2005A&A...441..631P


C.D.S. - SIMBAD4 rel 1.7 - 2020.07.05CEST07:26:54

2005A&A...441..631P - Astronomy and Astrophysics, volume 441, 631-640 (2005/10-2)

On the detection of chemically peculiar stars using Δa photometry.

PAUNZEN E., STUETZ C. and MAITZEN H.M.

Abstract (from CDS):

We have summarized all Δa measurements for galactic field stars (1474 objects) from the literature published over more than two decades. These measurements were, for the first time, compiled and homogeneously analyzed. The Δa intermediate band photometric system samples the depth of the 5200Å flux depression by comparing the flux at the center with the adjacent regions with bandwidths of 110Å to 230Å. Because it was slightly modified over the last three decades, we checked for systematic trends for the different measurements but found no correlations whatsoever. The Δa photometric system is most suitable to detecting magnetic chemically peculiar (CP) stars with high efficiency, but is also capable of detecting a small percentage of non-magnetic CP objects. Furthermore, the groups of (metal-weak) λ Bootis, as well as classical Be/shell stars, can be successfully investigated. In addition, we also analyzed the behaviour of supergiants (luminosity class I and II). On the basis of apparent normal type objects, the correlation of the 3σ significance limit and the percentage of positive detection for all groups was derived. We compared the capability of the Δa photometric system with the Δ(V1-G) and Z indices of the Geneva 7-color system to detect peculiar objects. Both photometric systems show the same efficiency for the detection of CP and λ Bootis stars, while the indices in the Geneva system are even more efficient at detecting Be/shell objects. On the basis of this statistical analysis it is possible to derive the incidence of CP stars in galactic open cluster and extragalactic systems including the former unknown bias of undetected objects. This is especially important in order to make a sound statistical analysis of the correlation between the occurrence of these objects and astrophysical parameters such as the age, metallicity, and strength of global, as well as local, magnetic fields.

Abstract Copyright:

Journal keyword(s): stars: chemically peculiar - stars: early-type - techniques: photometric

VizieR on-line data: <Available at CDS (J/A+A/441/631): table4.dat>

Simbad objects: 326

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Number of rows : 326

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 HD 225253 * 00 04 41.3081198002 -71 26 12.805121068 5.05 5.477 5.585     B8IV/V 51 0
2 * 4 Cet V* 00 07 44.1112972841 -02 32 55.252457946 5.82 6.29 6.43     ApSi 80 0
3 * lam01 Phe PM* 00 31 24.9820004946 -48 48 12.675909573   4.79 4.77     A1Va 53 0
4 HD 2957 a2* 00 32 44.0828101779 -13 29 13.459867013   8.527 8.49     ApCrEu 29 0
5 HD 4158 * 00 43 54.0507216077 -20 23 59.224550251   9.76 9.54     F2VkA1.5mA1.5_lB 35 0
6 V* BC Cet a2* 00 57 32.5148364367 -10 28 32.791671322   7.59 7.63     ApSi 33 0
7 HD 6164 * 01 02 49.3688682556 +07 30 02.761942636   7.82 7.82     ~ 38 0
8 HD 6173 * 01 03 29.8962019509 +50 32 15.680418487   8.65 8.52     A0IIIn 16 0
9 HD 6322 * 01 04 01.5655549164 -18 33 55.414203034   9.17 9.23     B9V 32 0
10 HD 6783 * 01 05 31.3044921593 -77 35 04.751940711   7.89 7.94     ApSi 25 0
11 HD 8783 a2* 01 24 00.4283049556 -72 19 27.859456600   7.94 7.81     ApSrCrEu 36 0
12 HD 16145 a2* 02 35 04.2031671525 -17 17 22.338534645   7.75 7.64     ApCrEuSr 20 0
13 HD 18610 * 02 54 18.0037969747 -73 27 09.943492059   8.48 8.14     ApEuCrSr 28 0
14 NAME Magellanic Clouds GrG 03 00 -71.0           ~ 5665 1
15 V* EE Eri a2* 03 10 18.0935889150 -01 41 40.968723895   7.32 7.35     B9V 54 0
16 HD 21590 * 03 29 42.5658504402 +16 45 44.375042995   6.993 7.036     A0p 48 0
17 HD 23207 PM* 03 42 44.5605228671 -18 42 49.676433504   7.79 7.54     ApSrEuCr 28 0
18 * 286 Ret a2* 04 16 20.9736650 -60 56 54.520969   6.444 6.366     ApEuCr(Sr) 52 1
19 HD 28299 * 04 25 46.4825172419 -44 51 15.492381628   7.44 7.58     ApSi 16 0
20 HD 28365 * 04 27 56.4008582878 -13 27 52.258460100   8.35 8.42     ApSi 20 0
21 HD 29435 * 04 36 50.9309748406 -30 43 00.398383207   6.190 6.271     ApSi 32 0
22 HD 29925 * 04 43 00.3773315880 +01 06 28.377504724   8.24 8.33     ApSi 26 0
23 HD 31726 * 04 57 44.6843314854 -14 13 54.892643658   5.939 6.139     B2V 117 0
24 V* V1360 Ori a2* 05 01 06.0227461698 +03 43 02.360702801   7.11 7.24     B8II 32 0
25 HD 32432 * 05 02 48.6933724788 -08 12 34.049589519   7.76 7.80     B9V(pSi) 20 0
26 V* TT Pic a2* 05 16 37.8202582134 -45 54 49.441922974   6.92 7.01     ApSi 31 0
27 HD 34427 * 05 17 38.9547956468 +07 09 02.966899199   8.75 8.73     ~ 12 0
28 HD 34736 V* 05 19 21.2292109318 -07 20 50.042389180   7.74 7.82     ApSi 28 0
29 V* V1159 Tau a2* 05 20 18.2956470234 +19 34 41.616269262 6.290 6.650 6.680     A0p 53 0
30 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 14826 1
31 HD 35353 * 05 23 43.6352234193 -08 17 22.519399176   7.87 7.66     ApSrEuCr 26 0
32 V* V1046 Ori SB* 05 35 21.8676961627 -04 29 39.040870983 5.66 6.43 6.56 6.61 6.74 B2/3V 282 0
33 HD 37189 a2* 05 36 09.7739854942 -13 49 20.354803859   8.60 8.64     ApSi 14 0
34 HD 37140 a2* 05 36 18.7626397020 -00 18 13.190150263 8.24 8.65 8.55 8.37 8.31 B8II 81 0
35 HD 38043 * 05 38 02.1745880364 -64 54 33.671949683   9.67 9.45 9.37 9.273 F1VkA5mA3_lB? 22 0
36 * sig Ori E Y*O 05 38 47.2050001416 -02 35 40.514907495 5.66 6.38 6.46 6.84 7.08 B2IV-Vp_He 400 0
37 CCDM J05396-2509AB ** 05 39 34.25739 -25 08 53.5085   8.6 8.14     ApSi 13 1
38 V* V1051 Ori a2* 05 40 46.1919124352 -10 24 31.190641819 5.88 6.36 6.52     B9III 76 0
39 HD 38719 * 05 44 20.1167964323 -56 54 57.813268002   7.57 7.50     ApCrSrEu 16 0
40 HD 38698 a2* 05 47 02.8876664298 -14 28 26.752735520   9.11 9.10     ApSi 16 0
41 V* V1054 Ori a2* 05 48 25.5043034079 -00 45 34.613003738   7.69       ApSrEuCr 47 0
42 HD 39353 * 05 49 51.1244427557 -43 21 52.699198468   7.44 7.56     ApSi 19 0
43 HD 39082 a2* 05 50 23.8510108582 +04 57 24.274268577   7.44 7.42     ApEuCrSr 36 0
44 HD 40277 * 05 51 26.3296809546 -70 28 45.810210491   8.49 8.33     ApSrCr(Eu)pec 21 0
45 * 137 Tau a2* 05 52 22.2917912614 +14 10 18.430746679   5.532 5.586     A0VpSiSrCr 93 0
46 V* XX Lep a2* 05 52 23.8349365958 -26 17 28.179836554   7.83 7.83     ApEuCrSr 20 0
47 HD 40071 a2* 05 56 06.1200109481 -13 08 07.153911209   8.01 8.06     ApSi 19 0
48 HD 40383 a2* 05 58 37.5017756691 +04 29 33.592358685   9.17 8.98     ApSi 13 0
49 HD 40759 * 06 00 45.7301057316 -03 53 44.412229615   8.59 8.53     ApEuCr(Sr) 27 0
50 HD 40711 SB* 06 01 01.2931267452 +10 24 05.397699083   8.76 8.57     ApSrCrEu 30 0
51 HD 40998 * 06 02 10.8135497721 -07 17 22.257046728   7.00 7.13     ApSi 11 0
52 HD 41403 * 06 05 02.2364746310 +02 06 37.100081640   7.68 7.63     ApEuCr 26 0
53 HD 42326 * 06 09 16.8780374084 -17 17 29.742471850   7.79 7.70     ApEuCrSr 20 0
54 HD 42335 * 06 10 05.3309036952 -00 18 08.555208117   8.45 8.39     ApSi 18 0
55 V* V653 Mon a2* 06 11 01.2130821151 -06 45 15.173122096   6.16 6.15     B9/9.5IV/V 37 0
56 HD 42576 * 06 11 11.3966206074 -06 53 58.029169496   9.09 8.99     ApSiCr 10 0
57 HD 43408 * 06 16 05.1380287473 +00 52 33.706312110   8.03 8.02     B9V 16 0
58 HD 43901 * 06 16 13.9173166931 -47 49 46.140630361   8.49 8.20     ApSrCrEu 18 0
59 HD 44293 * 06 19 05.4595707368 -41 04 27.728692149   7.69 7.74     A0(IIIp)s 19 0
60 HD 44290 a2* 06 20 28.1611033335 -14 11 48.354674062   8.54 8.51     ApEuCr 20 0
61 HD 44456 a2* 06 21 55.4210911650 +00 18 15.172623571   8.53 8.52     ApSiSr 21 0
62 HD 44947 * 06 24 43.0750299244 +00 54 30.664433542   8.96 8.73     ApSrEuCr 16 0
63 V* AH Col a2* 06 25 42.4582793874 -35 41 50.685426980   7.85 7.88     ApSi 24 0
64 HD 45698 a2* 06 27 11.3335002660 -37 06 07.318706399   8.33 8.15     ApSrEu(Cr) 17 0
65 V* V682 Mon a2* 06 28 10.7658829483 -04 53 56.509693156   7.85 7.97     ApSi 73 0
66 V* V648 Mon a2* 06 28 13.9587805099 +05 16 20.122699299   7.556 7.603 8.69   A0IIIpSiSr 41 0
67 HD 258583 a2* 06 30 22.2906946758 +08 39 36.994577546   8.72 8.76     B9pSi 13 0
68 V* AL Col a2* 06 31 45.1943660 -37 10 23.222270   7.46 7.56     ApSi 25 0
69 HD 47144 ** 06 35 24.21831 -36 46 47.5626   5.63 5.77     A0V 37 1
70 HD 47116 * 06 36 05.0599673467 -24 07 07.560687323   7.71 7.70     ApSi 27 0
71 HD 47432 Pu* 06 38 38.1876436469 +01 36 48.677975295 5.67 6.44 6.31 6.11 6.04 O9.7Ib 172 1
72 HD 47714 a2* 06 39 32.6562294669 -11 41 51.645166025   7.91 7.94     ApSi 19 1
73 V* V734 Mon a2* 06 40 06.3026258647 -10 18 38.623646004   8.49 8.54     ApSi 19 0
74 HD 48729 a2* 06 42 38.4805565442 -43 30 29.446686683   9.36 9.38     ApSi 13 0
75 HD 49028 * 06 45 02.5573178182 -30 35 11.059870992 5.91 6.41 6.53     B8IV 54 1
76 HD 50221 a2* 06 50 17.7731276619 -40 55 19.652982843   8.77 8.84     ApSi 12 0
77 HD 50166 * 06 52 14.6528897512 +06 30 35.493579898   8.74 8.75     ~ 7 0
78 HD 50461 a2* 06 53 07.9950730009 -07 45 55.981419773   7.74 7.80     ApSi 31 0
79 HD 50403 * 06 54 03.6319375426 +22 15 45.164808961   9.53 9.27     ApSrEu 13 0
80 HD 50825 * 06 54 05.7271486332 -17 54 13.367683191   8.13 8.15     ApSi 14 0
81 CCDM J06564+0312AB ** 06 56 22.731 +03 11 48.48   8.5 8.67     ApSi 13 0
82 HD 51684 ** 06 56 29.8901047575 -40 59 25.039364976   8.25 7.94     ApSrEuCr 34 0
83 HD 51650 * 06 57 35.8255254598 -16 29 23.848597059   8.32 8.32     ApSi(Cr) 16 0
84 HD 52696 * 07 01 29.2930104649 -19 12 01.255039258   8.73 8.53     ApSrEuCr 17 0
85 HD 52589 a2* 07 01 35.1270685245 -06 18 42.932939704   7.97 8.07     ApSi 16 0
86 HD 52847 * 07 01 46.3433663431 -23 06 20.439918186   8.41 8.13     ApCrEu(Sr) 15 0
87 V* V360 Pup bL* 07 01 47.2111399517 -35 32 52.462342989   6.416 6.569     ApSi 25 0
88 V* V646 Mon a2* 07 03 47.5121927410 -01 05 58.710592411   8.92 8.90     ApSrEu 33 0
89 HD 53204 a2* 07 04 16.2276843208 +01 30 26.828231832   7.58 7.63     B9III 19 0
90 HD 53662 * 07 06 17.0054596715 +10 16 01.619031562   8.65 8.70     ~ 19 0
91 HD 53851 a2* 07 06 27.6582075651 -03 06 56.670868052   7.46 7.59     ApSi 18 0
92 HD 53929 * 07 07 06.4711056918 +04 54 38.089443562 5.52 5.961 6.088     B9III 84 0
93 HD 54832 * 07 10 06.5282893224 -07 13 26.415330627   8.65 8.69     ApSi 16 0
94 HD 55395 * 07 11 53.4925134509 -19 53 50.142929592   8.30 8.33     ApSi 18 0
95 V* V754 Mon a2* 07 12 19.0924635104 -01 46 39.748399954   8.68 8.75     ApSi 15 0
96 HD 55540 * 07 12 30.4239476301 -21 03 53.775347139   9.39 9.37     ApEuCr 13 0
97 * L01 Pup a2* 07 13 13.3506332497 -45 10 57.858062088   4.855 4.874     B9V 77 0
98 HD 56273 a2* 07 15 57.3152378328 -12 32 35.312987441 7.44 7.85 7.91     ApSi 26 0
99 V* MR CMa a2* 07 15 58.6993932452 -17 54 06.174550433   8.99 9.02     ApSi 17 0
100 HD 56882 * 07 16 41.1442661476 -46 21 17.522581111   8.61 8.34     FpSrCrEu 15 0
101 HD 56809 * 07 17 22.3933906994 -29 07 52.009872280   7.18 7.11     ApCrEuSr 16 0
102 HD 56632 * 07 17 45.8275927235 -01 32 59.680992881   8.40 8.46     ApSi(Cr) 17 0
103 HD 57526 * 07 20 52.7236049851 -21 34 30.226079927   8.25 8.29     ApSi 18 0
104 V* V388 Car a2* 07 21 51.4372925550 -55 46 15.933179425   7.92 7.92     ApSi 25 0
105 CCDM J07219-3638AB ** 07 21 53.2426 -36 37 40.447   8.45 8.47     ApSi 19 0
106 V* V827 Mon a2* 07 29 35.4522068599 -09 15 33.315319853   8.40 7.94     A6IIIpSr 57 0
107 V* V376 Pup bL* 07 33 13.1587249607 -40 03 30.673492355   6.130 6.247     B8IV(pSi) 34 0
108 * y03 Pup cC* 07 38 18.2087613998 -48 36 05.159134325   6.314 5.658 6.94   F7Ib/II 101 0
109 HD 61382 * 07 38 53.2890843145 -04 47 38.687466382   8.30 8.31     B9V 18 0
110 CD-44 3656 a2* 07 41 26.0307449748 -44 52 58.523251005   8.71 8.64     ApSi 8 0
111 HD 62556 ** 07 43 32.1685663040 -27 10 45.113247861   8.04 7.95     ApEuCr(Sr) 21 1
112 HD 62535 a2* 07 43 35.7140499744 -21 16 53.740296507 7.64 7.92 7.96     ApSi 22 0
113 HD 62530 * 07 43 55.5129749838 -16 10 41.158177932   8.14 8.15     ApEuCrSr 20 0
114 V* V385 Pup a2* 07 43 58.1493440221 -28 25 53.697696248   7.97 8.07     B9III(pSi) 23 0
115 V* OX Pup a2* 07 47 05.7575582019 -39 19 51.585438001   6.171 6.322     ApSi 73 0
116 HD 63759 * 07 49 29.3272519336 -27 50 02.246527510   8.45 8.32     ApSrCrEu 13 0
117 HD 64740 * 07 53 03.6353775 -49 36 46.952967 3.48 4.40 4.63 4.76 4.97 B2V 187 0
118 HD 64881 * 07 53 59.0503207263 -45 38 35.779812691   8.75 8.79     ApSi 10 0
119 HD 64901 a2* 07 54 22.0551573166 -40 51 26.555750141   8.44 8.55     ApSi 20 0
120 HD 66195 * 07 56 46.9102827563 -70 42 58.945782873   8.76 8.65     ApSrCrEu 14 0
121 HD 65908 * 07 57 12.7582279047 -63 17 48.594013493   6.021 6.124     B8V 24 0
122 V* V414 Pup a2* 08 01 24.6418491258 -12 47 35.743095671   8.76 8.81     ApSi 22 0
123 V* V336 Pup a2* 08 02 44.7809525097 -41 18 35.355966081   5.358 5.497     B9pSi 50 0
124 HD 66350 * 08 03 01.2187996665 -02 43 49.806207968   8.66 8.67     ApEuCr(Sr) 22 0
125 V* V337 Pup a2* 08 03 42.0318713920 -29 25 08.234234233   7.71 7.72     ApSi 27 0
126 HD 67165 * 08 05 17.3581852515 -36 44 20.763427261   8.44 8.45     ApSi 9 0
127 HD 67330 * 08 06 40.6668196656 -20 32 07.001683716   8.62 8.61     ApSi(Cr) 11 0
128 V* WY Vol a2* 08 07 51.2904716069 -69 53 57.341254791   7.93 7.99     ApSi 20 0
129 HD 68161 Pu* 08 09 09.5065659725 -48 41 03.874075915   5.544 5.654     B8III 34 0
130 HD 67835 * 08 09 16.6091729133 -15 34 12.570676701   7.21 7.31     ApSi 17 0
131 HD 68476 a2* 08 10 32.7208556569 -46 00 12.901420881   8.52 8.56     ApSi 17 0
132 V* V423 Pup a2* 08 11 03.3581098878 -18 58 26.677259048   7.41 7.52     ApSi 23 0
133 HD 69067 a2* 08 13 46.5959379908 -37 43 27.367420893 7.72 8.13 8.22     ApSi 27 0
134 HD 68998 * 08 14 21.6672769190 -16 11 08.654422686   8.87 8.63     ApSrEuCr 20 0
135 HD 70464 a2* 08 20 08.1199364858 -47 39 36.744447601   8.18 8.31     B9III(pSi) 21 0
136 HD 70507 * 08 20 23.4474639993 -46 59 32.096365365   7.75 7.82     ApSiCr 20 0
137 HD 70749 a2* 08 21 22.0722047994 -51 23 20.829718009   8.20 8.24     ApSi 12 0
138 HD 70847 a2* 08 22 45.3315302392 -38 53 38.657129440   8.93 8.97     ApSi 15 0
139 V* V539 Car a2* 08 26 33.1823124272 -57 18 06.285344503   8.91 8.85     ApSi 16 0
140 HD 72634 a2* 08 29 42.9335916844 -67 08 23.267201785   7.29 7.27     ApCrEuSr 20 0
141 HD 72055 a2* 08 30 34.8757388502 -07 09 27.257534644   8.00 8.12     ApSi 25 0
142 HD 72881 * 08 31 21.6193112171 -65 31 21.990086631   7.39 7.42     ApSi 19 0
143 HD 72295 * 08 31 45.6913575438 -08 51 14.372352004   7.95 7.96     ApSrEuCr 21 0
144 HD 72611 * 08 32 16.9341143871 -41 49 56.544826994   6.95 7.01     ApEuCrSr 17 0
145 HD 72976 a2* 08 33 05.5418973338 -56 23 47.813429321   7.365 7.468     ApSi 25 0
146 HD 73451 SB* 08 38 20.2766663020 -06 39 44.349915839   6.955 6.523     A0V+K0III 38 0
147 HD 73737 a2* 08 38 52.0620351163 -30 23 15.246299259   8.33 8.30     ApSi 18 0
148 V* NY Vel a2* 08 40 19.1806001955 -40 15 49.982404044   5.19 5.20     Ap(SiCr) 64 1
149 HD 74555 * 08 43 19.096 -38 41 43.44   9.29 9.30     ApCrSi 11 0
150 V* V472 Car a2* 08 43 30.1358530091 -61 41 19.701371176   6.73 6.83     ApSi 24 0
151 HD 76104 * 08 53 22.9068734641 -22 59 34.905568234   8.04 8.01     ApSi 15 0
152 HD 76439 a2* 08 54 24.6376466719 -45 27 15.499775164   7.83 7.96     ApSi 19 0
153 HD 76650 a2* 08 55 46.9705594298 -46 52 04.240706681   8.36 8.46     ApSi 14 0
154 HD 76897 * 08 57 43.7666242577 -38 44 33.195223550   7.43 7.49     ApSi 18 0
155 V* OY Vel a2* 09 01 44.56044 -52 11 19.2661   5.171 5.295     ApSi 51 1
156 HD 77689 a2* 09 01 52.3862581344 -52 54 11.396743356   8.38 8.48     ApSi 11 0
157 HD 77609 * 09 03 06.6299893704 -20 32 47.636093598   8.09 8.05     ApSrEu 18 0
158 HD 78201 a2* 09 05 52.4624878913 -34 32 04.572797922   8.05 8.09     B8/9IV 18 0
159 HD 78568 a2* 09 06 22.4174955523 -59 12 23.170500430   7.76 7.83     ApSi 19 0
160 HD 79976 a2* 09 16 41.8462506641 -16 50 13.160416394   8.58 8.52     ApSrCrEu 21 1
161 V* PX Vel a2* 09 17 00.4130826719 -51 26 19.923367610   7.49 7.62     ApSi 25 0
162 HD 81141 * 09 20 30.1761992299 -66 29 20.869891574   8.03 8.01     ApSi 21 0
163 HD 81289 a2* 09 23 25.5433821420 -43 36 04.853353508   8.42 8.42     ApEuSrCr 31 0
164 HD 81588 * 09 24 54.4144208763 -48 29 07.352350185   8.72 8.45     ApSrCrEu 23 0
165 V* QS Vel a2* 09 26 27.4427877834 -51 10 28.226875636   8.25 8.32     ApSi 23 0
166 HD 82154 a2* 09 28 00.3467839323 -58 30 34.275928676   8.68 8.63     ApSi 15 0
167 V* V481 Car a2* 09 28 26.3069249400 -72 25 20.509826448   7.71 7.76     ApSi 21 0
168 HD 82093 * 09 29 26.7229418 -17 30 19.061537   7.19 7.08     ApEuSrCr 21 0
169 V* QV Vel a2* 09 35 38.1971145547 -48 30 48.847008107   8.68 8.67     ApSiCr 25 0
170 V* IO Vel a2* 09 38 03.2159872837 -54 13 08.777993091   6.771 6.871     ApSi 47 0
171 HD 85892 * 09 49 08.8791008589 -78 16 54.966667424   7.74 7.77     ApSi 16 0
172 HD 84948 SB* 09 50 05.8774942991 +49 04 31.750979246   8.42 8.12     F0 48 0
173 HD 86170 * 09 56 45.1792173900 -02 17 20.434527456   8.58 8.41     ApSrEuCr 19 0
174 HD 86976 * 10 01 03.7155328791 -40 51 58.982421696   8.66 8.34     ApSrCrEu 18 0
175 HD 88385 a2* 10 09 49.4477805847 -56 44 53.243379001 8.02 8.11 8.09     ApCrEu(Sr) 36 0
176 HD 89103 * 10 15 34.4236420076 -49 13 26.914293598   7.69 7.78     ApSi 27 0
177 HD 89192 * 10 15 56.7713434509 -55 31 10.712449485   6.877 6.830     ApCrEuSr 21 0
178 HD 89217 * 10 16 22.0898334150 -49 39 48.820546482   8.35 8.37     B9IIp(Si) 17 0
179 HD 89519 a2* 10 17 17.7956048925 -68 08 35.320569990   8.32 8.30     ApEuCr(Sr) 12 0
180 HD 89385 * 10 17 28.9239425658 -54 23 56.905730458   8.42 8.35     B8V(pCrEuSr) 22 0
181 HD 89393 ** 10 18 06.44326 -40 14 21.8037   8.352 8.254     ApSrCrEu 13 1
182 HD 89680 * 10 19 53.4924398070 -47 05 56.411188741   8.49 8.41     A(pCr) 16 0
183 * 25 Sex a2* 10 23 26.4782979577 -04 04 26.516936464 5.70 5.87 5.97     ApSiCr 120 0
184 HD 90612 * 10 26 29.7330847836 -53 26 11.537406937   9.45 9.47     ApSi 16 0
185 * 45 Leo a2* 10 27 38.9888020729 +09 45 44.616272000 5.89 5.98 6.04     B9.5IV-VpSiCrSr(Mn) 128 0
186 V* V350 Vel a2* 10 30 03.1217592900 -43 07 47.232504395   7.39 7.52     ApSi 21 0
187 HD 91134 a2* 10 30 54.2637686559 -26 05 44.655145331   8.36 8.42     ApSi 18 0
188 HD 91239 * 10 31 13.3118738922 -42 13 45.666901556   7.301 7.348     ApSrCrSi 24 0
189 HD 92379 a2* 10 38 52.2943144773 -53 36 10.174061193   7.84 7.92     ApSi 21 0
190 CCDM J10464-5927AB ** 10 46 24.915 -59 26 42.98   8.86 8.76     ApCrEuSr 16 0
191 HD 93821 a2* 10 48 50.1461631172 -55 21 33.933538544   7.85 7.93     ApSi 21 0
192 HD 94455 * 10 50 00.4472866527 -80 56 00.553934275   8.21 8.02     ApCrEuSr 14 0
193 HD 94873 a2* 10 56 14.5835731706 -52 35 51.165492497   8.20 8.29     ApSi 20 0
194 HD 95198 * 10 59 04.2530208959 -34 52 33.991513664   7.80 7.85     ApSi 25 0
195 HD 95413 * 10 59 52.1894397042 -59 34 36.020874860   8.72 8.75     ApSi(Cr) 16 0
196 HD 95442 * 11 00 44.0531100205 -25 43 02.443776119   7.89 7.82     A1V(m) 18 0
197 V* V360 Vel a2* 11 02 11.6831214193 -42 29 52.459213933   7.92 7.74     ApSrEuCr 22 0
198 HD 96910 a2* 11 08 58.1037546768 -48 24 10.306217692   8.15 8.10     ApSiCr 38 0
199 HD 97986 * 11 14 49.4158634686 -70 21 37.673272725   7.87 7.85     ApSi 23 0
200 HD 97937 PM* 11 15 57.8027023065 +12 50 41.278128235   6.934 6.645     F0V 38 0
201 HD 98340 ** 11 17 53.6955088 -59 14 11.042239   7.08 7.13     B9IV(pSiCr) 30 0
202 HD 98486 a2* 11 18 15.5355996297 -74 10 25.443682859   8.66 8.56     ApSi 13 0
203 V* LS Hya a2* 11 19 25.9291110792 -30 19 22.746121806   7.88 7.94     ApSi 38 0
204 HD 101600 * 11 41 01.3474995460 -60 36 48.167670110   8.55 8.55     ApSi 14 0
205 V* V915 Cen a2* 11 41 55.0370297667 -63 47 43.349388442 7.63 8.04 8.03     B9II/III 39 0
206 HD 103302 * 11 53 38.1869635148 -49 19 13.922252780   8.36 8.30     ApSrCrEu 20 0
207 HD 103457 a2* 11 54 32.7488504583 -63 42 02.176331837   7.75 7.81     ApSi 23 0
208 * 65 UMa B * 11 55 11.3277408623 +46 28 11.299996366   7.007 6.965     F0IVspCrSrEu 70 0
209 V* DH Cru a2* 12 04 04.0737816971 -64 32 20.186105175 7.04 7.39 7.36     ApSi 30 0
210 HD 105379 * 12 08 01.4306534819 -31 08 26.386901538   8.08 7.99     A0V 17 0
211 HD 105457 a2* 12 08 33.7410187132 -62 22 08.158055591   9.08 9.03     ApSi 18 0
212 V* CU Oct a2* 12 11 09.4117361109 -83 46 41.462010183   7.47 7.37     ApSi 29 0
213 HD 106204 a2* 12 13 19.4250255885 -65 37 12.378197378   8.57 8.59     ApSi 17 0
214 HD 109809 a2* 12 38 15.7904859072 -61 36 07.238368281   8.46 8.38     ApSi 22 0
215 HD 112252 a2* 12 56 15.3545994658 -61 45 17.939351684   8.74 8.41     ApSi 22 0
216 HD 112528 a2* 12 57 35.3162344060 -19 45 01.676980947   8.58 8.25     ApSrEu(Cr) 30 0
217 * eta Mus SB* 13 15 14.94123 -67 53 40.5276   4.687 4.780     B7III+B7III 95 1
218 V* V819 Cen RR* 13 19 21.6957889207 -58 11 41.515723926   9.16 8.99     ApSi 27 0
219 HD 115440 a2* 13 20 04.5025188902 -76 25 09.073122350   8.30 8.24     Ap(Si) 28 0
220 * 64 Vir ** 13 22 09.7048556046 +05 09 17.129438697   5.989 5.873   5.82 kA3hA6mA7 59 0
221 HD 116423 * 13 25 26.4753486368 -68 10 39.198853858   8.63 8.50     ApEuSr(Cr) 16 0
222 V* EZ Mus a2* 13 28 46.7891853217 -69 37 37.636269153   6.163 6.179     B8pSi 50 0
223 V* V968 Cen a2* 13 29 03.8519536003 -58 56 32.172783307 7.70 8.13 8.17     B6V 24 0
224 V* CQ UMa a2* 13 40 21.3848513037 +57 12 27.377068970   6.380 6.273     A2IVpSrCr 103 0
225 HD 118816 * 13 40 26.8936279346 -53 51 36.675524901   7.81 7.81     ApSi 21 0
226 HD 118913 * 13 42 26.9552571211 -69 14 48.910383406   7.76 7.69     ApEuCrSr 25 0
227 HD 119308 * 13 43 12.7838129679 -35 17 24.885977933   7.90 7.86     ApSrCrEu 28 0
228 * 84 UMa a2* 13 46 35.6568767342 +54 25 57.642548613   5.632 5.675     A0VpSrCrEu 142 0
229 HD 120059 * 13 48 43.1192840526 -58 47 16.327397770   8.85 8.82     B9III 21 0
230 HD 121661 a2* 13 58 42.4175444236 -62 43 07.055571719   8.65 8.56     ApSiCr 20 0
231 HD 122208 * 14 01 16.9197968947 -39 15 11.883193824   8.07 7.94     ApSrCrEu 21 0
232 HD 123627 a2* 14 12 01.2832932937 -70 10 30.780933609   8.38 8.14     ApSrEuCr 20 0
233 HD 125532 a2* 14 21 33.2339873921 -52 51 57.998080661   9.27 9.20     ApSi 22 0
234 HD 126876 a2* 14 30 03.9280330288 -56 55 02.403605386   8.50 8.34     ApSi 18 0
235 HD 127453 * 14 34 59.9672357393 -69 27 11.458310197   7.36 7.36     ApSi 26 0
236 V* CH Cir a2* 14 35 35.0877716656 -68 44 20.829018009   7.75 7.75     ApSi 28 0
237 HD 130335 * 14 49 52.6303467705 -57 20 47.651737897   7.87 7.79     ApSi 18 0
238 HD 129899 a2* 14 51 30.0353699486 -77 10 33.494826808   6.41 6.44     ApSi 27 0
239 CCDM J14583-7056AB ** 14 58 16.51962 -70 55 49.6412   8.6 8.63     ApSi 15 1
240 HD 132322 * 15 01 35.9088377346 -63 55 37.122054430   7.61 7.37     FpSrCrEu 29 0
241 HD 133281 a2* 15 06 41.2934941858 -62 40 31.344505294   8.94 8.95     ApSi 17 0
242 HD 135415 * 15 16 28.5490808737 -43 57 02.700135850   7.83 7.92     ApSi 16 0
243 V* HQ Lup a2* 15 26 06.8549237064 -39 53 20.437499961   7.38 7.37     ApSi 44 0
244 HD 137160 * 15 26 51.5436766450 -55 01 03.939387434   8.09 8.01     ApSrCrEu 20 0
245 V* NN Aps a2* 15 31 27.1149385254 -71 03 43.664320879   6.76 6.87     Ap(SiCrFe) 83 0
246 HD 138773 a2* 15 37 34.4460229600 -62 40 53.131529788   7.74 7.66     ApSi 20 0
247 HD 138758 * 15 40 27.2332553176 -74 26 35.553856411   7.86 7.89     ApSi 25 0
248 HD 141461 * 15 49 17.83865 -04 57 41.3521   8.52 8.47     ApSi 24 1
249 V* KY Lup a2* 15 51 14.4894823671 -31 30 26.770038727   8.87 8.96     ApSi 26 0
250 V* LL Lup a2* 16 01 58.8641933703 -37 32 03.723690656   7.48 7.41     ApSi 57 0
251 HD 144748 a2* 16 08 20.7958535806 -25 07 37.786620671   8.81 8.62     ApEuCrSr 27 0
252 HD 146971 * 16 19 29.5915797796 -09 37 30.080229392   8.88 8.60 8.45 9.075 A0III/IV(p) 16 0
253 HD 148848 a2* 16 32 42.1019963642 -41 02 04.517311276   7.64 7.44     ApSi 16 0
254 V* V1062 Sco a2* 16 38 30.9410761468 -39 09 08.390526654   6.92 6.95     ApSi 40 0
255 HD 149831 a2* 16 39 16.4392 -44 53 23.028   8.63 8.64     ApSi 16 0
256 HD 150040 ** 16 40 42.690 -47 40 07.99   7.8 8.11     ApSi 5 0
257 HD 150323 a2* 16 41 43.4058739239 -32 49 16.490656716   7.66 7.62     ApSi 19 0
258 V* V1065 Sco a2* 16 43 00.6368376292 -38 40 20.711505849   7.79 7.68     ApSi 26 0
259 V* V2353 Oph a2* 16 43 39.6949210961 -22 44 11.304400813   7.68 7.57     ApSi 26 0
260 V* V883 Ara Al* 16 51 45.1011622875 -50 17 46.479827052   8.733 8.51     ApSi 14 0
261 V* V911 Sco a2* 16 52 27.4149692344 -40 43 23.360210415   6.184 6.315     ApSiSr: 56 0
262 HD 152366 * 16 53 57.7036221447 -25 04 09.283440703   8.11 8.08     ApSi 22 0
263 HD 153707 * 17 02 02.2161107660 -25 03 32.531260166   8.51 8.45     ApSi 17 0
264 HD 154308 * 17 06 10.2680103004 -33 03 19.809898908   8.95 8.78     ApSrCrEu 10 0
265 HD 154253 * 17 08 08.9961238203 -60 45 03.264503063   9.22 8.99     ApSrCrEu 12 0
266 HD 154458 * 17 09 12.8046270942 -59 48 49.286691399   8.22 8.28     B9Ib/II(pSi) 12 0
267 HD 155127 a2* 17 10 52.1368040965 -26 27 06.081207358   8.59 8.38     ApEuCr 19 0
268 HD 155778 * 17 15 54.3728445048 -46 20 13.629719020   7.86 7.78     ApSi 23 0
269 HD 156300 * 17 17 53.7221791276 -27 46 12.294798918   8.90 8.65     ApSi 14 0
270 HD 156853 a2* 17 22 23.7932417079 -49 45 42.187009524   7.56 7.60     ApSi 23 0
271 HD 156869 a2* 17 22 52.2188114388 -52 58 41.427208241   8.01 7.92     ApSrCrEu 22 0
272 HD 157751 * 17 26 41.1941174318 -34 05 32.487544611   7.60 7.62     ApSiCr(Sr) 33 0
273 HD 157678 a2* 17 28 59.4773355197 -63 25 26.156771342   8.03 8.11     ApSi 21 0
274 HD 158128 * 17 29 15.6241525960 -40 44 48.789529499   8.25 8.17     ApSi 19 0
275 HD 158450 ** 17 29 44.0000863143 -08 01 03.308323954   8.91 8.55     ApSi(Cr) 33 1
276 HD 158175 * 17 29 52.1703945607 -44 44 29.931179273   7.49 7.52     ApSi 36 0
277 HD 159545 * 17 35 31.3166191609 -02 53 30.185218812   7.89 7.75     B8II 25 0
278 HD 159846 * 17 38 16.4381427363 -32 52 24.577778964   7.82 7.81     ApSi 21 0
279 HD 160127 * 17 40 09.6248844388 -39 57 30.269982313   8.34 8.12     ApSrEuCr 9 0
280 HD 161277 * 17 46 30.7411872959 -39 15 53.361596930   7.09 7.07     ApSi 25 0
281 HD 161349 a2* 17 47 40.2044714140 -49 24 32.404958144   8.39 8.43     ApSi 14 0
282 V* V1089 Sco a2* 17 49 46.8954190398 -41 26 32.472759311   7.49 7.57     ApSi 28 0
283 HD 164224 * 18 00 57.6151170527 -20 59 17.211385460   8.67 8.49     ApSiCr 18 0
284 HD 166053 * 18 09 36.6540662389 -19 21 26.999715781   8.47 8.38     B9Ib/II 21 0
285 HD 166921 a2* 18 13 38.9709733947 -18 23 17.418160855   7.83 7.86     ApSi 13 0
286 HD 168856 * 18 22 10.8205747722 -07 29 55.602494558   7.13 7.05     ApSi 32 0
287 HD 169021 * 18 24 03.9230043023 -34 20 02.739277240   6.93 6.98     ApSi 15 0
288 V* V4404 Sgr a2* 18 45 53.2296563172 -18 21 50.634192457   7.51 7.43     ApSi 20 0
289 HD 173562 a2* 18 49 31.0444271057 -58 56 51.990373033   8.00 7.91     ApCrEu(Sr) 16 0
290 * bet Lyr bL* 18 50 04.7952472 +33 21 45.609978 2.85 3.42 3.42 3.31 3.29 B8.5Ib-II 886 0
291 HD 174646 a2* 18 51 37.9324594994 -01 02 39.908273480   8.29 8.23     B8/9II 21 0
292 HD 174779 * 18 54 29.1089332576 -45 29 10.569166057   6.58 6.65     ApSi 19 0
293 HD 172690 * 19 02 14.4134331252 -83 56 23.249683734   7.47 7.49     ApSi(SrCr) 21 0
294 CCDM J19031-4543AB ** 19 03 05.30858 -45 42 42.3709   7.57 7.68     B9(III) 11 1
295 * 19 Lyr a2* 19 11 46.0083443116 +31 17 00.437899934   5.866 5.932     B8IIIpSiSr 91 0
296 HD 181550 a2* 19 23 01.7660171467 -46 13 20.267662362   8.66 8.69     ApSiCr 15 0
297 HD 184020 * 19 34 42.7809215509 -49 41 05.415601341   8.14 8.14     B9V 16 0
298 * h01 Sgr dS* 19 36 01.6532242287 -24 43 08.693058237   5.809 5.640     A1mA2-F0 101 0
299 HD 189502 * 20 02 10.2485191597 -44 27 58.216261675   7.88 7.91     ApSi(Cr) 32 0
300 V* V377 Pav a2* 20 12 57.6280854362 -58 46 44.448237565   8.90 8.84     ApCrEu(Sr) 18 0
301 HD 191796 * 20 13 34.7664411752 -45 35 26.134122164   7.78 7.79     ApEuCr(Sr) 32 0
302 * P Cyg s*b 20 17 47.2020844 +38 01 58.552724 4.66 5.24 4.82 4.28 4.02 B1-2Ia-0ep 1130 1
303 V* V2015 Cyg a2* 20 33 54.8431514977 +46 41 37.870172272   5.626 5.769     B8pSi 93 0
304 * 48 Cyg * 20 37 31.7777546501 +31 34 21.141124198   6.213 6.304     B8IIIn 42 0
305 HD 196655 * 20 37 50.1831864982 +29 43 17.873857012   8.33 8.24     A2 14 0
306 HD 196821 V* 20 39 10.6492339868 +21 49 02.784166008   6.027 6.075     A0III 48 0
307 V* V343 Pav a2* 20 48 48.1915735108 -72 12 43.500476621   7.99 8.01     ApCrEu(Sr) 27 0
308 HD 200405 SB* 21 01 38.2996945581 +47 54 47.267062295   8.98 8.90     A0pSrCr 35 0
309 V* CI Mic a2* 21 05 34.8798663869 -35 42 07.654560942   9.25 9.07     ApSrEuCr 16 0
310 * 30 Cap * 21 17 57.2869518491 -17 59 06.506777557   5.263 5.383     B5II/III 79 0
311 * tet02 Mic ** 21 24 24.8179591 -41 00 24.103339   5.725 5.775     ApSi 51 0
312 V* V1934 Cyg a2* 21 24 55.4392700588 +49 19 23.254288761 6.55 6.55 6.58     A0VpSrCrSiHg 50 0
313 HD 204541 * 21 28 42.3476431532 +24 40 12.466671296   7.72 7.49     Am 14 0
314 HD 204815 * 21 30 06.0356830602 +35 28 20.681524477 7.140 7.320 7.320     ~ 19 0
315 V* BC Ind a2* 21 46 37.9197024279 -67 35 46.874477847   7.13 7.20     ApSi 39 0
316 V* AP Cap a2* 21 47 36.42539 -17 17 41.0740   7.59       B9III(pSi) 36 1
317 V* BD Ind a2* 21 56 56.7032076410 -61 50 46.256627503   7.42 7.19     ApSrEuCr 50 0
318 HD 209339 ** 22 00 39.2641276076 +62 29 16.064937019 5.9 8.73 8.51 7.61   O9.7IV 168 0
319 V* V1942 Cyg a2* 22 02 56.66068 +44 38 59.5009   5.565 5.596     A0IV 95 1
320 HD 210071 * 22 06 13.5664681091 +56 20 36.215421701   6.286 6.382     A0VpSiSr 70 0
321 CCDM J22086+5917BC ** 22 08 34.0768 +59 17 37.723   7.40 7.34     A0 26 0
322 V* FI Aqr a2* 22 24 33.8995367007 -23 22 02.809374682   7.39 7.49     ApSi 30 0
323 HD 213232 * 22 28 34.5200463993 +58 32 23.885947323   8.14 7.98     A5p 34 0
324 HD 215966 * 22 49 28.3950049987 -34 59 03.631677135   7.85 7.87     ApEuCr(Sr) 21 0
325 * pi. PsA Ce* 23 03 29.8165324793 -34 44 57.882657520   5.402 5.124     F1VFe-0.8 99 1
326 V* V436 Cas a2* 23 32 47.6484699647 +57 54 20.108514720   7.72 7.55     A0p 101 0

    Equat.    Gal    SGal    Ecl

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2020.07.05-07:26:54

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