2011A&A...531A.143D


C.D.S. - SIMBAD4 rel 1.7 - 2020.12.03CET19:34:22

2011A&A...531A.143D - Astronomy and Astrophysics, volume 531A, 143-143 (2011/7-1)

Accurate stellar rotational velocities using the Fourier transform of the cross correlation maximum.

DIAZ C.G., GONZALEZ J.F., LEVATO H. and GROSSO M.

Abstract (from CDS):

We propose a method for measuring the projected rotational velocity v sin i with high precision even in spectra with blended lines. Though not automatic, our method is designed to be applied systematically to large numbers of objects without excessive computational requirement. We calculated the cross correlation function (CCF) of the object spectrum against a zero-rotation template and used the Fourier transform (FT) of the CCF central maximum to measure the parameter vsin i taking the limb darkening effect and its wavelength dependence into account. The procedure also improves the definition of the CCF base line, resulting in errors related to the continuum position under 1% even for vsini=280km/s. Tests with high-resolution spectra of F-type stars indicate that an accuracy well below 1% can be attained even for spectra where most lines are blended. We have applied the method to measuring vsin i in 251 A-type stars. For stars with vsin i over 30km/s (2-3 times our spectra resolution), our measurement errors are below 2.5% with a typical value of 1%. We compare our results with Royer et al. (2002A&A...381..105R) using 155 stars in common, finding systematic differences of about 5% for rapidly rotating stars.

Abstract Copyright:

Journal keyword(s): stars: fundamental parameters - stars: rotation - methods: data analysis

VizieR on-line data: <Available at CDS (J/A+A/531/A143): table1.dat>

Simbad objects: 253

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Number of rows : 253

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 HD 319 PM* 00 07 46.9004138978 -22 30 30.805804687   6.055 5.923     A1VbmA2_lB 97 0
2 HD 3719 * 00 38 40.5983880890 -73 08 15.459679547   6.985 6.861     A1mA3-A7 51 0
3 HD 4772 * 00 49 33.4311989544 -23 21 43.705926537   6.41 6.30     A3IV 49 0
4 * sig Scl a2* 01 02 26.4335649704 -31 33 07.211017259   5.586 5.501     A1/2IV 70 0
5 * ups Phe ** 01 07 47.8428874889 -41 29 12.716002027   5.361 5.207     A1(V)+F1(V) 79 0
6 * f Psc PM* 01 17 47.9567070 +03 36 52.084814   5.210 5.137     A1V 95 0
7 HD 9414 * 01 31 39.0062833926 -45 34 32.574690301 6.32 6.23 6.17     A1V 41 0
8 * phi Phe SB* 01 54 22.0336599051 -42 29 48.942723263   5.055 5.109     A3V 104 0
9 * alf Hyi PM* 01 58 46.1946699 -61 34 11.494778 3.33 3.13 2.84 2.55 2.39 F0IV 204 0
10 HD 14417 * 02 19 40.7770778770 -04 20 44.056130154   6.570 6.491     A2V 28 0
11 HD 14943 ** 02 22 54.6752595830 -51 05 31.659045572   6.101 5.898     A5V 32 0
12 * phi For * 02 28 01.7034840409 -33 48 39.738227012   5.205 5.123   5.03 A2.5V 46 0
13 * s Eri SB* 02 39 47.9654399769 -42 53 30.363788605   4.81 4.75     A1Vb 74 1
14 HD 17254 * 02 44 10.5724525370 -52 34 14.150668752   6.235 6.151     A2V 24 0
15 HD 17168 * 02 44 20.5372829596 -32 31 28.973684952   6.235 6.204     A1V 25 0
16 * zet Hyi PM* 02 45 32.6337977530 -67 36 59.832650544   4.886 4.820     A2IV/V 41 0
17 * nu. Hor PM* 02 49 01.4872272860 -62 48 23.486000858   5.352 5.253     A2V 65 0
18 HD 18331 PM* 02 56 37.4250931011 -03 42 44.356726847 5.280 5.250 5.160     A1V 146 0
19 * 4 Eri PM* 02 57 23.7661415506 -23 51 43.792006336   5.68 5.45     A5IV/V 41 0
20 * tet02 Eri PM* 02 58 16.4053309356 -40 18 16.900014010   4.20 4.11     A1V 31 0
21 HD 18543 PM* 02 58 42.0738035288 -02 46 58.434732328   5.23 5.23     A0V 38 0
22 HD 18557 * 02 58 47.3013527753 -09 46 35.407975598 6.47 6.35 6.15 5.96 5.85 A2II/III 52 0
23 HD 20293 * 03 15 00.2714680535 -26 06 01.646607301   6.280 6.240     A1V 35 0
24 HD 20888 PM* 03 17 59.0758770197 -66 55 36.665180331   6.163 6.022     A3V 58 0
25 * chi03 For * 03 28 11.5252498725 -35 51 12.337745156   6.63 6.53     A1V 31 0
26 HD 21882 PM* 03 29 55.1472456381 -42 38 03.320578635   5.955 5.753     A5V 31 0
27 HD 21997 PM* 03 31 53.6468412720 -25 36 50.936416301   6.501 6.372   6.25 A3IV/V 129 0
28 HD 22634 PM* 03 34 24.8315670926 -65 45 51.236741431   6.898 6.738     A3V 26 0
29 HD 22243 * 03 34 37.4717794541 -09 52 05.729222471   6.258 6.239     A0V 29 0
30 HD 23055 * 03 41 22.3899637203 -19 35 03.797418897   6.666 6.578     A3IV/V 28 0
31 HD 23281 * 03 43 33.8334560788 -10 29 08.360757051 5.88 5.80 5.61 5.40 5.30 A5III-IV 81 0
32 * sig For * 03 46 27.4282984166 -29 20 17.363947080   6.016 5.904     A2V 27 0
33 * 32 Eri B * 03 54 17.4068324561 -02 57 10.314138262   6.19 6.09     A1V 37 0
34 HD 25371 * 04 00 40.6549839916 -30 29 26.540586302   5.949 5.919     A1V 33 0
35 HD 27411 PM* 04 18 37.4919030999 -22 58 10.991833387   6.372 6.060     A3mA5-F2 48 0
36 HD 27490 ** 04 19 02.88885 -33 54 16.6261           A2/3V 21 0
37 * ksi Eri PM* 04 23 40.8522386569 -03 44 43.682867342   5.236 5.165     A1V 87 0
38 HD 28312 * 04 26 56.93054 -24 04 52.7539   6.25 6.11     A3V 40 1
39 HD 28763 * 04 31 25.8506849988 -13 38 39.203049128   6.321 6.250     A2/3V 43 0
40 HD 30127 PM* 04 44 07.9818303630 -18 39 59.711500473   5.547 5.522     A1V 48 0
41 HD 30321 PM* 04 46 24.1623556627 -02 57 16.298061454   6.361 6.316     A0/1V 37 0
42 V* EX Eri dS* 04 46 25.7495931083 -28 05 14.805481115   6.347 6.173     A7VkA3mA3 109 0
43 HD 31093 ** 04 51 28.2164423 -34 54 22.634070   5.932 5.833     A2/3V 49 1
44 HD 31739 * 04 58 10.9118217507 -02 12 45.848874144   6.435 6.338     A1V 27 0
45 HD 32667 * 05 03 53.2718891136 -24 23 17.326689073   5.682 5.582     A2IV 34 0
46 HD 37306 * 05 37 08.7722370089 -11 46 31.852773694   6.143 6.089     A1V 45 0
47 * zet Lep * 05 46 57.3409587 -14 49 19.019943   3.637 3.525     A2IV-V(n) 282 0
48 HD 39421 * 05 52 07.7291332434 -09 02 30.840453230   6.045 5.960     A0V 54 0
49 HD 39789 * 05 53 57.5925202023 -19 38 19.691116831   6.776 6.669     A3IV 21 0
50 HD 41759 * 06 05 27.1786348140 -35 30 49.126544162   5.818 5.795     A0V 30 0
51 HD 41841 * 06 06 32.0965674658 -23 06 39.063315687   5.521 5.460     A2V 41 0
52 HD 42824 * 06 12 44.5945300031 -02 30 17.333660917   6.666 6.616     A1V 39 0
53 HD 43319 ** 06 15 29.6734378321 -04 54 52.984745218   6.070 5.998     A3Vas 31 0
54 HD 43847 * 06 16 35.5879394323 -39 15 51.812210473   6.152 5.983     A5II 21 0
55 HD 43940 ** 06 17 09.5644399864 -37 15 12.777786995   6.016 5.872     A2Vn 39 0
56 * alf CMa SB* 06 45 08.91728 -16 42 58.0171 -1.51 -1.46 -1.46 -1.46 -1.43 A1V+DA 1407 0
57 HD 50445 PM* 06 51 42.4213054238 -36 13 48.974966579   6.120 5.940     A3V 26 0
58 HD 50747 * 06 54 24.6498043159 -01 07 37.060219374   5.597 5.435     A3V 53 0
59 * 17 CMa * 06 55 02.7380537841 -20 24 17.552700669   5.833 5.792     A2V 30 0
60 * H Pup PM* 07 03 53.6007468540 -49 35 02.180790164   5.045 4.925     A4IV 41 0
61 * del Mon * 07 11 51.8607792 -00 29 33.970825   4.14 4.15     A0IV 88 0
62 V* HN CMa dS* 07 12 24.1756126101 -27 28 29.118577410   6.763 6.590     A5IV/V 42 0
63 HD 56405 * 07 16 14.5534169283 -15 35 08.472430352   5.519 5.447     A1V 69 0
64 * F Pup * 07 18 33.5127135624 -39 12 37.020151921   5.261 5.243     A0V 30 0
65 * 2 Pup A * 07 45 29.1354383902 -14 41 25.923202011   6.045 5.997     A5/8 32 0
66 * chi Pup V* 07 57 40.1067801759 -30 20 04.449063033 5.10 4.94 4.79 4.59 4.44 A7III 53 0
67 HD 65810 * 07 59 52.0497354281 -18 23 57.154136653 4.77 4.69 4.61 4.46 4.40 A1V 106 0
68 HD 66210 PM* 08 00 14.6893886279 -48 58 53.441740108   6.033 5.996     A2III/IV 22 0
69 HD 68862 * 08 12 51.5550916732 -37 55 28.106533342 6.62 6.51 6.39     A3V 21 0
70 * 21 Pup V* 08 17 23.1315918014 -16 17 06.398912869   6.362 6.308     A1V 24 0
71 HD 70340 * 08 21 20.28431 -01 36 07.3317   6.52 6.50     A0V 91 1
72 HD 70612 * 08 21 24.1868350308 -39 37 14.571516891   6.312 6.143     A4V 30 0
73 HD 71267 * 08 25 55.5902826258 -14 55 46.776556642   6.120 5.951     A3(m)A3-A7 34 0
74 HD 71688 ** 08 27 53.6931646650 -26 07 58.484709556   6.713 6.600     A1/2V 19 0
75 HD 71815 * 08 28 36.0390630298 -23 04 15.523454353   6.551 6.494     A1/2V 23 0
76 HD 72660 * 08 34 01.6143548549 -02 09 05.594896178   5.797 5.792     A0V 115 0
77 * 3 Hya a2* 08 35 28.1988529456 -07 58 56.252306934 5.68 5.69 5.72     A1VpSrCr 153 0
78 HD 74341 ** 08 40 43.52558 -57 32 43.7625   6.54 6.34     A4V+F7V 30 1
79 HD 73997 * 08 41 01.6209614968 -09 03 07.190631324   6.637 6.630     A0V 33 0
80 HD 74190 * 08 42 09.8123587449 -11 57 57.617864318   6.603 6.449     A3III/IV 24 0
81 HD 75171 PM* 08 44 29.9582897171 -65 49 31.548962800   6.232 6.021     A4V 38 0
82 HD 74879 * 08 45 49.2754015577 -25 23 17.147608732   6.156 6.057     A3IV/V 25 0
83 * h Vel * 08 49 39.1584203197 -40 19 12.567768594   5.530 5.465     A2/3IV 22 0
84 HD 75926 * 08 51 27.8097649318 -42 30 16.210099775   6.571 6.524     A1V 21 0
85 * 15 Hya SB* 08 51 34.4095771137 -07 10 37.994049326       7.01   A2/3V 48 0
86 * del Pyx PM* 08 55 31.5596844828 -27 40 54.690384252   5.00 4.89     A3IV 48 0
87 * b02 Car PM* 08 59 24.1816244643 -59 05 01.356913206   5.58 5.16     F4V 69 0
88 * alf Vol ** 09 02 26.7959209 -66 23 45.872743   4.144 3.990     kA3hA5mA5V 100 1
89 HD 78676 * 09 08 43.5313367652 -26 46 03.355336737   6.317 6.144     A4IV 25 0
90 * eps Pyx * 09 09 56.4095344291 -30 21 55.442865933   5.765 5.593     A4IV 48 0
91 * 21 Hya Al* 09 12 26.0495334429 -07 06 35.289551825   6.328 6.098     A0mA5/7-F0 110 0
92 * bet Car PM* 09 13 11.97746 -69 43 01.9473 1.72 1.69 1.69 1.63 1.61 A1III- 212 0
93 HD 80951 ** 09 17 25.17081 -74 53 39.5506   5.31 5.29     A1V 35 0
94 HD 80447 PM* 09 19 33.8941280238 -11 18 53.868427215   6.703 6.618     A1V 26 0
95 HD 81157 PM* 09 21 50.0282288005 -55 30 52.864412317   5.799 5.608     A3IV(s) 36 0
96 HD 81309 PM* 09 23 44.8622738797 -37 45 24.841940552   6.655 6.469     A1mA5-F0 18 0
97 HD 82068 PM* 09 26 44.0896221929 -64 55 46.918132262   6.191 6.039     A3Vn 26 0
98 * tau02 Hya * 09 31 58.9252120278 -01 11 04.787177496   4.644 4.548     A2V 61 0
99 HD 83523 PM* 09 36 05.1827280829 -64 57 00.878582548   6.639 6.568     A2V 21 0
100 HD 83520 ** 09 37 12.65194 -53 40 06.6340   5.592 5.467     A2/3V 30 0
101 * gam Sex ** 09 52 30.43727 -08 06 18.1269       6.46   A0/1V 107 0
102 HD 86266 ** 09 56 46.8466826640 -26 32 58.816698973   6.50 6.28     A6V 30 1
103 V* BF Ant dS* 09 56 54.0921456995 -27 28 30.557510103   6.481 6.312     A4V 22 0
104 HD 88024 * 10 08 45.6545195934 -10 53 05.230398728   6.557 6.540     A0IV 21 0
105 HD 88372 * 10 11 17.7641892003 -07 18 59.839449814   6.248 6.225     A0V 35 0
106 HD 88522 ** 10 12 02.8517850 -28 36 21.448535   6.29 6.28     A0V 35 1
107 HD 88842 ** 10 13 27.99391 -51 45 20.8310           A3IV/V 27 0
108 * q Vel PM* 10 14 44.1557297 -42 07 18.993292 3.98 3.90 3.85 3.83 3.81 A2Va 120 0
109 HD 89263 ** 10 16 03.21020 -59 54 12.2710   6.42 6.22     A5V 48 1
110 HD 89816 PM* 10 21 28.6638473289 -23 42 38.999712149   6.652 6.469     A4IV/V 24 0
111 HD 90630 * 10 24 44.5119939322 -73 58 18.230767661   6.247 6.174     A2/3V 19 0
112 HD 90874 PM* 10 27 25.2837832220 -65 42 16.778605330   6.084 5.991     A2V 33 0
113 HD 91790 * 10 35 38.8679608541 -18 34 08.142669937   6.661 6.479     A5IV/V 28 0
114 * b01 Hya * 10 46 52.0543182233 -17 17 48.736026099   5.53 5.44     A3V 30 0
115 * 40 Sex ** 10 49 17.27285 -04 01 26.1344       7.88 6.38 A2/3III/IV 35 0
116 HD 93905 * 10 49 57.0187665258 -34 03 29.450602251   5.630 5.599     A1V 23 0
117 * 41 Sex SB* 10 50 18.0566575217 -08 53 51.950564361   5.949 5.791     A2/3III 72 0
118 V* IW Vel dS* 10 57 07.8469328286 -50 45 54.062230326   6.061 5.898     A4V 42 0
119 * eta Oct PM* 10 59 13.7574485011 -84 35 38.019472612   6.283 6.185     A1V 32 0
120 * i Vel * 11 00 09.2642360 -42 13 33.092396 4.62 4.50 4.39 4.26 4.19 A3V 82 0
121 HD 96146 ** 11 04 54.1950557515 -35 48 16.808613885   5.430 5.414     A0V 30 0
122 HD 96441 PM* 11 06 38.8529318274 -28 43 39.269803881   6.782 6.744     A1V 24 0
123 HD 96723 * 11 08 15.7762253850 -29 58 20.952938153   6.487 6.453     A1V 17 0
124 HD 103101 PM* 11 52 10.2798752561 -56 59 15.864422002   5.607 5.559     A2V 22 0
125 HD 103266 PM* 11 53 26.8091852332 -35 03 59.909625019   6.243 6.167     A1V 28 0
126 HD 104039 * 11 58 54.3737384206 -25 54 31.889584301   6.440 6.416     A1IV/V 25 1
127 HD 105776 PM* 12 10 33.8170264113 -37 52 13.255476785   6.249 6.063     A5V 25 0
128 * 3 Crv PM* 12 11 03.8398744643 -23 36 08.722132312   5.52 5.47     A1V 49 0
129 HD 106819 * 12 17 03.3327700542 -16 41 37.444097413   6.17 6.07     A2V 28 0
130 * 13 Vir * 12 18 40.3180597216 -00 47 13.868711231   6.049 5.897     A5IV/V 42 0
131 HD 108107 PM* 12 25 11.7646806651 -11 36 38.118943808   5.971 5.926     A1V 31 0
132 HD 108925 * 12 31 16.7192755816 -57 04 52.786384504   6.58 6.45     A3V 38 0
133 HD 109074 * 12 32 04.3894411943 -32 32 01.538838168   6.636 6.460     A3V 23 0
134 * f Vir * 12 36 47.3545143962 -05 49 54.840760896   5.94 5.88   5.80 A3V 56 0
135 * tau Cen PM* 12 37 42.1634721166 -48 32 28.709954610 3.94 3.91 3.86 3.81 3.77 A1IVnn 96 0
136 HD 111588 * 12 50 57.8779209427 -52 47 14.745806262   5.816 5.700     A5V 32 0
137 * tet Vir ** 13 09 56.9843568248 -05 32 20.465727623   4.385 4.397     A1IVs 243 0
138 HD 114576 ** 13 11 39.1980041 -26 33 06.204491   6.69 6.50     A5V 57 0
139 * iot Cen PM* 13 20 35.8173695 -36 42 44.244688 2.77 2.76 2.73 2.68 2.69 kA1.5hA3mA3Va 191 0
140 HD 116061 PM* 13 21 29.7699539948 -19 29 21.461698413   6.30 6.21     A2/3V 30 0
141 HD 116197 * 13 22 52.51410 -47 56 35.5871   6.437 6.241     A4V 30 1
142 * K Cen * 13 29 25.2547068765 -51 09 54.504778902   5.081 5.030     A1V 28 0
143 HD 117558 PM* 13 31 33.1676937035 -28 06 45.858601090   6.556 6.478     A1V 31 0
144 * zet Vir PM* 13 34 41.5933793869 -00 35 45.009664548 3.58 3.50 3.38 3.31 3.25 A2Van 183 0
145 HD 119938 PM* 13 47 27.6404765320 -50 14 57.436739715   6.179 5.910     A3mA5-F0 30 0
146 HD 122958 * 14 05 14.0135107387 -16 20 09.546993606   6.661 6.575     A1/2V 22 0
147 HD 124576 * 14 15 01.2502839171 -29 16 54.858536352   6.12 6.09     A1V 24 0
148 * eta Aps PM* 14 18 13.8951765209 -81 00 27.927600462   5.130 4.889     A2mA7-F2 46 0
149 HD 125283 ** 14 19 23.8801742982 -37 00 10.459252871   6.002 5.925     A2Vn 45 0
150 HD 126367 * 14 25 29.8914326425 -19 58 11.938435225   6.709 6.595     A1/2V 39 0
151 * 104 Vir PM* 14 27 24.3868815842 -06 07 13.213753693   6.267 6.161     A1V 28 0
152 HD 127716 * 14 34 07.9664736841 -42 05 57.324898228   6.648 6.594     A2IV 16 0
153 * alf02 Lib SB* 14 50 52.71309 -16 02 30.3955 2.99 2.90 2.75 2.61 2.57 kA2hA5mA4IV-V 205 0
154 * 59 Hya ** 14 58 39.25472 -27 39 26.3319           A5/7IV 55 0
155 HD 133112 PM* 15 02 44.8679915475 -03 01 52.986005307   6.788 6.618     A4/5IV/V 34 0
156 * kap02 Lup PM* 15 11 57.6753357643 -48 44 37.265568394   5.625 5.498     A3/5V 34 0
157 * iot02 Lib PM* 15 13 19.1902830874 -19 38 51.280863518   6.190 6.066     A2V 33 0
158 HD 135235 * 15 15 53.6727701038 -48 04 25.268179633   6.160 5.958     A2IIIs 24 0
159 * bet Cir PM* 15 17 30.8501567 -58 48 04.337319   4.153 4.057     A3Va 110 0
160 HD 137015 ** 15 25 06.4300668511 -38 10 09.259678923   7.12 7.03     A1/2V 36 1
161 HD 138413 * 15 32 36.7010728215 -19 40 13.645968156   5.70 5.52     A2IV 65 0
162 HD 138965 PM* 15 40 11.5552330656 -70 13 40.380227655   6.499 6.424     A1V 41 0
163 * rho Oct PM* 15 43 16.9268282193 -84 27 54.989988256   5.676 5.568 5.76   A1/2V 34 0
164 HD 141413 * 15 52 56.7315156715 -65 09 08.998494697   6.729 6.533     A5IV 13 0
165 * 4 Sco * 15 55 30.0740212188 -26 15 57.541857532   5.753 5.625     A3V 26 0
166 HD 142139 PM* 15 56 05.9108171486 -60 28 56.941893351 5.89 5.82 5.76     A1IV/V 39 0
167 * ksi01 Lup * 15 56 53.4933043331 -33 57 58.012259326   5.18 5.08     A3V 51 0
168 HD 143101 PM* 16 01 06.4684930548 -54 34 40.461448399   6.369 6.124     A5V 21 0
169 * psi Sco * 16 12 00.0104347630 -10 03 50.835285121   5.029 4.928     A1V 82 0
170 * 16 Sco * 16 12 07.3163844483 -08 32 51.292660101   5.545 5.424     A2IV 43 0
171 HD 145689 PM* 16 17 05.4100392664 -67 56 28.624694971   6.090 5.944     A3V 55 0
172 * lam Nor ** 16 19 17.6466043 -42 40 26.301386   5.533 5.440     A3V 27 0
173 * ups Oph SB* 16 27 48.1871985 -08 22 18.224465   4.80 4.63     kA2hA5VmA5 131 0
174 HD 150573 * 16 43 45.6795142312 -41 07 09.138065222   6.340 6.199     A4V 23 0
175 HD 150894 V* 16 45 00.1904283656 -28 30 34.766505549   6.073 5.982     A3IV 29 1
176 V* V1010 Oph bL* 16 49 27.6691070212 -15 40 04.682104216   6.40 6.19     A3V 143 0
177 * 21 Oph ** 16 51 24.9285171 +01 12 57.410669   5.56 5.51     A0V 87 0
178 HD 153053 PM* 17 00 06.2789678787 -54 35 49.838089105   5.816 5.633     A5IV/V 34 0
179 * 60 Her PM* 17 05 22.6906587508 +12 44 26.981639397   5.001 4.871     A3V 117 0
180 * 28 Sco PM* 17 06 11.7910496158 -21 33 52.497927804   6.413 6.282     A1mA2-A5/7 27 0
181 HD 154310 * 17 06 20.1896222097 -37 13 39.329253567   6.05 5.98     A2IV 25 1
182 HD 154895 ** 17 08 13.6540932638 -01 04 46.081839239       7.45   A1V 70 0
183 HD 155259 PM* 17 12 16.2045284345 -39 30 25.014258312   5.702 5.655     A0/1V 35 0
184 * pi. Ara PM* 17 38 05.5156207477 -54 30 01.570465111   5.431 5.242     A5IV/V 83 0
185 * omi Ser dS* 17 41 24.8728627 -12 52 31.108612   4.310 4.228     A2Va 90 0
186 * 68 Oph ** 18 01 45.1988377 +01 18 18.277526   4.453 4.429     A0.5Van 142 0
187 CD-43 12272A PM* 18 06 49.8928156699 -43 25 30.802222535   5.84 5.62     A6V 60 0
188 CD-43 12272B PM* 18 06 49.9145186625 -43 25 29.100604912   5.94 5.68     A7V 31 0
189 HD 166393 ** 18 11 14.78266 -19 50 31.0299   6.62 6.50     A2V 48 0
190 HD 166960 * 18 13 09.9997572316 -04 00 41.794522635   6.839 6.574     A2mA5/7-F2 44 0
191 HD 167564 * 18 15 57.9317179389 -03 37 04.681783975   6.533 6.349     A3IV/V 27 0
192 HD 169853 * 18 28 27.1145536638 -38 59 44.412283756   5.756 5.624     A2mA2-F0 20 0
193 HD 170384 * 18 31 02.9483516821 -41 54 49.801696863   6.158 6.018     A3V 23 0
194 HD 170479 * 18 31 04.8414699868 -32 59 20.753703372   5.566 5.386     A5V 28 1
195 HD 170642 * 18 32 21.3314017 -39 42 14.402498   5.233 5.155     A3V 34 0
196 HD 171856 PM* 18 37 54.4267174769 -21 23 51.815796833   6.113 5.931     A5IV 49 0
197 * lam CrA PM* 18 43 46.9414349214 -38 19 24.394057537   5.180 5.111     A0/1V 36 0
198 HD 172555 PM* 18 45 26.9004853 -64 52 16.539796   4.967 4.767     A7V 239 0
199 * eta01 CrA * 18 48 50.4921632133 -43 40 48.197725558   5.569 5.456     A3V 30 0
200 * tet01 Ser PM* 18 56 13.1878925839 +04 12 12.977820598   4.74 4.57     A5V 118 0
201 * tet02 Ser PM* 18 56 14.6408535861 +04 12 07.657485080   5.18 4.98     A5Vn 65 0
202 * zet Sgr ** 19 02 36.73024 -29 52 48.2279   2.685 2.585     A2.5Va 160 0
203 * g Aql ** 19 02 54.5010526943 -03 41 56.288077922   5.39 5.40     B9IV 49 0
204 * alf CrA PM* 19 09 28.3409747 -37 54 16.102206   4.146 4.087     A2Va 104 0
205 * 22 Aql * 19 16 31.0317962123 +04 50 05.252285283   5.646 5.569     A1V 42 0
206 * ome02 Aql * 19 19 53.0671299568 +11 32 05.872177261   6.097 6.012     A2V 53 0
207 HD 183545 * 19 30 54.0465629539 -21 18 44.055675474   6.25 6.13     A2V 20 0
208 * h01 Sgr dS* 19 36 01.6532242287 -24 43 08.693058237   5.809 5.640     A1mA2-F0 102 0
209 HD 184586 PM* 19 39 52.1817023085 -66 41 07.823886302   6.398 6.370     A1V 19 0
210 HD 187421 * 19 52 39.1313488422 -54 58 35.201405108   6.507 6.366     A1/3V 18 0
211 HD 187653 * 19 54 40.4408722599 -61 10 14.844480276   6.370 6.205     A4V 26 0
212 * g Sgr PM* 19 57 57.0213689115 -15 29 29.327142553   5.058 4.998     A2V 71 0
213 * tet02 Sgr PM* 19 59 51.3569733049 -34 41 52.083680302   5.465 5.299     A4/5IV 33 0
214 HD 189388 * 20 01 26.7787211633 -40 48 51.602690342   6.412 6.306     A2/3V 27 0
215 * 63 Sgr * 20 01 58.5993084478 -13 38 13.979036473   5.753 5.690     A1IV 33 0
216 * 17 Cap * 20 46 09.9878844977 -21 30 50.531706043   5.958 5.902     A1V 34 0
217 * eps Aqr * 20 47 40.5526029 -09 29 44.787712 3.79 3.77 3.77 3.70 3.70 B9.5V 257 0
218 CD-62 1338A PM* 20 51 38.5079641449 -62 25 45.594366275   6.35 6.21 6.55   A3IV(n) 69 0
219 CD-62 1338B PM* 20 51 38.8562507171 -62 25 45.255721251   6.74 6.56     A3III 33 0
220 * bet Mic * 20 51 58.7618105311 -33 10 40.705762649   6.073 6.055     A1IV 20 0
221 * mu. Aqr SB* 20 52 39.2327670 -08 58 59.949931   5.034 4.717     A3II 109 0
222 HD 199475 * 21 01 28.0181583701 -68 12 34.595722061   6.460 6.360     A2V 20 0
223 HD 201906 * 21 18 16.2482666076 -75 20 48.318221031   6.627 6.605   6.56 A1V 18 0
224 * tet Ind ** 21 19 51.9895536 -53 26 57.931471           A5IV-V+G0V 65 0
225 * bet Equ PM* 21 22 53.6136517726 +06 48 40.112475890   5.208 5.148     A3V 46 0
226 * 5 PsA * 21 29 03.7416497887 -31 14 18.816271389   6.53 6.50     A1V 15 0
227 * 6 PsA V* 21 32 14.5711275549 -33 56 40.646562707   6.016 5.958     A2V 23 1
228 HD 205765 * 21 37 33.7627729975 -00 23 26.021705165   6.274 6.214     A0V 46 0
229 * 3 Peg PM* 21 37 43.6456201437 +06 37 06.205381776   6.211 6.177   6.13 A2V 63 0
230 * tet PsA ** 21 47 44.1499307 -30 53 53.902653   5.058 5.017     A1V 49 0
231 HD 208321 * 21 56 22.7706404695 -37 15 13.159220864   5.518 5.443     A3V 27 0
232 * 17 Peg * 21 56 56.3718356353 +12 04 35.360406966   5.580 5.533     A2Vnn 38 0
233 * mu. PsA PM* 22 08 23.0147774398 -32 59 18.378259174 4.60 4.55 4.50 4.43 4.38 A1.5IVn 117 0
234 HD 210739 ** 22 12 57.4841027860 -26 19 40.051295327   6.351 6.182     A2Vp 33 0
235 HD 212728 PM* 22 28 37.6704859562 -67 29 20.620997210   5.757 5.564     A3/5V 50 0
236 HD 213884 PM* 22 35 52.9315080707 -57 53 01.505148044   6.425 6.224     A5V 21 0
237 * sig01 Gru PM* 22 36 29.3023013443 -40 34 57.739087367   6.392 6.276     A3V 27 0
238 * sig02 Gru PM* 22 36 58.8536610216 -40 35 27.724694639   5.926 5.874     A1V 25 0
239 V* VZ PsA EB* 22 38 51.4663674062 -33 04 52.851444393   5.71 5.66     A0V 43 0
240 HD 215729 * 22 49 17.4702901387 -70 20 52.744374187   6.423 6.333     A2V 16 0
241 * del Aqr PM* 22 54 39.0114202204 -15 49 14.848081697 3.41 3.33 3.28 3.21 3.17 A3Vp 145 0
242 HD 216900 ** 22 56 51.4685568 +11 50 54.011509           A3Vs 33 0
243 * alf PsA ** 22 57 39.04625 -29 37 20.0533 1.31 1.25 1.16 1.11 1.09 A4V 1129 3
244 HD 217498 * 23 01 23.0444161255 -22 47 27.221819786   6.41 6.28     A2V 22 0
245 HD 218108 PM* 23 08 23.8419232812 -79 28 50.477789764   6.246 6.108     A3/4V 30 0
246 HD 219402 * 23 15 34.2575479993 -03 29 46.964301638   5.61 5.55   5.49 A2V 37 0
247 * 14 Psc PM* 23 34 09.0154695867 -01 14 51.215514001   6.193 5.870     A2II 66 0
248 * iot Phe a2* 23 35 04.5708228254 -42 36 54.540881385 4.86 4.79 4.71 4.59 4.52 ApSrCrEu 110 1
249 HD 222602 V* 23 41 56.6900486870 +07 15 01.970783572   5.985 5.891     A3Vn 35 0
250 * 21 Psc * 23 49 27.4741962809 +01 04 34.060030706   5.93 5.70     A3III 54 0
251 HD 223466 * 23 49 49.5958320785 -25 19 52.999274346   6.54 6.42     A3V 32 0
252 HD 223991 ** 23 54 21.40694 -27 02 34.4460   6.55 6.35     kA2hA2VmA4+F2V 47 0
253 HD 224361 ** 23 57 19.9059187242 -62 57 23.746643231   6.042 5.943     A1IV 30 0

    Equat.    Gal    SGal    Ecl

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2020.12.03-19:34:22

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