tet Ari * 02 18 07.5302184092 +19 54 04.171722434   5.580 5.572     A1Vn 59 0
27 * rho Cet * 02 25 57.0060377624 -12 17 25.697269517   4.841 4.866     A0V 107 0
28 * nu. Ari * 02 38 48.9924921669 +21 57 41.047273075   5.608 5.451     A7V 66 0
29 * gam Cet ** 02 43 18.03910 +03 14 08.9390 3.63 3.56 3.47 3.36 3.32 A2Vn+F4V 169 0
30 * 35 Ari SB* 02 43 27.1116328306 +27 42 25.695377678 3.91 4.54 4.67 4.69 4.82 B3V 168 0
31 * omi Ari * 02 44 32.9717935247 +15 18 42.708343583   5.750 5.777     B9Vn 47 0
32 * pi. Ari ** 02 49 17.55924 +17 27 51.5168 4.68         B6V 95 0
33 * gam02 For PM* 02 49 54.1821882486 -27 56 31.123480149   5.384 5.377     A1V 37 0
34 * 41 Ari ** 02 49 59.0332406 +27 15 37.826018   3.498 3.594     B8Vn 152 0
35 * sig Ari * 02 51 29.5861817320 +15 04 55.443794101   5.411 5.516     B7V 94 0
36 HD 18331 PM* 02 56 37.4250931011 -03 42 44.356726847 5.280 5.250 5.160     A1V 147 0
37 * pi. Per * 02 58 45.6685779114 +39 39 45.821190649 4.88 4.76 4.70 4.60 4.56 A2Vn 78 0
38 HD 18537 * 03 00 52.2119366311 +52 21 06.247468779 4.78 5.158 5.219     B7V 72 0
39 * rho03 Eri PM* 03 04 16.5169664024 -07 36 03.077195124   5.46 5.30     A5V 63 0
40 HD 19698 * 03 10 38.7935108581 +11 52 21.433092541   5.901 5.970     B8V 44 0
41 HD 19275 PM* 03 11 56.2701604709 +74 23 37.167015930   4.878 4.834     A2Vnn 48 0
42 * zet Ari PM* 03 14 54.0914129194 +21 02 39.995191184   4.858 4.869     A1V 86 0
43 * 30 Per SB* 03 17 47.3527013514 +44 01 30.083459574 5.07 5.409 5.476     B8V 89 0
44 * 29 Per * 03 18 37.7407730489 +50 13 19.834131101 6.232 5.074 5.157     B3V 145 0
45 * 31 Per * 03 19 07.6379602460 +50 05 41.872376190 4.44 4.962 5.032     B5V 122 0
46 HD 21278 SB* 03 28 03.0722871396 +49 03 46.331543444   4.89 4.97     B5V 198 0
47 HD 21362 * 03 28 52.3241656747 +49 50 54.201305998   5.513 5.572     B6Vn 115 0
48 * 34 Per * 03 29 22.05019 +49 30 32.2114 4.01 4.610 4.735     B3V 156 0
49 HD 21882 PM* 03 29 55.1472456381 -42 38 03.320578635   5.955 5.753     A5V 32 0
50 * s Tau * 03 30 24.4671639 +11 20 11.187567   5.090 5.124     A0Vn 57 0
51 HD 21551 * 03 30 36.9481554065 +48 06 12.977506037 5.46 5.78 5.82     B8V 118 0
52 HD 21819 * 03 33 39.0595622426 +54 58 29.495525821 8.061 6.074 5.969     A3V 31 0
53 * tau05 Eri SB* 03 33 47.2761284 -21 37 58.383035   4.16 4.30     B9V 106 0
54 * 24 Eri * 03 44 30.5099092408 -01 09 47.120397214 4.76 5.15 5.25     B7IV 72 0
55 * 18 Tau PM* 03 45 09.7395444345 +24 50 21.349504233 5.21 5.57 5.64 5.61 5.68 B8V 260 0
56 * u Tau SB* 03 45 40.4430080459 +06 02 59.988283002   5.225 5.337     B3V 125 0
57 * 30 Eri * 03 52 41.6533118229 -05 21 40.330964441   5.378 5.475     B8III 53 1
58 HD 24504 * 03 55 58.1754635361 +47 52 17.095013909   5.297 5.379     B6V 72 0
59 * 35 Eri * 04 01 32.0471476526 -01 32 58.780331689 4.58 5.13 5.28     B5III/IV 106 0
60 HD 25330 * 04 01 46.13616 +09 59 52.8433   5.685 5.691     B5V 51 0
61 HD 26793 * 04 14 36.2319792954 +10 00 41.074718312   5.118 5.218     B9Vn 57 0
62 HD 26764 * 04 16 43.0900169064 +53 36 42.504818095   5.231 5.187   5.15 A2Vn 47 0
63 HD 26670 * 04 16 53.5552274677 +61 50 59.971105763 5.05 5.56 5.70     B7V 50 0
64 HD 27616 * 04 20 39.0132849343 -20 38 22.634449934   5.36 5.38     A0V 49 0
65 HD 27322 * 04 21 51.8051261690 +56 30 22.735027135 6.120 6.030 5.920   5.79 A3V 39 0
66 * chi Tau SB* 04 22 34.9435236779 +25 37 45.528896965   5.344 5.378     B9Vnn 101 0
67 * ksi Eri PM* 04 23 40.8522386569 -03 44 43.682867342   5.236 5.165     A1V 88 0
68 * 55 Per * 04 24 29.1555998134 +34 07 50.735409994   5.657 5.718     B8V 53 0
69 * 72 Tau ** 04 27 17.4514190451 +22 59 46.785871274   5.411 5.514     B7V 94 0
70 * c Tau PM* 04 38 09.4616564927 +12 30 38.991822704 4.52 4.39 4.27 4.13 4.08 A6V 177 0
71 * sig02 Tau PM* 04 39 16.5023050 +15 55 04.702951   4.842 4.665     A5Vn 130 0
72 HD 29646 * 04 41 19.7607530516 +28 36 53.962169646   5.736 5.729     A2V 67 0
73 * 59 Per PM* 04 42 54.3398729602 +43 21 54.479515748   5.319 5.298     A1Vn 48 0
74 HD 30127 PM* 04 44 07.9818303630 -18 39 59.711500473   5.547 5.522     A1V 49 0
75 * pi.02 Ori * 04 50 36.7229825 +08 54 00.649333 4.39 4.36 4.35 4.29 4.29 A1Vn 165 0
76 * g Ori ** 04 54 46.8950142140 +11 25 33.551659319   5.291 5.184     A3V 42 0
77 HD 31331 SB* 04 54 50.7086719410 +00 28 01.807624215   5.858 5.965     B5/7II 52 0
78 HD 31373 * 04 55 50.1520888638 +15 02 24.957560296   5.701 5.776     B9V 62 0
79 * b Eri ** 04 56 24.1873060152 -05 10 16.867966840   5.349 5.482     B5III 54 0
80 HD 32309 * 05 01 25.5811681311 -20 03 06.905378229   4.838 4.885     B9V 73 0
81 HD 33224 * 05 08 20.1906820073 -08 39 55.169473612   5.72 5.78     B8III 48 0
82 * iot Lep ** 05 12 17.9019041 -11 52 09.186279 3.95 4.35 4.45     B7.5Vn 105 0
83 * kap Lep ** 05 13 13.87761 -12 56 28.6463 3.92         B7V 93 0
84 HD 34310 * 05 15 24.3727332488 -26 56 36.631357769   4.97 5.04     B9V 37 0
85 HD 34557 ** 05 20 14.6683057563 +41 05 10.560433264   5.568 5.456     A3V 51 0
86 * 23 Ori SB* 05 22 50.0047401166 +03 32 39.976975214 3.99 4.86 5.00 5.05 5.23 B2IV/V 234 0
87 HD 34904 * 05 22 50.3133003273 +41 01 45.343384735   5.663 5.542     A3V 44 0
88 HD 35505 * 05 24 28.4872783247 -16 58 32.789078380   5.631 5.636     A0V 41 0
89 * 116 Tau * 05 27 45.6083665942 +15 52 26.591338833   5.522 5.515     B9.5Vn 43 0
90 HD 36187 PM* 05 28 15.3348547476 -37 13 50.746164511   5.575 5.552   5.52 A0V 31 0
91 * 118 Tau ** 05 29 16.50008 +25 09 00.7781 5.270 5.440 5.480     B9V 64 0
92 HD 36162 * 05 30 26.1638150438 +15 21 37.613111704   6.035 5.934     A3Vn 42 0
93 * 32 Ori ** 05 30 47.05091 +05 56 53.2925 3.51 4.07 4.20 4.26 4.40 B5IV+B7V 181 0
94 V* VV Ori EB* 05 33 31.4472401583 -01 09 21.859507137 4.26 5.16 5.34 5.39 5.59 B1V+B4.5V 244 0
95 * 35 Ori * 05 33 54.2872065041 +14 18 20.086647504   5.465 5.593     B3V 63 0
96 * 38 Ori ** 05 34 16.7752565133 +03 46 00.874163851   5.383 5.326   5.25 A1V 59 0
97 * d Ori SB* 05 38 53.0833241719 -07 12 46.166724645 5.04 4.93 4.80 4.65 4.59 A4Vn 129 1
98 * del Dor * 05 44 46.3781065 -65 44 07.901098 4.69 4.57 4.36 4.10 3.93 A7V 119 0
99 * bet Pic PM* 05 47 17.0876901 -51 03 59.441135 4.13 4.03 3.86 3.74 3.58 A6V 1714 1
100 HD 39421 * 05 52 07.7291332434 -09 02 30.840453230   6.045 5.960     A0V 55 0
101 * 64 Ori SB* 06 03 27.3645153370 +19 41 26.033243498   5.021 5.130     B8V 116 0
102 * 72 Col ** 06 04 20.2649182891 -32 10 20.743412435   5.451 5.631     B2V 79 0
103 * tet Lep * 06 06 09.3237046666 -14 56 06.912959454   4.707 4.663     A0V 82 0
104 HD 42301 * 06 08 57.8700720899 -22 25 38.608335089   5.469 5.480     A0V 58 0
105 HD 42111 * 06 08 57.9039737933 +02 29 58.887793999 5.86 5.80 5.73     B9V 117 0
106 HD 43445 * 06 15 44.8861069041 -13 43 06.279393570   4.915 5.001     B9V 56 0
107 HD 42818 PM* 06 18 50.7763037 +69 19 11.231041   4.770 4.757     A0Vn 72 0
108 HD 44323 * 06 19 40.9570878097 -34 23 47.725457331   5.666 5.749     B9V 32 0
109 * 7 Mon SB* 06 19 42.7997980805 -07 49 22.449561453 4.32 5.069 5.252     B2V 78 0
110 HD 45320 * 06 26 39.5896073056 -01 30 26.401548399   5.927 5.854     A1V 60 0
111 * lam CMa * 06 28 10.2074721 -32 34 48.245488 3.70 4.31 4.48 4.54 4.70 B4V 76 0
112 HD 46487 * 06 33 37.9213774400 -01 13 12.531361735   4.934 5.079     B5IV/V 75 0
113 HD 46936 * 06 34 35.3308668102 -32 42 58.507722139   5.526 5.610     B9V 50 0
114 * 49 Aur * 06 35 12.0623788913 +28 01 20.331264094   5.248 5.260     A0Vnn 55 0
115 HD 49147 * 06 46 39.0160572516 -10 06 26.488495374   5.605 5.646     B9.5V 51 0
116 * alf Pic PM* 06 48 11.45512 -61 56 29.0008   3.48 3.30     A8VnkA6 164 0
117 HD 51104 ** 06 56 25.8341992565 +09 57 23.702462645   5.794 5.897     B8Vn 49 0
118 * del Mon * 07 11 51.8607792 -00 29 33.970825   4.14 4.15     A0IV 89 0
119 HD 56405 * 07 16 14.5534169283 -15 35 08.472430352   5.519 5.447     A1V 70 0
120 * 64 Aur * 07 18 02.2141995430 +40 53 00.224781946 6.170 6.040 5.870   5.69 A5Vn 52 0
121 * 64 Gem PM* 07 29 20.4407702733 +28 07 05.796208551   5.181 5.064     A4V 75 0
122 * 68 Gem ** 07 33 36.4815791 +15 49 35.978923   5.310 5.263     A1Vp 73 0
123 * del03 CMi * 07 34 15.8922578665 +03 22 18.213542722   5.789 5.817     B9V 55 0
124 * p Pup PM* 07 35 22.8936187606 -28 22 09.652924149 4.13 4.52 4.63     B7V 60 0
125 * d01 Pup * 07 39 27.3383375 -38 18 28.878559 3.99 4.65 4.84 4.92 5.08 B3V 96 0
126 * d02 Pup * 07 39 43.8131012500 -38 08 21.425791778   5.62 5.77     B5V 46 0
127 HD 62226 SB* 07 41 15.8129770207 -38 32 00.712981275   5.254 5.393     B3V 51 0
128 * phi Gem * 07 53 29.8166075896 +26 45 56.847983468   5.060 4.963     A5IV 81 0
129 HD 64802 * 07 54 11.0090937236 -35 52 38.224571291 4.57 5.288 5.463     B2V 79 0
130 HD 65460 * 07 56 57.8010867340 -43 30 01.451356648   5.182 5.346     B3IV/V 42 0
131 HD 65810 * 07 59 52.0497354281 -18 23 57.154136653 4.77 4.69 4.61 4.46 4.40 A1V 107 0
132 * 5 Cnc * 08 01 30.2882955035 +16 27 19.119095659 5.95 5.97 5.99     B9.5Vn 41 0
133 * 8 Cnc PM* 08 05 04.4893909736 +13 07 05.591286688   5.141 5.136     A1V 52 0
134 * 27 Lyn PM* 08 08 27.4463215 +51 30 24.005467   4.819 4.797   4.71 A2V 73 0
135 * 16 Pup * 08 09 01.6374092 -19 14 42.052059 3.65 4.239 4.393     B5V 90 0
136 * C Car * 08 15 15.9297132128 -62 54 56.313781962   5.318 5.259     A2V 37 0
137 * q Pup PM* 08 18 33.3129914 -36 39 33.439105 4.75 4.68 4.40 4.24 4.11 A8V 83 0
138 * lam Cnc * 08 20 32.1363090808 +24 01 20.324402176 5.740 5.870 5.930     B9.5V 55 0
139 * B Vel SB* 08 22 31.69411 -48 29 25.3631 3.83 4.67 4.82 4.86 4.99 B2III 84 0
140 * 30 Mon PM* 08 25 39.6320108 -03 54 23.117820 3.85 3.88 3.90 3.87 3.92 A0Va 261 0
141 * 33 Lyn * 08 34 43.8848847799 +36 25 10.635307149   5.785 5.751     A2Vnn 44 0
142 * e01 Car ** 08 35 15.5539266619 -58 13 29.054393518   5.097 5.234     B4V 58 0
143 * del Hya ** 08 37 39.3696919549 +05 42 13.637427775   4.144 4.131   4.12 A0Vnn 121 0
144 * eta Pyx * 08 37 52.1521706428 -26 15 17.997969108   5.23 5.27     A0V 45 0
145 HD 74988 * 08 47 14.9848542534 -01 53 49.340603353   5.321 5.279     A0V 40 0
146 * iot UMa ** 08 59 12.45362 +48 02 30.5741 3.40 3.33 3.14 2.92 2.85 A6 286 0
147 * 66 Cnc * 09 01 24.1299974045 +32 15 08.266604098 6.030 5.940 5.870     A2V 29 0
148 * tet Hya SB* 09 14 21.8663945301 +02 18 51.638194950   3.82   3.9   B9.5V+DA1.6 205 0
149 * z Vel * 09 14 24.4863621401 -43 13 38.949494197 4.55 5.11 5.25     B3/5V 54 1
150 * 38 Lyn PM* 09 18 50.64384 +36 48 09.3331   3.96 3.92   3.81 A1V 135 0
151 HD 81830 PM* 09 25 27.2336459544 -61 57 01.715009415   5.91 5.77     A4V 40 0
152 * I Vel * 09 26 17.9579671716 -53 22 44.062881202   4.976 5.089     B6V 40 0
153 HD 82747 PM* 09 33 26.0511101351 -22 51 49.984220624   5.938 5.904   5.88 B9.5V 31 0
154 * 26 UMa PM* 09 34 49.4325910 +52 03 05.316490   4.501 4.463     A0Vn 90 0
155 * M Vel PM* 09 36 49.5400392 -49 21 18.088075 4.64 4.52 4.35 4.20 4.10 A7V 52 0
156 * 23 LMi PM* 10 16 14.4299725284 +29 18 37.709186350   5.500 5.488     A0Vn 63 0
157 * 27 LMi * 10 23 06.3288782340 +33 54 29.317485572 6.140 6.040 5.900     A5IVn 54 0
158 * del Sex PM* 10 29 28.7022163 -02 44 20.686255   5.130 5.180     B9V 76 0
159 * 34 LMi * 10 33 30.9114107221 +34 59 19.305171975 5.640 5.610 5.580     A2Vn 42 0
160 * 40 LMi PM* 10 43 01.8814307343 +26 19 32.030256159   5.682 5.506     A4Vn 64 0
161 * 41 LMi PM* 10 43 24.9567145 +23 11 18.249875   5.108 5.070     A3Vn 61 0
162 * 42 LMi * 10 45 51.8945751899 +30 40 56.314062712   5.299 5.352     A1Vn 52 0
163 HD 93540 * 10 46 16.5470606755 -64 30 52.420401924 4.79 5.24 5.34     B6Vnn 83 0
164 HD 93607 * 10 46 51.2199905 -64 23 00.504309 4.06 4.70 4.85     B4V 84 0
165 * l Leo * 10 49 15.4301076600 +10 32 42.725764406   5.338 5.312     A2V 72 0
166 * 54 Leo A PM* 10 55 36.8026567790 +24 44 59.048399623   4.478 4.477 6.04   A1V 63 0
167 * p05 Leo * 11 13 45.5531733923 -00 04 10.208991760   5.374 5.404     A0V 71 0
168 * sig Leo PM* 11 21 08.1934932 +06 01 45.570945   3.984 4.040     B9.5Vs 132 0
169 * 57 UMa ** 11 29 04.12195 +39 20 13.1119   5.373 5.354     A2V 38 0
170 * tet Crt PM* 11 36 40.9133537 -09 48 08.091238   4.604 4.673     B9.5V 201 0
171 * ksi Vir PM* 11 45 17.0402717 +08 15 29.215015   5.003 4.842   4.67 A4V 89 0
172 * pi. Vir SB* 12 00 52.3904208 +06 36 51.557103   4.755 4.642   4.53 A5V 99 0
173 * 3 Crv PM* 12 11 03.8398744643 -23 36 08.722132312   5.52 5.47     A1V 51 0
174 * rho Cen * 12 11 39.1280508829 -52 22 06.406712492 3.20 3.81 3.96 4.05 4.21 B3V 121 0
175 * 6 Com PM* 12 16 00.1863180875 +14 53 56.651550181 5.230 5.150 5.090     A3V 73 0
176 * zet Cru * 12 18 26.2361909560 -64 00 11.114219273 3.26 3.90 4.05     B2/3V 101 0
177 * 13 Vir * 12 18 40.3180597216 -00 47 13.868711231   6.049 5.897     A5IV/V 43 0
178 HD 108107 PM* 12 25 11.7646806651 -11 36 38.118943808   5.971 5.926     A1V 32 0
179 * G Cen * 12 26 31.7595461 -51 27 02.289947 4.02 4.654 4.808     B3V(n) 73 0
180 * 20 Com * 12 29 43.2398125252 +20 53 45.993580817   5.751 5.679     A3V 75 0
181 * f Vir * 12 36 47.3545143962 -05 49 54.840760896   5.94 5.88   5.80 A3V 57 0
182 * tau Cen PM* 12 37 42.1634721166 -48 32 28.709954610 3.94 3.91 3.86 3.81 3.77 A1IVnn 98 0
183 * 29 Com * 12 48 54.2130819455 +14 07 21.305551850   5.721 5.681     A1V 78 0
184 * 30 Com ** 12 49 17.4513577175 +27 33 08.567319788 5.87 5.81 5.78   5.70 A1Van 78 0
185 * ksi01 Cen * 13 03 33.3064227562 -49 31 38.179902357   4.844 4.826     A0V 38 0
186 * f Cen * 13 06 16.7041134 -48 27 47.845997 4 4.552 4.691     B4V 104 0
187 HD 116160 PM* 13 21 41.6449892196 +02 05 14.059092914   5.732 5.687   5.64 A0V 68 0
188 * g UMa ** 13 25 13.5378333 +54 59 16.654781 4.260 4.180 4.010 3.85 3.78 A5V+M3-4V 292 0
189 HD 117376 PM* 13 28 27.0871789650 +59 56 44.830534761   5.39 5.40     A1Vn 57 0
190 * zet Vir PM* 13 34 41.5933793869 -00 35 45.009664548 3.58 3.50 3.38 3.31 3.25 A2Van 185 0
191 HD 119476 PM* 13 41 29.8930744274 +64 49 20.679551826 6.000 5.930 5.850     A2V 40 0
192 * Q Cen ** 13 41 44.77217 -54 33 33.9275           B8.5Vn+A2.5Va 47 0
193 HD 119752 PM* 13 45 36.8915672994 -26 06 57.635799590   5.814 5.795     A0V 34 0
194 HD 120047 PM* 13 46 13.5455696446 +41 05 19.478521221   6.085 5.877     A5V 50 0
195 HD 121164 ** 13 53 10.2817648440 +28 38 53.275686377   6.102 5.909     A8IV 59 0
196 * 92 Vir * 13 56 27.8770145971 +01 03 02.089585154   6.117 5.898     A5IV/V 45 0
197 * tau Vir * 14 01 38.7934143 +01 32 40.314540   4.331 4.237   4.11 A2IV/V 136 0
198 BD+09 2882 ** 14 23 22.69526 +08 26 47.8351 4.89 4.92 4.87     ~ 109 0
199 HD 126200 EB* 14 24 00.8792988760 +08 14 38.296259155   5.984 5.930     A3V 39 0
200 HD 126248 ** 14 24 11.3443421 +05 49 12.467853   5.222 5.094     A3V 76 0
201 HD 126981 * 14 30 08.6290335739 -45 19 16.884562932 5.15 5.42 5.50     B8V 55 0
202 * b Cen * 14 41 57.5906796 -37 47 36.594024 3.14 3.83 4.00 4.11 4.26 B3V 125 0
203 * 4 Lib * 14 43 13.5512983361 -24 59 51.905204367   5.72 5.73   5.82 B9.5V 37 0
204 * c02 Cen * 14 44 59.2017716710 -35 11 30.575001422   4.927 4.924     A0IVnn 58 0
205 * 108 Vir * 14 45 30.2060174766 +00 43 02.178514704   5.656 5.665     B9.5V 147 0
206 HD 129858 * 14 46 28.9933866510 -47 26 28.019036207 5.89 5.81 5.74     A1V 51 0
207 * 57 Hya * 14 47 57.5552576453 -26 38 46.195134089   5.751 5.764     B9.5V 45 0
208 HD 130917 * 14 49 58.3986638141 +28 36 56.994690552   5.85 5.80   5.74 A4V 45 0
209 HD 131625 * 14 55 44.7092634511 -33 51 20.809389683   5.353 5.312     A0V 50 0
210 * pi. Lup A * 15 05 07.087230 -47 03 04.54154   4.44 4.58     B5V 69 0
211 * pi. Lup ** 15 05 07.2349623163 -47 03 03.828968181 3.17 3.75 3.89 3.99 4.10 B5 96 0
212 * lam Lup SB* 15 08 50.6128505350 -45 16 47.500979673 3.18 3.88 4.05     B3V 132 0
213 * 4 Ser PM* 15 15 49.0775903584 +00 22 19.695745011   5.800 5.623     A5V 49 0
214 * 50 Boo PM* 15 21 48.5754574863 +32 56 01.294172429   5.312 5.372     B9Vn 74 0
215 * phi02 Lup * 15 23 09.3500506 -36 51 30.552048 3.77 4.39 4.54 4.60 4.74 B4V 124 0
216 * alf CrB EB* 15 34 41.26800 +26 42 52.8940 2.19 2.22 2.24 2.21 2.25 A1IV 461 0
217 * tau Lib SB* 15 38 39.3694957 -29 46 39.895604   3.481 3.642     B2.5V 149 0
218 * iot Ser ** 15 41 33.0546906 +19 40 13.437985   4.563 4.505     A1V 183 0
219 * bet Ser PM* 15 46 11.2543458 +15 25 18.595866 3.81 3.73 3.67 3.61 3.58 A2IV 168 0
220 * ups Ser PM* 15 47 17.3130889275 +14 06 55.487987228   5.802 5.709   5.61 A3V 50 0
221 * mu. Ser ** 15 49 37.20696 -03 25 48.7358 3.39 3.49 3.53 3.54 3.59 B9.5III 107 0
222 * b Sco * 15 50 58.7451174285 -25 45 04.662754169 3.84 4.552 4.635     B1.5Vn 274 0
223 HD 142165 SB* 15 53 53.9144819386 -24 31 59.373187650 4.95 5.350 5.372     B5V 124 0
224 * ksi01 Lup * 15 56 53.4933043331 -33 57 58.012259326   5.18 5.08     A3V 51 0
225 * ksi02 Lup * 15 56 54.1126227028 -33 57 51.334414390   5.61 5.55     B9V 45 0
226 * pi. Sco EB* 15 58 51.1132378 -26 06 50.788602 1.82 2.71 2.91 3.00 3.20 B1V+B2:V: 379 0
227 * pi. Ser * 16 02 17.6918382424 +22 48 16.020768024   4.887 4.817     A3V 82 0
228 * bet01 Sco SB* 16 05 26.2319826 -19 48 19.630018 1.68 2.55 2.62 2.60 2.69 B1V 538 0
229 HD 145454 PM* 16 06 19.6782054767 +67 48 36.484541338   5.407 5.441     A0Vn 52 0
230 * tet Lup * 16 06 35.5467521011 -36 48 08.156046899 3.36 4.027 4.201     B2.5Vn 109 0
231 * ome Sco bC* 16 06 48.4269211 -20 40 09.090235 3.10 3.92 3.97 3.91 3.99 B1V 447 0
232 * 11 Sco * 16 07 36.4157427037 -12 44 43.461505629   5.77 5.77     B9V 56 0
233 * 45 Ser * 16 07 37.5385608067 +09 53 30.265438116   5.834 5.635     A7V 40 0
234 HD 144987 PM* 16 09 52.5899805597 -33 32 44.896551697   5.410 5.497     B8V 36 0
235 * 16 Sco * 16 12 07.3163844483 -08 32 51.292660101   5.545 5.424     A2IV 44 0
236 * c02 Sco SB* 16 12 18.2048972 -27 55 34.945744 3.66 4.413 4.568     B2V 169 0
237 * tet Nor PM* 16 15 15.3179416149 -47 22 19.271046026   5.007 5.124     B8V 41 0
238 * 25 Her ** 16 25 24.1681736016 +37 23 38.579755312 5.790 5.710 5.540     A5V 95 0
239 * i Sco * 16 30 12.4751393 -25 06 54.804270 3.93 4.72 4.79 4.85 4.99 B3V 287 1
240 * lam Oph ** 16 30 54.82314 +01 59 02.1209   3.94 3.90     A1IV 164 0
241 HD 149650 * 16 32 25.6789466521 +60 49 23.886004061 6.010 5.950 5.910     A2V 49 0
242 * sig Her ** 16 34 06.1813704319 +42 26 13.134833754   4.177 4.196 6.02   B9V 184 0
243 * 37 Her ** 16 40 38.6872391557 +04 13 11.243578505   5.749 5.761   5.75 B9V 70 0
244 HD 151862 * 16 49 34.6576921241 +13 15 40.091039470   5.94 5.91     A1V 54 0
245 * mu.01 Sco EB* 16 51 52.2156925062 -38 02 50.635416093 1.98 2.82 2.98     B1V+B 274 0
246 * iot Oph PM* 16 54 00.4715122 +10 09 55.298255 3.98 4.30 4.38     B8V 101 0
247 HD 154445 * 17 05 32.2588605026 -00 53 31.438713756 5.10 5.73 5.61 5.39 5.34 B1V 242 0
248 * e Her PM* 17 17 40.2534373332 +37 17 29.421400051 4.67 4.70 4.65 4.56 4.56 A2V 91 0
249 HD 158460 * 17 25 41.3529428938 +60 02 54.229938580   5.666 5.645     A1Vn 47 0
250 * x Her * 17 26 44.2421588995 +48 15 36.225897337 6.080 5.960 5.830     A4V 58 0
251 HD 158148 SB* 17 26 49.1283478217 +20 04 51.510861781   5.388 5.514     B5V 69 0
252 HD 158352 PM* 17 28 49.6546046389 +00 19 50.248400762   5.644 5.412     A8Vp 114 0
253 * del Ara PM* 17 31 05.9127207 -60 41 01.852144 3.21 3.52 3.62     B8Vn 86 0
254 HD 159170 PM* 17 33 29.8453287630 -05 44 41.291679597   5.790 5.607     A5V 63 0
255 HD 159358 * 17 34 46.3502618113 -11 14 31.195370047   5.540 5.535     B9V 62 0
256 HD 161693 * 17 43 59.1704857171 +53 48 06.163729909 5.780 5.770 5.760     A2V 52 0
257 * gam Oph PM* 17 47 53.5597327 +02 42 26.199985 3.83 3.80 3.75 3.71 3.71 A1VnkA0mA0 366 0
258 * 4 Sgr PM* 17 59 47.5513229478 -23 48 58.026944408   4.698 4.724     A0 87 0
259 * 68 Oph ** 18 01 45.1988377 +01 18 18.277526   4.453 4.429     A0.5Van 142 0
260 * 100 Her B * 18 07 49.5082362043 +26 05 50.360347877   5.92 5.79     A3V 56 0
261 * 100 Her A ** 18 07 49.5672088919 +26 06 04.537521261   5.966 5.819     A3V 61 0
262 HD 166988 ** 18 11 45.1230099912 +33 26 49.402829152 6.050 6.010 5.970     A3V 65 0
263 * t Her * 18 21 01.0202651422 +28 52 11.821053982   5.322 5.115     A8Vn 48 0
264 HD 169111 * 18 22 35.3185707789 +12 01 46.851055536 6.080 6.030 5.980     A2V 31 0
265 HD 170878 * 18 31 04.4489018985 +16 55 42.802524947   5.802 5.750     A2V 51 0
266 HD 170642 * 18 32 21.3314017 -39 42 14.402498   5.233 5.155     A3V 35 0
267 HD 171623 ** 18 35 12.5989619673 +18 12 12.332222703 5.670 5.780 5.790     A0Vn 46 0
268 * lam CrA PM* 18 43 46.9414349214 -38 19 24.394057537   5.180 5.111     A0/1V 37 0
269 HD 173495 ** 18 45 28.36421 +05 30 00.4441   5.87 5.83     A1V+A2V 91 0
270 HD 174262 * 18 48 53.3862592195 +19 19 43.379827386   5.902 5.880     A1V 45 0
271 * del01 Lyr SB* 18 53 43.5592400152 +36 58 18.189132091 4.74 5.425 5.573     B2V 103 0
272 * sig Sgr ** 18 55 15.92650 -26 17 48.2068 1.06 1.923 2.067     B2V 259 0
273 * tet01 Ser PM* 18 56 13.1878925839 +04 12 12.977820598   4.74 4.57     A5V 120 0
274 HD 176162 SB* 18 59 23.8020224 -12 50 25.863906   5.466 5.509     B3/5V 93 1
275 HD 176871 * 19 01 17.3568332638 +26 17 29.076414180   5.598 5.687     B5V 64 0
276 HD 177178 PM* 19 03 32.2470370208 +01 49 07.437890520   5.991 5.815     A4IV/V 53 0
277 * 51 Dra * 19 04 55.1662410506 +53 23 47.952890641   5.37 5.38     A0Vn 54 0
278 * zet Aql PM* 19 05 24.6080155 +13 51 48.518212 2.99 3.00 2.99 2.98 2.98 A0IV-Vnn 325 0
279 * lam Aql PM* 19 06 14.9397099975 -04 52 57.231496924 3.07 3.34 3.43 3.46 3.55 B8.5V 211 0
280 * 1 Sge * 19 15 17.3611130384 +21 13 55.622385944   5.756 5.642     A4V 36 0
281 HD 180555 ** 19 16 26.7908225214 +14 32 40.539409509   5.61 5.63     B9.5V 62 0
282 * bet01 Sgr * 19 22 38.2988181587 -44 27 32.347455419 3.52 3.91 4.01     B9V 71 0
283 * 5 Vul * 19 26 13.2462609696 +20 05 51.839397272   5.585 5.591     A0V 76 0
284 HD 182681 PM* 19 26 56.4827966260 -29 44 35.612461505   5.635 5.644     B8.5V 65 0
285 * iot Cyg PM* 19 29 42.3587204 +51 43 47.205830   3.899 3.755     A5V 125 0
286 HD 184875 * 19 34 41.2618545206 +42 24 45.039482154   5.396 5.336     A2V 47 0
287 V* QS Aql EB* 19 41 05.5283099 +13 48 56.450213   5.907 5.996     B5V 145 1
288 HD 187235 * 19 47 27.7801165127 +38 24 27.408307452   5.728 5.824     B8Vn 52 0
289 * zet Sge ** 19 48 58.660 +19 08 31.35   5.105 5.034 6.62   A3V 150 0
290 * 23 Cyg ** 19 53 17.3787294553 +57 31 24.480998106   5.001 5.132     B5V 87 0
291 * 57 Aql A * 19 54 37.6522492410 -08 13 38.244911253   5.63 5.71     B7Vn 67 0
292 * psi Cyg SB* 19 55 37.7879400302 +52 26 20.139603026   5.12 5.02     A4Vn 68 0
293 HD 189395 * 19 58 37.9811492298 +30 59 01.183944488 5.22 5.439 5.502     B9Vn 65 0
294 * 17 Vul * 20 06 53.4080963906 +23 36 51.927236665   4.891 5.056     B3V 104 0
295 * rho Aql PM* 20 14 16.6190578195 +15 11 51.374752540   5.006 4.946     A1Va 120 0
296 HD 193322 ** 20 18 06.98820 +40 43 55.5001 5.17 5.94 5.84 5.69 5.68 O9IV(n)+B1.5V 270 0
297 * 71 Dra EB* 20 19 36.7273763263 +62 15 26.795820714   5.660 5.709     B9V 73 0
298 * 40 Cyg PM* 20 27 34.2586168914 +38 26 25.259428438 5.74 5.68 5.62     A3V 91 0
299 * omi Cap A PM* 20 29 53.9093761939 -18 34 59.459349039   5.969 5.897     A1V 58 0
300 * zet Del * 20 35 18.5356347 +14 40 27.167509   4.738 4.647     A3Va 74 0
301 * 27 Vul * 20 37 04.6730582107 +26 27 43.000207301   5.528 5.583     B8V 63 0
302 HD 196775 * 20 39 04.9678786281 +15 50 17.509310248 5.110 5.820 5.980     B3V 59 1
303 * 17 Cap * 20 46 09.9878844977 -21 30 50.531706043   5.958 5.902     A1V 35 0
304 * 16 Del ** 20 55 38.5695631986 +12 34 06.860917467 5.740 5.650 5.540     A5V 38 0
305 * 77 Dra * 21 05 29.2654809517 +78 07 35.009737340   5.828 5.907     B8Vn 64 0
306 * tet Cap PM* 21 05 56.8278313 -17 13 58.302085 4.07 4.06 4.07 4.06 4.08 A1V 79 0
307 * chi Cap PM* 21 08 33.6245641296 -21 11 37.225376062   5.320 5.316     A0Van 60 0
308 * eps Mic PM* 21 17 56.2839941 -32 10 21.151520   4.771 4.708     A0V 80 0
309 HD 203245 * 21 19 28.7504084346 +49 30 37.062759934 5.11 5.61 5.74     B6V 66 0
310 HD 204428 * 21 26 44.9696066428 +52 53 54.728903614   5.873 5.987     B7III 31 0
311 * 70 Cyg * 21 27 21.3658637339 +37 07 00.465598878 4.51 5.142 5.293     B3V 69 0
312 * 35 Vul * 21 27 40.0571342311 +27 36 30.932065572   5.421 5.379     A1VmA3 59 0
313 * 7 Cep * 21 27 46.1414392791 +66 48 32.740577662   5.299 5.410     B7V 51 0
314 * 74 Cyg * 21 36 56.9705050843 +40 24 48.581844298   5.220 5.035     A3Vn 77 0
315 * ksi Aqr SB* 21 37 45.1093071 -07 51 15.129919 5.01 4.86 4.69 4.52 4.42 K0III 114 0
316 * lam Cap * 21 46 32.0968955529 -11 21 57.449330234   5.560 5.567     A0V 60 0
317 * tet PsA ** 21 47 44.1499307 -30 53 53.902653   5.058 5.017     A1V 50 0
318 HD 208321 * 21 56 22.7706404695 -37 15 13.159220864   5.518 5.443     A3V 28 0
319 * 17 Peg * 21 56 56.3718356353 +12 04 35.360406966   5.580 5.533     A2Vnn 39 0
320 * 23 Peg * 22 05 34.6746617559 +28 57 50.318559644 5.440 5.640 5.700     B9Vn 56 0
321 * iot Aqr SB* 22 06 26.2274193 -13 52 10.861454 3.91 4.20 4.27 4.32 4.41 B8V 107 0
322 HD 210715 PM* 22 11 09.8925034794 +50 49 24.284430359   5.517 5.377     A5V 48 0
323 HD 211211 PM* 22 14 44.3627213601 +42 57 14.027775457 5.680 5.720 5.720     A2Vnn 51 0
324 * del Tuc ** 22 27 19.9679774154 -64 57 58.929483125   4.48 4.49 6.29   B9Vn 63 0
325 HD 212728 PM* 22 28 37.6704859562 -67 29 20.620997210   5.757 5.564     A3/5V 52 0
326 * rho Cep * 22 29 52.9775215061 +78 49 27.430227867 5.620 5.540 5.460     A3V 31 0
327 * 38 Peg ** 22 30 01.8146972790 +32 34 21.493534510 5.50 5.61 5.65     B9.5V 67 0
328 * alf Lac PM* 22 31 17.5013090 +50 16 56.968200 3.78 3.78 3.77 3.77 3.80 A1V 243 0
329 * 42 Peg PM* 22 41 27.7207176 +10 49 52.907917 3.10 3.33 3.41 3.43 3.50 B8V 286 0
330 * 2 And ** 23 02 36.38176 +42 45 28.0628           A1V 160 0
331 * 59 Peg * 23 11 44.1900351869 +08 43 12.407618244   5.270 5.154     A5Vn 69 0
332 HD 219402 * 23 15 34.2575479993 -03 29 46.964301638   5.61 5.55   5.49 A2V 38 0
333 * psi03 Aqr * 23 18 57.6764666681 -09 36 38.691953631   4.977 5.003     B9V 80 0
334 * b03 Aqr ** 23 33 16.62300 -20 54 52.2155   4.770 4.758     A0V 37 0
335 HD 222109 ** 23 37 32.04280 +44 25 44.3723   5.784 5.846     B8V 73 1
336 * 75 Peg EB* 23 37 56.8025095953 +18 24 02.396413767   5.477 5.482     A0Vn 67 0
337 * iot And * 23 38 08.2012983 +43 16 05.064880 3.90 4.18 4.29 4.29 4.38 B8V 154 0
338 * kap And PM* 23 40 24.5076320 +44 20 02.156595 3.80 4.06 4.14 4.15 4.22 B9IVn 183 0
339 * ome02 Aqr PM* 23 42 43.3447268 -14 32 41.652314   4.448 4.484     B9V 133 0
340 * i01 Aqr * 23 44 12.0785220231 -18 16 36.999934132   5.152 5.239     B9V 87 0
341 HD 223274 * 23 47 54.7685862781 +67 48 24.496589516   5.041 5.044     A1Vn 56 0
342 * del Scl PM* 23 48 55.54658 -28 07 48.9745 4.55 4.58 4.57 4.53 4.55 A0VankB9((_lB)) 135 0
343 * eta Tuc ** 23 57 35.0785168096 -64 17 53.622899148   5.046 4.989     A1V 82 0
344 * sig Cas ** 23 59 00.53819 +55 45 17.7430           B1V 144 0

    Equat.    Gal    SGal    Ecl

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2021.06.22-09:16:13

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