1998A&AS..128..265M

Query : 1998A&AS..128..265M

1998A&AS..128..265M - Astron. Astrophys., Suppl. Ser., 128, 265-275 (1998/March-1)

CP2 stars as viewed by the uvby Hβ system.

MASANA E., JORDI C., MAITZEN H.M. and TORRA J.

Abstract (from CDS):

The aim of this work is to study the capacity of the uvby Hβ system for detecting the chemically peculiar (CP) stars based on the effect that peculiar features in the flux distribution have on all the Stroemgren-Crawford indices. Our study focuses on the classical magnetic peculiar stars (CP2), though Am stars (CP1) are also included for comparison with cool CP2 stars. Satisfactory results were obtained for hot CP2 stars: the definition of a new index p, which is a linear combination of uvby Hβ colours, allowed us to separate a high percentage of hot CP2 stars from normal stars. According to this new index, 60 new CP2 candidates are proposed. The working sample was extracted from The General Catalogue of Ap and Am stars by Renson et al. (1991A&AS...89..429R). Photometric observations to enlarge the sample of CP2 stars with complete uvby Hβ photometry were carried out. These observations are also reported in the present paper. The new index p is also used to correct the reddening of early CP2 stars computed as if they were normal stars.

Abstract Copyright: ∼

Journal keyword(s): stars: chemically peculiar - stars: fundamental parameters - stars: early type

VizieR on-line data: <Available at CDS (J/A+AS/128/265): table2.dat table3.dat table7.dat>

Simbad objects: 268

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Number of rows : 268
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 TYC 2794-1297-1 * 00 19 31.6210939128 +43 53 27.692265876   11.24 11.16     B9V 8 0
2 HD 2837 * 00 32 08.9487378720 +43 42 41.848973640   9.27 9.13     kB9hA2pCrSr 27 0
3 BD+51 315 PM* 01 29 10.5890048712 +51 51 24.134417172   11.86 10.96     ~ 4 1
4 BD+42 388a * 01 51 21.0836409672 +43 28 52.413305844   9.23 9.22     ~ 10 1
5 HD 14043 SB* 02 16 29.9318259048 +02 02 44.970874476   8.34 8.15     ~ 11 0
6 V* V436 And a2* 02 21 02.6744002704 +42 56 38.228602596   7.24 7.27     B9pSrCrEu 74 0
7 HD 17008 * 02 44 29.9902628352 +28 00 54.018548028   8.09 7.92     ~ 23 0
8 Ross 570 PM* 03 18 28.9186801755 -07 08 25.552772959   11.647 11.222 10.918 10.618 A6: 56 0
9 BD+47 851 * 03 33 57.5650890480 +48 09 32.457062844   9.87 9.54     kA5hA7mF1 9 0
10 HD 22980 * 03 41 09.6505374432 -05 17 16.321545960   8.76 8.27     F5/6V 29 0
11 V* V497 Per a2* 03 42 29.4157122648 +35 38 20.926294368   9.76 9.57     A0IV-VSrSiEu 37 0
12 V* V498 Per a2* 03 49 48.9171996960 +35 36 00.694296900 11.83 9.88 9.49     ~ 34 0
13 HD 24147 * 03 50 12.3927918264 -16 38 11.940787104   8.64 8.40     A5V 19 0
14 HD 26624 * 04 12 05.3889466440 -13 13 23.086883352   8.08 7.93     A2/3V 21 0
15 HD 28299 * 04 25 46.4824198320 -44 51 15.492242592   7.44 7.58     ApSi 24 0
16 HD 28365 * 04 27 56.4007240344 -13 27 52.257479004   8.35 8.42     ApSi 26 0
17 HD 29925 * 04 43 00.3775893048 +01 06 28.373407848   8.24 8.33     ApSi 36 0
18 V* SY Pic a2* 04 48 38.5184339256 -49 10 11.844118056   9.16 8.85     ApSrCrEu 54 0
19 HD 30598 Pu* 04 49 26.6631788328 +10 59 18.226855284   9.41 9.13     A1V 46 0
20 HD 31225 * 04 53 12.2063991240 -20 46 19.683462720   7.18 7.02     ApSrEuCr 25 0
21 HD 31469 * 04 55 45.6062507400 -07 53 37.702379760   8.09 7.97     A0V 20 0
22 HD 32007 * 04 59 53.8927717392 -07 49 20.697873240   8.49 8.47     B9.5V 23 0
23 V* V1360 Ori a2* 05 01 06.0227313288 +03 43 02.356859388   7.11 7.24     B8II 45 0
24 HD 287412 * 05 01 48.7381797960 +11 22 59.355825384   10.33 10.10     ~ 15 0
25 HD 32432 * 05 02 48.6933688272 -08 12 34.051485996   7.76 7.80     B9V(pSi) 27 0
26 HD 273763 PM* 05 05 29.7841207680 -47 53 23.937359676   11.04 11.0     A0 26 0
27 V* TU Lep a2* 05 06 22.1542437384 -14 41 47.677088832   7.01 7.11     B8II 39 0
28 V* TT Pic a2* 05 16 37.8202440768 -45 54 49.444218684   6.92 7.01     ApSi 40 0
29 HD 34547 Pu* 05 18 52.9240044864 +13 34 01.777203012   7.47 7.43     B9.5IV-VCr 30 0
30 HD 34889 Pu* 05 20 32.8633084824 -05 17 17.018548368   8.67 8.75     ApSi 34 0
31 NGC 1893 72 * 05 22 47.8045954968 +33 22 07.036315392   13.30 12.52 12.004 11.398 ~ 11 0
32 HD 36997 ** 05 35 13.8193272936 -02 22 52.338830412   8.29 8.32     B9.5IIIpSiSr 39 0
33 HD 37713 ** 05 39 34.25739 -25 08 53.5085           ApSi 21 0
34 HD 38698 a2* 05 47 02.8875041856 -14 28 26.751773604   9.11 9.10     ApSi 23 0
35 V* V1054 Ori a2* 05 48 25.5041382456 -00 45 34.610849136   7.69       ApSrEuCr 71 0
36 HD 39353 * 05 49 51.1245188952 -43 21 52.698999960   7.44 7.56     ApSi 28 0
37 HD 40277 * 05 51 26.3291677848 -70 28 45.809430600   8.49 8.33     ApSrCr(Eu)pec 35 0
38 V* XX Lep a2* 05 52 23.8347788112 -26 17 28.179510036   7.83 7.83     ApEuCrSr 29 0
39 HD 40071 a2* 05 56 06.1202530968 -13 08 07.159881876   8.01 8.06     ApSi 28 0
40 HD 39865 * 05 56 30.8180777184 +29 45 07.197470928   8.69 8.62     ~ 11 0
41 HD 40759 Pe* 06 00 45.7307083176 -03 53 44.405990988   9.265 9.339 9.369   A0IVSi 48 0
42 HD 40711 SB* 06 01 01.2946494792 +10 24 05.415878916   8.76 8.57     ApSrCrEu 41 0
43 HD 41403 * 06 05 02.2361831808 +02 06 37.100770488   7.68 7.63     ApEuCr 36 0
44 HD 42326 * 06 09 16.8776442168 -17 17 29.768766432   7.79 7.70     ApEuCrSr 28 0
45 HD 42335 Pu* 06 10 05.3304663432 -00 18 08.561438676   8.45 8.39     ApSi 24 0
46 V* UV Lep a2* 06 11 21.7521470568 -15 47 35.016189504   7.01 6.75     ApSrCrEu 67 0
47 HD 43408 * 06 16 05.1381041856 +00 52 33.705127416   8.03 8.02     B9V 23 0
48 HD 43901 * 06 16 13.9171184064 -47 49 46.140594636   8.49 8.20     ApSrCrEu 28 0
49 HD 44293 * 06 19 05.4593442024 -41 04 27.732622548   7.69 7.74     A0(IIIp)s 27 0
50 HD 44290 a2* 06 20 28.1616020952 -14 11 48.351789492   8.54 8.51     ApEuCr 28 0
51 HD 44456 a2* 06 21 55.4219321112 +00 18 15.161721048   8.53 8.52     ApSiSr 34 0
52 HD 44979 * 06 23 13.0398148464 -34 59 48.685767540   6.447 6.530     ApSi 25 0
53 HD 44947 * 06 24 43.0747579200 +00 54 30.663606240   8.96 8.73     ApSrEuCr 23 0
54 HD 44989 * 06 25 16.2786781440 +07 37 49.678753800   9.39 9.35     ~ 6 0
55 HD 45698 a2* 06 27 11.3339721960 -37 06 07.331905656   8.33 8.15     ApSrEu(Cr) 31 0
56 HD 258583 a2* 06 30 22.2908107440 +08 39 36.991502856   8.72 8.76     B9pSi 18 0
57 HD 258686 ** 06 30 47.05574 +10 03 46.4308 8.62 9.06 9.12 9.328   A0IIIp_sh? 53 0
58 NGC 2244 121 Y*O 06 31 54.7272137352 +04 56 38.440615236   12.968 12.449   11.72 ~ 20 0
59 HD 47714 a2* 06 39 32.6561905704 -11 41 51.647753364   7.91 7.94     ApSi 27 0
60 HD 47633 * 06 39 53.1828277848 +06 03 25.014981096   7.96 8.00     B9V 24 0
61 V* V734 Mon a2* 06 40 06.3062560464 -10 18 38.701798380   8.49 8.54     ApSi 24 0
62 HD 49310 * 06 48 10.7354885736 +10 11 22.191765468   9.03 9.07     A0pSi 19 0
63 HD 49040 * 06 48 22.1170459680 +40 57 45.089870184   8.94 8.82     B9pSr 47 0
64 HD 50143 * 06 50 58.1105517888 -21 54 21.071120868   10.06 9.79     ApEuSrCr 22 0
65 V* KW CMa a2* 06 51 41.3516417544 -23 48 10.414882260   7.56 7.56     ApEuCr 26 0
66 HD 50825 * 06 54 05.7269781120 -17 54 13.368855204   8.13 8.15     ApSi 20 0
67 HD 50895 a2* 06 54 12.8938439088 -23 06 21.916852452   9.61 9.67     ApSi 25 0
68 HD 51684 ** 06 56 29.8894824432 -40 59 25.049785740   8.25 7.94     ApSrEuCr 48 0
69 HD 51650 * 06 57 35.8255401096 -16 29 23.850066408   8.32 8.32     ApSi(Cr) 22 0
70 HD 52696 gD* 07 01 29.2931727888 -19 12 01.256590620   8.73 8.53     ApSrEuCr 25 0
71 V* V360 Pup EB* 07 01 47.2111987632 -35 32 52.458729396   6.416 6.569     ApSi 35 0
72 V* V646 Mon a2* 07 03 47.5121126328 -01 05 58.713817848   8.92 8.90     ApSrEu 42 0
73 BD-11 1762 * 07 03 54.4249106064 -11 28 29.388376380 9.6 10.14 10.05     B2IV-Vn 29 0
74 HD 53204 a2* 07 04 16.2273512328 +01 30 26.824720140   7.58 7.63     A0VpSi 30 0
75 HD 53662 Pe* 07 06 17.0054994144 +10 16 01.618469112   8.65 8.70     B8IVSi 28 0
76 HD 53851 a2* 07 06 27.6584917320 -03 06 56.673747180   7.46 7.59     ApSi 27 0
77 HD 54908 SB* 07 10 38.9711276736 -01 50 34.410735384   8.27 7.97     A1mA5/7-F2 26 0
78 V* V754 Mon a2* 07 12 19.0923275760 -01 46 39.753210432   8.68 8.75     ApSi 24 0
79 V* V387 Car a2* 07 13 39.8753760240 -53 40 04.131228252   6.62 6.69     ApEuCrSr 41 0
80 HD 55736 ** 07 13 42.33977 -08 55 30.9641           B9IV 23 0
81 HD 55852 * 07 14 26.1039328032 -07 34 37.205846256   9.34 9.02     ApSrEuCr 25 0
82 V* MR CMa a2* 07 15 58.6993368864 -17 54 06.173752860   8.99 9.02     ApSi 23 0
83 HD 56809 * 07 17 22.3931780952 -29 07 52.013602776   7.18 7.11     ApCrEuSr 24 0
84 HD 56632 * 07 17 45.8276698872 -01 32 59.681386068   8.40 8.46     ApSi(Cr) 26 0
85 HD 57122 * 07 18 32.0971967712 -32 20 48.672375216   6.894 6.985     ApSi 21 0
86 HD 57526 Pu* 07 20 52.7240926704 -21 34 30.242776188   8.25 8.29     ApSi 27 0
87 V* V388 Car a2* 07 21 51.4372227120 -55 46 15.933953712   7.92 7.92     ApSi 35 0
88 GEN# +6.10281086 * 07 26 12.7 +05 26 09     10.040     ~ 3 0
89 V* V409 Car a2* 07 30 56.9886639144 -57 59 28.238685684   9.13 8.89     ApSr(Eu) 132 0
90 HD 61382 * 07 38 53.2890442608 -04 47 38.687256672   8.30 8.31     B9V 26 0
91 HD 62556 ** 07 43 32.1686813976 -27 10 45.107211792   8.04 7.95     ApEuCr(Sr) 27 0
92 HD 62535 a2* 07 43 35.7139057464 -21 16 53.743282824 7.64 7.92 7.96     ApSi 34 0
93 HD 62553 * 07 43 43.1117105040 -22 10 04.853622432   7.97 7.85     ApSrCr 22 0
94 HD 62530 * 07 43 55.5127382976 -16 10 41.158745472   8.14 8.15     ApEuCrSr 28 0
95 V* V385 Pup a2* 07 43 58.1493899784 -28 25 53.698775124   7.97 8.07     B9III(pSi) 33 0
96 HD 63759 * 07 49 29.3272686816 -27 50 02.249351304   8.45 8.32     ApSrCrEu 20 0
97 HD 64901 a2* 07 54 22.0551214896 -40 51 26.557930368   8.44 8.55     ApSi 29 0
98 HD 64988 * 07 56 09.0158357776 -09 51 47.659196063   7.82 7.84     B9IV/V 22 0
99 NGC 2516 102 Pe* 07 56 32.8376422488 -60 53 08.853519444   11.55 11.47 11.54   ~ 11 0
100 HD 66195 * 07 56 46.9122700944 -70 42 58.878826416   8.76 8.65     ApSrCrEu 22 0
101 V* V414 Pup a2* 08 01 24.6419553720 -12 47 35.744707032   8.76 8.81     ApSi 37 0
102 HD 66605 a2* 08 02 27.0891989091 -44 40 01.113780414   6.48 6.55     ApSi 47 0
103 HD 66350 Pe* 08 03 01.2185760864 -02 43 49.807306020   8.66 8.67     ApEuCr(Sr) 32 0
104 V* V337 Pup a2* 08 03 42.0319327992 -29 25 08.236231968   7.71 7.72     ApSi 36 0
105 HD 67264 * 08 05 46.6497240480 -33 34 09.258036096 8.05 8.43 8.40     B3II/III 21 0
106 V* WY Vol a2* 08 07 51.2904872016 -69 53 57.338577312   7.93 7.99     ApSi 31 0
107 HD 68250 Ro* 08 08 02.0036093352 -61 33 11.785104180   9.56 9.38     A3/4Vn 20 0
108 HD 67835 * 08 09 16.6089402096 -15 34 12.573646716   7.21 7.31     ApSi 25 0
109 V* V423 Pup a2* 08 11 03.3580853904 -18 58 26.678865936   7.41 7.52     ApSi 31 0
110 HD 70507 * 08 20 23.4471442368 -46 59 32.101457028   7.75 7.82     ApSiCr 28 0
111 HD 70847 a2* 08 22 45.3314242464 -38 53 38.657365080   8.93 8.97     ApSi 22 0
112 V* V468 Car a2* 08 25 09.2955687243 -55 28 22.163089718   6.56 6.61     ApSi 24 0
113 HD 71474 * 08 28 30.2833792560 +24 32 28.877065404   8.64 8.47     ~ 15 0
114 HD 72303 a2* 08 29 29.8025103576 -54 12 42.234355404   6.32 6.44     ApSi 28 0
115 HD 72634 a2* 08 29 42.9352173072 -67 08 23.261586108   7.29 7.27     ApCrEuSr 28 0
116 HD 72055 a2* 08 30 34.8757352352 -07 09 27.260466372   8.00 8.12     ApSi 34 0
117 HD 72881 * 08 31 21.6191961720 -65 31 21.989728488   7.39 7.42     ApSi 28 0
118 HD 72295 * 08 31 45.6911310672 -08 51 14.375063376   7.95 7.96     ApSrEuCr 29 0
119 HD 72611 * 08 32 16.9341625992 -41 49 56.535681864   6.95 7.01     ApEuCrSr 24 0
120 HD 73737 a2* 08 38 52.0620251904 -30 23 15.246142476   8.33 8.30     ApSi 25 0
121 V* V472 Car a2* 08 43 30.1358936688 -61 41 19.709369556   6.73 6.83     ApSi 33 0
122 HD 75445 PM* 08 48 42.9334141680 -39 14 01.940046864   7.40 7.12     ApSrEu(Cr) 65 0
123 HD 76104 * 08 53 22.9068083496 -22 59 34.907343576   8.04 8.01     ApSi 22 0
124 HD 76897 Pu* 08 57 43.7666010072 -38 44 33.199047780   7.43 7.49     ApSi 26 0
125 HD 77609 * 09 03 06.6302002632 -20 32 47.638356288   8.09 8.05     ApSrEu 25 0
126 HD 78201 a2* 09 05 52.4624749176 -34 32 04.575509088   8.05 8.09     B8/9IV 26 0
127 HD 78568 a2* 09 06 22.4177255496 -59 12 23.172073128   7.76 7.83     ApSi 32 0
128 HD 79606 a2* 09 11 50.5044426216 -65 11 32.577836460 7.77 8.14 8.15     ApSi 32 0
129 HD 79976 a2* 09 16 41.8463496624 -16 50 13.165811736   8.58 8.52     ApSrCrEu 31 0
130 V* LX Hya a2* 09 18 25.0298292960 -20 22 16.256631972   8.08 7.77     A9IIs 75 0
131 HD 81141 Pu* 09 20 30.1754287272 -66 29 20.875467624   8.03 8.01     ApSi 29 0
132 HD 81289 a2* 09 23 25.5432322512 -43 36 04.856564304   8.42 8.42     ApEuSrCr 40 0
133 HD 81588 * 09 24 54.4141546032 -48 29 07.357356492   8.72 8.45     ApSrCrEu 32 0
134 V* V481 Car a2* 09 28 26.3070447888 -72 25 20.512984872   7.71 7.76     ApSi 30 0
135 HD 82093 * 09 29 26.7233340419 -17 30 19.075206502   7.19 7.08     ApEuSrCr 30 0
136 V* QV Vel a2* 09 35 38.1966769680 -48 30 48.850262784   8.68 8.67     ApSiCr 32 0
137 HD 84451 a2* 09 37 54.8251777176 -80 21 01.707224688   8.09 8.06     ApSi 27 0
138 V* IO Vel a2* 09 38 03.2159284704 -54 13 08.778650664   6.771 6.871     ApSi 59 0
139 HD 85892 * 09 49 08.8777393104 -78 16 54.967894212   7.74 7.77     ApSi 24 0
140 HD 86170 Pe* 09 56 45.1797591816 -02 17 20.449300200   8.58 8.41     A1IV-VSrSiEu 33 0
141 HD 86976 * 10 01 03.7153622280 -40 51 58.985050572   8.66 8.34     ApSrCrEu 25 0
142 V* V338 Vel a2* 10 11 48.0076440288 -50 09 24.173982756 7.32 7.82 7.92     ApSi 33 0
143 HD 89103 * 10 15 34.4235698160 -49 13 26.916692052   7.69 7.78     ApSi 39 0
144 HD 89192 * 10 15 56.7708411360 -55 31 10.722408060   6.877 6.830     ApCrEuSr 32 0
145 HD 89385 * 10 17 28.9240930968 -54 23 56.909887908   8.42 8.35     B8V(pCrEuSr) 31 0
146 HD 89393 * 10 18 06.4443346442 -40 14 21.803631596   8.35 8.22     ApSrCrEu 23 0
147 HD 89680 Pu* 10 19 53.4931247064 -47 05 56.413992264   8.49 8.41     A(pCr) 26 0
148 HD 89897 * 10 22 10.7689364928 -13 24 34.922444508   6.85 6.90     ApSiCr 26 0
149 HD 299113 * 10 23 51.2494177488 -54 52 57.081039564 11.19 11.09 10.95     B9 8 0
150 V* V350 Vel a2* 10 30 03.1217075400 -43 07 47.236807488   7.39 7.52     ApSi 28 0
151 HD 91134 a2* 10 30 54.2637671616 -26 05 44.658403548   8.36 8.42     ApSi 25 0
152 HD 91239 * 10 31 13.3120153536 -42 13 45.668428284   7.301 7.348     ApSrCrSi 36 0
153 Cl* NGC 3293 ESL 94 * 10 36 17.9106071760 -58 14 29.678549856 12.65 12.93 12.70 12.60 12.43 B5V 16 0
154 HD 92384 Ro* 10 38 37.1352366984 -59 07 31.122098112   8.49 8.52     B9III/IV 24 0
155 HD 92379 a2* 10 38 52.2941337288 -53 36 10.178769240   7.84 7.92     ApSi 29 0
156 HD 303209 Ro* 10 40 12.1735678956 -59 24 41.792753131   10.7 10.38     ~ 8 0
157 HD 93712 * 10 47 54.7820464848 -58 41 55.510680588 8.99 9.03 9.01     A0V 20 0
158 HD 94455 * 10 50 00.4468836144 -80 56 00.553808256   8.21 8.02     ApCrEuSr 20 0
159 HD 94873 a2* 10 56 14.5837972560 -52 35 51.167458068   8.20 8.29     ApSi 27 0
160 HD 95442 Pu* 11 00 44.0527417776 -25 43 02.446598208   7.89 7.82     A1V(m) 27 0
161 V* V360 Vel a2* 11 02 11.6818466760 -42 29 52.466646372   7.92 7.74     ApSrEuCr 31 0
162 HD 96910 a2* 11 08 58.1037357072 -48 24 10.307065536   8.15 8.10     ApSiCr 47 0
163 HD 97394 SB* 11 12 01.2728102112 -43 40 37.135474068   9.06 8.76     ApEuCrSr 34 0
164 HD 97986 EB* 11 14 49.4162999256 -70 21 37.674393516   7.87 7.85     ApSi 33 0
165 HD 97859 Pe* 11 15 30.8977471992 +04 57 23.494903236 8.695 9.238 9.352 9.387 9.441 B8IVpSi 53 0
166 HD 98340 ** 11 17 53.6955088 -59 14 11.042239   7.08 7.13     B9IV(pSiCr) 39 0
167 V* LS Hya a2* 11 19 25.9289118984 -30 19 22.753103016   7.88 7.94     ApSi 49 0
168 HD 99665 * 11 28 03.5421056712 -00 53 52.255192812   7.12 7.10     ApSrEu(Cr) 20 0
169 HD 99722 * 11 28 13.1772476496 -15 53 10.693820616   7.17 7.19     B9V 11 0
170 NGC 3766 181 * 11 36 51.7430149800 -61 34 03.774251964   12.094 12.029     ~ 8 0
171 HD 101189 PM* 11 38 07.2695736768 -61 49 35.512404852 4.96 5.13 5.14     ApHgMn 85 0
172 HD 308821A * 11 38 29.8959436848 -63 22 51.127384512   11.98 11.49 11.81   ~ 3 0
173 V* V915 Cen a2* 11 41 55.0370952600 -63 47 43.350168552 7.63 8.04 8.03     B9II/III 50 0
174 HD 102354 Pu* 11 46 19.5868631832 -70 54 14.403166380   8.97 8.85     ApSi 21 0
175 BD+13 2456 * 11 48 21.8847685272 +13 06 05.016386808   10.42 10.41     ~ 9 0
176 HD 103302 Pu* 11 53 38.1871180560 -49 19 13.924940232   8.36 8.30     ApSrCrEu 28 0
177 HD 105379 * 12 08 01.4307799104 -31 08 26.389974552   8.08 7.99     A0V 25 0
178 Ross 453 Pe* 12 10 55.7733238889 +00 23 54.332076195   11.53   10.9   F2 115 0
179 V* CU Oct a2* 12 11 09.4105991088 -83 46 41.502685008   7.47 7.37     ApSi 41 0
180 HD 105999 * 12 11 59.8457625624 -63 22 50.872143864   7.80 7.43     ApSrCr(Eu) 42 0
181 HD 112252 a2* 12 56 15.3543810120 -61 45 17.943264252   8.74 8.41     ApSi 30 0
182 V* V823 Cen a2* 12 56 58.2225017496 -54 35 14.478644184   6.431 6.485     ApSiCr 77 0
183 HD 112528 a2* 12 57 35.3157391344 -19 45 01.674889956   8.58 8.25     ApSrEu(Cr) 40 0
184 HD 115440 a2* 13 20 04.5028306680 -76 25 09.074880912   8.30 8.24     Ap(Si) 39 0
185 HD 116423 * 13 25 26.4755192976 -68 10 39.200505024   8.63 8.50     ApEuSr(Cr) 23 0
186 V* V968 Cen a2* 13 29 03.8519762088 -58 56 32.175470868 7.70 8.13 8.17     B6V 33 0
187 HD 118242 ** 13 37 25.67183 -64 56 08.7328           ApSi 27 0
188 HD 118816 * 13 40 26.8939765656 -53 51 36.672453684   7.81 7.81     ApSi 30 0
189 HD 118913 * 13 42 26.9555218248 -69 14 48.912765900   7.76 7.69     ApEuCrSr 35 0
190 HD 119308 * 13 43 12.7839118464 -35 17 24.888812064   7.90 7.86     ApSrCrEu 38 0
191 HD 119386 * 13 44 30.2665706040 -60 14 40.498488024   10.63 10.42     A2 14 0
192 V* BF Vir SB* 13 47 52.5954181752 -00 35 40.700631948   10.27 10.2     A1IV 72 0
193 HD 122208 * 14 01 16.9195771632 -39 15 11.881330380   8.07 7.94     ApSrCrEu 29 0
194 Ross 841 Pe* 14 02 30.0900761861 -05 39 05.181979951   11.508 11.149 10.866 10.576 sdA3 161 0
195 HD 123627 a2* 14 12 01.2835510128 -70 10 30.784179000   8.38 8.14     ApSrEuCr 28 0
196 V* BS Cir a2* 14 23 32.0676955944 -66 38 42.121272156   6.88 6.76     ApSi(Cr) 58 0
197 HD 127115 * 14 34 47.4234918984 -75 40 48.455138892   9.25 9.11     A1V 7 0
198 HD 127453 * 14 34 59.9683790616 -69 27 11.465001648   7.36 7.36     ApSi 38 0
199 V* CH Cir a2* 14 35 35.0882290512 -68 44 20.832248184   7.75 7.75     ApSi 40 0
200 HD 130335 * 14 49 52.6286409072 -57 20 47.648219280   7.87 7.79     ApSi 26 0
201 HD 129899 a2* 14 51 30.0361856688 -77 10 33.495169116   6.41 6.44     ApSi 40 0
202 HD 131505 ** 14 58 16.51962 -70 55 49.6412           ApSi 20 0
203 HD 133281 a2* 15 06 41.2938540504 -62 40 31.344875256   8.94 8.95     ApSi 25 0
204 HD 134305 * 15 08 44.8571608464 +12 29 19.964378508 7.580 7.450 7.250     A7p 41 0
205 HD 135728 * 15 17 38.8403522376 -31 27 32.144715432   9.00 8.65     ApSrEuCr 32 0
206 HD 137160 * 15 26 51.5436969024 -55 01 03.939415464   8.09 8.01     ApSrCrEu 27 0
207 V* NN Aps a2* 15 31 27.1154643312 -71 03 43.664769144   6.76 6.87     Ap(SiCrFe) 98 0
208 HD 138519 a2* 15 35 26.7609740184 -57 25 02.283800268   7.98 7.94     ApSi 32 0
209 HD 138773 a2* 15 37 34.4450066424 -62 40 53.129198388   7.74 7.66     ApSi 29 0
210 V* KU Lup a2* 15 40 24.6931023192 -44 17 18.858397380   6.900 6.974     ApSi 32 0
211 HD 138758 * 15 40 27.2341578000 -74 26 35.551813884   7.86 7.89     ApSi 36 0
212 HD 141461 ** 15 49 17.8368391510 -04 57 41.328085513           ApSi 30 0
213 V* V373 Ser a2* 15 52 35.0679747816 -01 01 52.823239248   8.16 7.97     B9V 60 0
214 V* LL Lup a2* 16 01 58.8643741128 -37 32 03.725218680   7.48 7.41     ApSi 77 0
215 V* QY Nor a2* 16 04 21.3204711456 -53 42 37.392792768   6.46 6.47     B9II/III(pSi) 37 0
216 HD 144748 a2* 16 08 20.7956375064 -25 07 37.785451080   8.81 8.62     ApEuCrSr 38 0
217 V* LL TrA a2* 16 08 32.9775975240 -62 58 54.764290416   6.806 6.871     ApSi 40 0
218 V* V1028 Sco a2* 16 27 29.6805068520 -29 17 17.780088804   7.10 7.01     ApSi 96 0
219 V* V1062 Sco a2* 16 38 30.9410484900 -39 09 08.389193766   6.92 6.95     ApSi 78 0
220 HD 150391 * 16 39 08.9548539384 +38 20 41.960564016   7.55 7.41     ~ 20 0
221 V* V2353 Oph a2* 16 43 39.6952254048 -22 44 11.304199968   7.68 7.57     ApSi 38 0
222 2MASS J16535119-4150538 Y*? 16 53 51.1986460008 -41 50 53.780192484 12.810 12.893 12.616   12.167 ~ 14 0
223 HD 152366 * 16 53 57.7037825496 -25 04 09.279361956   8.11 8.08     ApSi 33 0
224 HD 156853 a2* 17 22 23.7933187632 -49 45 42.183393156   7.56 7.60     ApSi 33 0
225 HD 156869 a2* 17 22 52.2191247024 -52 58 41.426832324   8.01 7.92     ApSrCrEu 30 0
226 HD 157678 a2* 17 28 59.4776472072 -63 25 26.155027020   8.03 8.11     ApSi 31 0
227 HD 158128 * 17 29 15.6253536984 -40 44 48.794846748   8.25 8.17     ApSi 28 0
228 HD 158175 * 17 29 52.1698504632 -44 44 29.955298668   7.49 7.52     ApSi 45 0
229 TYC 996-789-1 * 17 34 34.8531455160 +09 36 44.812877796   12.75 11.79     ~ 6 0
230 HD 159545 * 17 35 31.3164991848 -02 53 30.183637488   7.89 7.75     B8II 35 0
231 HD 159846 * 17 38 16.4379428088 -32 52 24.575912040   7.82 7.81     ApSi 33 0
232 HD 160954 * 17 41 36.4796856240 +27 52 04.096934796   9.36 9.21     ~ 7 0
233 HD 160468 * 17 45 44.2524674472 -68 38 51.422926740   7.73 7.32     ApSrCr 34 0
234 HD 161277 * 17 46 30.7399271352 -39 15 53.364020580   7.09 7.07     ApSi 34 0
235 HD 313730 * 18 03 49.0341512640 -23 17 59.202053592   9.82 9.51     ~ 9 0
236 * mu. Sgr s*b 18 13 45.8088401 -21 03 31.794073 3.60 4.07 3.85 3.58 3.38 B8Iab(e) 354 0
237 HD 168856 * 18 22 10.8205486968 -07 29 55.602976200   7.13 7.05     ApSi 48 0
238 HD 169842 * 18 26 22.2866497368 +06 51 25.638603336   9.33 9.14     A5VkA1pSrEuCr 49 0
239 HD 170565 Pe* 18 30 08.2792427952 -02 35 27.303527040   9.54 9.12     A5pSrEuCrSi 34 0
240 IC 4725 89 * 18 31 42.8442329928 -19 04 08.723554500   12.63 12.17     ~ 18 0
241 HD 171535 EB* 18 34 58.1131243824 +11 26 32.143930692   9.63 9.08     A5 12 0
242 HD 174646 a2* 18 51 37.9309553568 -01 02 39.935837796   8.29 8.23     B8/9II 33 0
243 HD 180058 * 19 15 25.8862392000 -11 42 53.672774976   10.11 9.82     A7/8V 23 0
244 HD 182127 Pu* 19 22 00.4625662848 +30 08 10.282209900   8.53 8.52     ~ 8 0
245 HD 183363B * 19 27 41.1316754256 +36 31 47.535527676   8.32 8.40     ~ 16 0
246 HD 183421 * 19 29 00.0066642336 +12 51 29.467112364   7.37 7.44     B8pSi 25 0
247 HD 184471 SB* 19 33 20.4267326904 +32 34 37.124341284   9.31 9.00     A8SrCrEu 53 0
248 HD 184303 PM* 19 35 05.3700137952 -31 36 33.114606768   7.82 7.60     A5V 12 0
249 HD 185334 SB* 19 37 43.4958704256 +24 15 40.083130512   7.88 7.77     ~ 18 0
250 HD 187128 a2* 19 47 39.7571684688 +15 54 27.489693852   7.61 7.59     B9 30 0
251 HD 189065 * 19 55 54.4531517112 +49 11 43.575081576   8.00 8.08     ~ 16 1
252 HD 190850 * 20 06 38.3373537960 +07 33 29.258896212   7.71 7.56     A3Vn 32 0
253 HD 192061 * 20 12 34.5194024160 +14 15 18.096722604   9.36 9.13     ~ 7 0
254 HD 196158 SB* 20 33 05.9083326288 +56 01 40.242019692   8.58 8.49     ~ 10 0
255 HD 205795 * 21 36 09.7520248536 +50 30 07.477853364   7.17 7.17     A2:VpCrSiSr 26 0
256 HD 208835 SB* 21 57 51.3590713680 +46 51 51.988692672   7.46 7.50     B8III 38 0
257 HD 209260 ** 22 01 06.6995420496 +39 14 45.419151804   7.090 7.109     ~ 29 0
258 NGC 7243 505 Pu* 22 15 34.2798946272 +49 50 11.618167884   13.13 12.88     ~ 6 0
259 HD 215502 * 22 45 03.0835502256 +38 40 39.405637920   8.67 8.51     A2V 20 0
260 HD 219855 Pe* 23 18 28.8352464000 +58 10 00.972390324   8.76 8.59     B9p 31 0
261 V* V812 Cas a2* 23 20 48.9141515592 +62 24 45.161295408   8.22 8.12     B9p 53 0
262 NGC 7654 814 * 23 24 27.2037698784 +61 32 36.918440160   12.98 12.59     ~ 9 0
263 V* V436 Cas a2* 23 32 47.6484957000 +57 54 20.112470496   7.72 7.55     A0p 122 0
264 HD 222853 Pe* 23 43 59.2959912024 +58 44 47.502364020   8.34 8.28     A2p 33 0
265 HD 222962 * 23 45 21.7862539440 +10 10 47.420922432   6.68 6.54     ~ 26 0
266 HD 224068 * 23 54 50.6062748952 +45 45 56.428005600   9.71 9.70     B9pCr 20 0
267 GEN# +7.81560208 * ~ ~           ~ 1 0
268 NGC 7039 75 * ~ ~     11.258     ~ 2 0

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