CDS

2014MNRAS.443.1629S

Query : 2014MNRAS.443.1629S

2014MNRAS.443.1629S - Mon. Not. R. Astron. Soc., 443, 1629-1642 (2014/September-2)

Interferometry of chemically peculiar stars: theoretical predictions versus modern observing facilities.

SHULYAK D., PALADINI C., LI CAUSI G., PERRAUT K. and KOCHUKHOV O.

Abstract (from CDS):

By means of numerical experiments we explore the application of interferometry to the detection and characterization of abundance spots in chemically peculiar (CP) stars using the brightest star ε UMa as a case study. We find that the best spectral regions to search for spots and stellar rotation signatures are in the visual domain. The spots can clearly be detected already at a first visibility lobe and their signatures can be uniquely disentangled from that of rotation. The spots and rotation signatures can also be detected in near-infrared at low spectral resolution but baselines longer than 180 m are needed for all potential CP candidates. According to our simulations, an instrument like VEGA (or its successor e.g. Fibered and spectrally Resolved Interferometric Equipment New Design) should be able to detect, in the visual, the effect of spots and spots+rotation, provided that the instrument is able to measure V2 ~ 10–3, and/or closure phase. In infrared, an instrument like AMBER but with longer baselines than the ones available so far would be able to measure rotation and spots. Our study provides necessary details about strategies of spot detections and the requirements for modern and planned interferometric facilities essential for CP star research.

Abstract Copyright: © 2014 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2014)

Journal keyword(s): techniques: interferometric - stars: atmospheres - stars: chemically peculiar - stars: individual: ε UMa

VizieR on-line data: <Available at CDS (J/MNRAS/443/1629): table2.dat>

Simbad objects: 204

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Number of rows : 204
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2023 		#notes
1 V* CG And a2* 00 00 43.6344938328 +45 15 12.007059804   6.299 6.347     A0IIspSiSrHg 155 0
2 * alf And a2* 00 08 23.25988 +29 05 25.5520 1.48 1.95 2.06 2.09 2.19 B8IV-VHgMn 462 0
3 HD 1048 * 00 14 55.8983946240 +22 17 03.212768184   6.235 6.234     A1p 50 0
4 V* GR And a2* 00 28 28.5694460472 +32 26 15.875756412   6.99 6.91     A5VpSiSrCr 143 0
5 * ksi Phe a2* 00 41 46.3972997520 -56 30 04.738422240   5.90 5.70     A3VpSrCr_Ksn 131 0
6 V* GO And a2* 00 50 18.2653153128 +45 00 08.135537076 6.13 6.16 6.15     A3VpSiSrCrEuKsn 123 0
7 * alf Scl Ro* 00 58 36.3593029 -29 21 26.824714 3.52 4.09 4.27 4.30 4.43 B7IIIp 249 0
8 V* HN And a2* 01 24 18.6765786624 +43 08 31.629475248   6.704 6.676     A4VpSrSi 143 0
9 V* GY And a2* 01 38 31.8255225672 +45 23 58.935650100   6.343 6.380     A2:VpSiSrCrEu 253 0
10 * 43 Cas a2* 01 42 20.5269432072 +68 02 34.890489276 5.29 5.52 5.59     A0VpSiSrEuHgMn 117 0
11 V* UZ Psc a2* 01 45 42.5323444416 +08 33 33.298063020 6.24 6.38 6.43     B8VpSi 128 0
12 HD 11187 * 01 51 26.6179346232 +54 55 28.849176732   8.20 7.94     A0p 64 0
13 * gam02 Ari PM* 01 53 31.8129284424 +19 17 37.879979172   4.49 4.52     A2IVpSiSrCr 155 0
14 * phi Phe SB* 01 54 22.0319152104 -42 29 48.942141036   5.055 5.109     A3V 114 0
15 * alf Psc A * 02 02 02.8219762236 +02 45 49.579059841   4.06 4.11     kA0hA7Sr 178 0
16 HD 12288 a2* 02 03 30.5070540192 +69 34 56.268492384   7.83 7.74     A0pCrSi 105 0
17 * nu. For a2* 02 04 29.4386071 -29 17 48.547752 4.01 4.52 4.69 4.73 4.87 B9.5IIIspSi 148 0
18 V* V436 And a2* 02 21 02.6744002704 +42 56 38.228602596   7.24 7.27     B9pSrCrEu 67 0
19 HD 15144 a2* 02 26 00.3479612520 -15 20 28.495226652 6.06 5.97 5.83 5.71 5.67 A3VpSrCrEu 180 0
20 * iot Cas a2* 02 29 03.94780 +67 24 08.9170           ~ 256 0
21 HD 17775 * 02 53 58.8930624672 +61 53 06.514517832   8.20 8.03     A0pCrEu 38 0
22 HD 18610 * 02 54 18.0034583328 -73 27 09.941734692   8.48 8.14     ApEuCrSr 38 0
23 * 21 Per a2* 02 57 17.2817216760 +31 56 03.193498176   5.081 5.093     A2VspSiEu 196 0
24 V* EE Eri a2* 03 10 18.0933103728 -01 41 40.967322324   7.32 7.35     B9V 65 0
25 * 56 Ari a2* 03 12 14.2461137352 +27 15 25.085668788 5.22 5.64 5.76     B6IV-V 261 0
26 HD 19805 * 03 13 05.2560841728 +49 00 33.855831288   8.07 7.96     B9.5V 86 0
27 HD 21699 Ro* 03 32 08.6084197968 +48 01 24.528548676 4.81 5.355 5.461     B9III 205 0
28 * 20 Eri a2* 03 36 17.4041095200 -17 28 01.472307996 4.61 5.10 5.23     B8/9III 174 0
29 * 9 Tau a2* 03 36 58.0258965288 +23 12 39.846279780 6.960 6.840 6.730     A2p 105 0
30 V* KZ Cam a2* 03 38 19.7334959304 +56 55 57.775389816 7.589 6.176 6.282     B9p 74 0
31 * 22 Eri a2* 03 40 38.3331139440 -05 12 38.555731188 4.81 5.38 5.53     B9IIIpSi4200 127 0
32 HD 23207 PM* 03 42 44.5604785200 -18 42 49.677913800   7.79 7.54     ApSrEuCr 35 0
33 V* CT Hyi a2* 03 45 23.7356758848 -71 39 29.274503652   6.137 6.255     ApSi 50 0
34 * 20 Tau PM* 03 45 49.6065620 +24 22 03.886360 3.40 3.80 3.87 3.85 3.90 B8III 424 1
35 V* V766 Tau a2* 03 51 15.8708072234 +13 02 45.875628119 5.88 6.32 6.38 6.36 6.39 B9pSi 100 0
36 V* DO Eri a2* 03 55 16.1313315312 -12 05 56.727712752 6.35 6.32 6.00     A9VpSrEuCr 394 0
37 * tau09 Eri a2* 03 59 55.4837679360 -24 00 58.377195468 4.11 4.52 4.66 4.64 4.77 ApSi 166 0
38 V* V380 Per a2* 04 03 10.8521400600 +38 03 17.333232012 9.58 7.89 7.84     A0p 109 0
39 * 41 Tau a2* 04 06 36.4125948768 +27 35 59.640149616   5.041 5.172     Ap 236 0
40 * 56 Tau a2* 04 19 36.7048893816 +21 46 24.566827836   5.231 5.346     A0VpSi 185 0
41 HD 28843 Ro* 04 32 37.5537339576 -03 12 34.344832032 5.13 5.67 5.81     B9III 132 0
42 HD 30466 a2* 04 49 16.0090073472 +29 34 16.841140824   7.34 7.28     B9pSiCr 88 0
43 V* HZ Aur a2* 05 06 08.3584818960 +33 55 07.279039380   7.03 7.07     B9p 185 0
44 * 66 Eri a2* 05 06 45.6527881872 -04 39 18.601025148 4.89 5.06 5.12     B9V 150 1
45 * mu. Lep a2* 05 12 55.9029641016 -16 12 19.668599100 2.78 3.18 3.29 3.30 3.42 B9IV:HgMn 274 1
46 * 17 Aur EB* 05 18 18.8960529504 +33 46 02.516925540   6.102 6.144     B9V+B9.5V 299 0
47 V* IQ Aur a2* 05 19 00.0284573784 +33 44 54.220806888   5.201 5.371     A0p 287 0
48 HD 34797 a2* 05 19 18.3112191840 -18 30 34.391115684 6.02 6.43 6.54     B7Vp 100 0
49 V* V901 Ori Ro* 05 40 56.3704617744 -01 30 25.856677224 5.96 6.82 6.96     B2V 328 2
50 V* V1054 Ori a2* 05 48 25.5041382456 -00 45 34.610849136   7.69       ApSrEuCr 63 0
51 * 137 Tau a2* 05 52 22.2914333688 +14 10 18.428386584   5.532 5.586     A0VpSiSrCr 105 0
52 * tet Aur a2* 05 59 43.27012 +37 12 45.3047 2.36 2.54 2.62 2.62 2.68 A0VpSi 281 0
53 V* UV Lep a2* 06 11 21.7521470568 -15 47 35.016189504   7.01 6.75     ApSrCrEu 62 0
54 V* QR Aur a2* 06 13 43.1520004512 +41 41 50.098548336   7.25 7.17     A2p 72 0
55 * 12 CMa a2* 06 47 01.4835271104 -21 00 55.451696472 5.27 5.89 6.08     B7II/III 142 0
56 V* V592 Mon a2* 06 50 42.3030217728 -08 02 27.587802588 6.31 6.29 6.29     B9V 112 0
57 HD 50773 * 06 54 37.0341189984 -00 27 09.480491892   9.50 9.36     ApSr 24 0
58 V* V386 Car a2* 07 04 18.3094021056 -56 44 58.928100288   5.13 5.17     ApSi 114 0
59 * 26 CMa Pu* 07 12 12.2147085456 -25 56 33.316082736 5.03 5.736 5.897     B2IV/V 83 0
60 * E Pup SB* 07 12 15.8070021456 -40 29 55.755380940   5.38 5.31     A1/2V:+ApSrEu 103 0
61 V* V387 Car a2* 07 13 39.8753760240 -53 40 04.131228252   6.62 6.69     ApEuCrSr 36 0
62 V* V409 Car a2* 07 30 56.9886639144 -57 59 28.238685684   9.13 8.89     ApSr(Eu) 124 0
63 * 49 Cam a2* 07 46 27.4146675768 +62 49 49.882910592   6.750 6.458     A7VpSrCrEuSiKsn 138 0
64 V* OX Pup a2* 07 47 05.7565479792 -39 19 51.585710340   6.171 6.322     ApSi 85 0
65 HD 64740 * 07 53 03.6353775 -49 36 46.952967 3.48 4.40 4.63 4.76 4.97 B2V 206 0
66 * 53 Cam a2* 08 01 42.4403874648 +60 19 27.806833200   6.177 6.008     A3VpSrSiCrEu 397 0
67 HD 64486 PM* 08 04 47.0588749680 +79 28 46.609833972 5.210 5.339 5.387     B9.5IVs 84 0
68 HD 72106 ** 08 29 34.89852 -38 36 21.1321       9.32   A0IV 71 0
69 V* TZ Lyn a2* 08 31 10.6434191712 +40 13 29.604504972   6.810 6.714     A0pv 165 0
70 * 3 Hya a2* 08 35 28.1987898408 -07 58 56.257821768 5.68 5.69 5.72     A1VpSrCr 165 0
71 * 47 Vel a2* 08 35 52.0273953624 -50 58 10.728609996   5.651 5.782     ApSi 106 0
72 * b Cnc a2* 08 44 45.0357084768 +10 04 54.007285728 5.30 5.55 5.66     A1VpHgMnSiEu 184 0
73 HD 75445 PM* 08 48 42.9334141680 -39 14 01.940046864   7.40 7.12     ApSrEu(Cr) 59 0
74 * 36 Lyn Ro* 09 13 48.2131781112 +43 13 04.193952924 4.72 5.148 5.282     ~ 211 0
75 V* KU Hya a2* 09 22 50.8563427 -09 50 19.659199 6.86 6.75 6.53     ApEuCrSr 167 0
76 HD 83368 a2* 09 36 25.40686 -48 45 04.2549   6.480 6.232     A8VSrCrEu+F9V 266 0
77 V* IO Vel a2* 09 38 03.2159284704 -54 13 08.778650664   6.771 6.871     ApSi 54 0
78 V* V423 Car a2* 09 55 05.9996548464 -57 22 58.525055328   6.62 6.74     ApSi 38 0
79 V* V495 Car a2* 10 07 56.6284444848 -62 13 17.099698800   6.335 6.440     ApSi 37 0
80 HD 88385 a2* 10 09 49.4475936384 -56 44 53.245713372 8.02 8.11 8.09     ApCrEu(Sr) 43 0
81 HD 89103 * 10 15 34.4235698160 -49 13 26.916692052   7.69 7.78     ApSi 34 0
82 * 25 Sex a2* 10 23 26.4782253528 -04 04 26.518221624 5.70 5.87 5.97     ApSiCr 130 0
83 * 45 Leo a2* 10 27 38.9889218664 +09 45 44.610005160 5.89 5.98 6.04     B9.5IV-VpSiCrSr(Mn) 138 0
84 V* V407 Car a2* 10 38 17.5533646560 -65 02 30.968296872   6.646 6.711     B9Vn 88 0
85 HD 92499 * 10 40 08.5912210416 -43 04 50.514871224   9.29 8.88     ApSrEuCr 38 0
86 V* V364 Car a2* 10 40 11.4474547680 -65 06 00.752607072 4.79 5.36 5.52     ApSi 144 0
87 HD 94427 * 10 53 56.7156975264 -12 26 04.372674396   7.73 7.36     ApSrEuCr 36 0
88 V* KQ Vel a2* 10 55 01.0131717072 -42 15 03.962480184 5.78 6.03 6.11     Ap(SiCr) 132 0
89 V* EP UMa a2* 11 09 39.7864853928 +67 12 36.756332280   6.278 6.061     A7IVpSr 84 0
90 V* SV Crt a2* 11 16 58.1772734352 -07 08 04.869775428 6.49 6.34 6.14     ApSrCrEu 202 1
91 HD 98340 ** 11 17 53.6955088 -59 14 11.042239   7.08 7.13     B9IV(pSiCr) 36 0
92 V* V816 Cen dS* 11 37 37.0409608152 -46 42 34.877876832 8.99 8.79 8.03     F8/G0p 313 0
93 * bet Hya a2* 11 52 54.52149 -33 54 29.2672 3.85 4.18 4.28 4.27 4.35 kB8hB8HeA0VSi 101 0
94 * 65 UMa B EB* 11 55 11.3304120408 +46 28 11.166446208   7.007 6.965     F0IVspCrSrEu 80 0
95 HD 105382 Be* 12 08 05.2222663992 -50 39 40.575451536 3.65 4.32 4.47 4.53 4.70 B5V 168 0
96 V* CU Oct a2* 12 11 09.4105991088 -83 46 41.502685008   7.47 7.37     ApSi 36 0
97 * 17 Com a2* 12 28 54.7022406648 +25 54 46.265813136   5.208 5.236     B9VCrEu 273 0
98 * 21 Com a2* 12 31 00.5605002264 +24 34 01.797245328   5.496 5.436     A2pv 264 0
99 * gam Mus SB* 12 32 28.0134336 -72 07 58.759701 3.12 3.73 3.88 3.91 4.08 B5V+A: 146 0
100 V* AX CVn a2* 12 39 16.8606994152 +35 57 07.050433068   6.466 6.385     A0pSrCrEuKsn 172 0
101 V* EP Vir a2* 12 47 02.3094265104 +05 57 01.397945376 6.23 6.29 6.34     A0VspSrCrEu 173 0
102 * eps UMa a2* 12 54 01.7495922 +55 57 35.362645 1.76 1.75 1.77 1.79 1.82 A1III-IVpkB9 469 0
103 * alf02 CVn a2* 12 56 01.6655889007 +38 19 06.155170512 2.44 2.76 2.88 2.98 3.05 A0VpSiEu 671 0
104 V* V823 Cen a2* 12 56 58.2225017496 -54 35 14.478644184   6.431 6.485     ApSiCr 72 0
105 HD 115226 a2* 13 18 00.0189897768 -72 57 00.947433276   8.84 8.50     ApSr(Eu) 35 0
106 V* HH Com a2* 13 18 37.2495284424 +26 21 56.748367008   8.08 7.83     A2p 113 0
107 HD 115440 a2* 13 20 04.5028306680 -76 25 09.074880912   8.30 8.24     Ap(Si) 36 0
108 HD 116114 PM* 13 21 46.3079033856 -18 44 31.563482928   7.34 7.02     F0VpSrCrEu 135 0
109 * 67 Mus SB* 13 25 50.3011677024 -70 37 38.109211896   5.626 5.651     ApHg(Mn) 124 0
110 V* EZ Mus a2* 13 28 46.7866924608 -69 37 37.635408696   6.163 6.179     B8pSi 57 0
111 HD 117025 PM* 13 29 07.9098687240 -64 40 32.882662236 6.23 6.20 6.07     ApSrEuCr 49 0
112 * o Vir a2* 13 34 07.9318557 +03 39 32.273821 4.96 4.96 4.94 4.86 4.89 ApEuCrSr 336 0
113 V* CQ UMa a2* 13 40 21.3848060304 +57 12 27.374885568   6.380 6.273     A2IVpSrCr 117 0
114 HD 118913 * 13 42 26.9555218248 -69 14 48.912765900   7.76 7.69     ApEuCrSr 31 0
115 HD 119308 * 13 43 12.7839118464 -35 17 24.888812064   7.90 7.86     ApSrCrEu 34 0
116 V* V827 Cen a2* 13 44 16.0025041176 -51 00 44.822666448   6.323 6.440     ApSiCr 106 0
117 * 84 UMa a2* 13 46 35.6567876472 +54 25 57.643558644   5.632 5.675     A0VpSrCrEu 157 0
118 V* V828 Cen a2* 14 03 27.4674533712 -41 25 24.032196948   5.986 6.088     ApSi 97 0
119 V* PP Vir a2* 14 04 48.9376773456 +05 24 51.459774732   8.70 8.29     F0 79 0
120 V* CU Vir a2* 14 12 15.8054758 +02 24 33.953395 4.46 4.90 5.02 5.10 5.23 ApSi 384 0
121 V* CS Vir a2* 14 18 38.2505609712 -18 42 57.465294264 5.86 5.90 5.90     ApSi(Cr) 312 0
122 * a Cen Ro* 14 23 02.2390294 -39 30 42.549250 3.50 4.24 4.42 4.53 4.70 B2V 270 0
123 V* BS Cir a2* 14 23 32.0676955944 -66 38 42.121272156   6.88 6.76     ApSi(Cr) 54 0
124 V* FF Vir a2* 14 25 55.8786309720 +00 59 33.756435456 7.07 7.09 7.07     ApEuSrCr 173 0
125 HD 127453 * 14 34 59.9683790616 -69 27 11.465001648   7.36 7.36     ApSi 33 0
126 V* CH Cir a2* 14 35 35.0882290512 -68 44 20.832248184   7.75 7.75     ApSi 36 0
127 V* IT Lup a2* 14 40 19.2710755512 -45 47 37.824571176   6.504 6.615     ApSi 61 0
128 * alf Cir a2* 14 42 30.4195804 -64 58 30.493451 3.55 3.43 3.19 2.96 2.86 A7VpSrCrEu 359 0
129 * mu. Lib ** 14 49 19.05130 -14 08 56.4766 5.33 5.38 5.31     ApSrEuCr 113 0
130 HD 129899 a2* 14 51 30.0361856688 -77 10 33.495169116   6.41 6.44     ApSi 36 0
131 HD 133029 a2* 15 00 38.7178984848 +47 16 38.791986348   6.250 6.351     A0VspSiSrCr 214 0
132 HD 132322 * 15 01 35.9094629184 -63 55 37.121654100   7.61 7.37     FpSrCrEu 36 0
133 V* HZ Lup a2* 15 06 33.1978166352 -30 55 06.533677056   5.893 5.977     ApSi 107 0
134 V* HR Lup a2* 15 08 12.1238757000 -40 35 02.155417224 5.25 5.65 5.79     B8IVSi 168 1
135 HD 134305 * 15 08 44.8571608464 +12 29 19.964378508 7.580 7.450 7.250     A7p 38 0
136 V* HI Lib a2* 15 09 02.4051867312 -13 59 58.675373736   7.84 7.46     F2VpSrCrEu 130 0
137 HD 133792 * 15 09 25.5217838448 -63 38 34.549433448   6.298 6.247     ApSrCrEu 76 0
138 * bet CrB a2* 15 27 49.7315305 +29 06 20.522375 4.08 3.97 3.68 3.50 3.45 F2VpSrCrEuSi 679 0
139 * 33 Lib a2* 15 29 34.7424021408 -17 26 27.377921220 7.22 7.07 6.69     F0VspEuGdSr 249 0
140 V* NN Aps a2* 15 31 27.1154643312 -71 03 43.664769144   6.76 6.87     Ap(SiCrFe) 92 0
141 HD 138758 * 15 40 27.2341578000 -74 26 35.551813884   7.86 7.89     ApSi 32 0
142 * chi Ser a2* 15 41 47.4147355608 +12 50 51.093705840 5.42 5.37 5.33 5.28 5.32 A2VpMnEu(Sr) 184 0
143 V* BP Boo a2* 15 42 50.7602109000 +52 21 39.243860316   5.430 5.482     A0VpSiCr 132 0
144 * 3 Sco Ro* 15 54 39.5296532472 -25 14 37.459966128 5.23 5.81 5.87     B8III/IV 209 0
145 V* V913 Sco Ro* 15 58 34.8665694960 -24 49 53.361727284 4.70 5.34 5.43     B5V 200 0
146 V* LL Lup a2* 16 01 58.8643741128 -37 32 03.725218680   7.48 7.41     ApSi 71 0
147 HD 144334 ** 16 06 06.3891324384 -23 36 22.849641396 5.29 5.84 5.92     B8V 190 0
148 * nu.02 Sco ** 16 11 58.528032 -19 27 00.81612 6.06         B8/9V 123 0
149 V* V933 Sco a2* 16 20 05.4927999744 -20 03 23.030685720   7.56 7.40     B9II/III 188 0
150 V* DQ Dra a2* 16 24 25.3384367736 +55 12 18.346742676   5.736 5.734     A2pSi 99 0
151 * ome Her a2* 16 25 24.9546742056 +14 01 59.762072676 4.53 4.57 4.58 4.51 4.55 A2VpCrSr 233 0
152 V* V1028 Sco a2* 16 27 29.6805068520 -29 17 17.780088804   7.10 7.01     ApSi 89 0
153 V* V773 Her a2* 16 36 42.9385265832 +15 29 50.827223688   6.296 6.355     A2VpSiSrCr 107 0
154 HD 149911 * 16 38 01.5530814624 -06 32 16.848232332   6.25 6.09     ApSrCrEu 62 0
155 V* V1062 Sco a2* 16 38 30.9410484900 -39 09 08.389193766   6.92 6.95     ApSi 55 0
156 * l Her a2* 16 47 46.4200216512 +05 14 48.291336960 5.20 5.22 5.24     A1VpSi 128 0
157 * 52 Her a2* 16 49 14.21821 +45 58 59.9620   4.914 4.823     A1VpSiSrCr 255 0
158 V* V911 Sco a2* 16 52 27.4149431256 -40 43 23.358090648   6.184 6.315     ApSiSr: 64 0
159 V* V451 Her a2* 17 01 33.0515292528 +14 56 58.988031648 6.39 6.35 6.31     A0VpSiSrCrEu 176 0
160 HD 154708 a2* 17 10 28.5163457616 -58 00 17.416695708   9.23 8.76     ApSrEu 85 0
161 HD 157751 * 17 26 41.1938555088 -34 05 32.487196416   7.60 7.62     ApSiCr(Sr) 42 0
162 HD 164258 a2* 18 00 15.6738880464 +00 37 46.112578968 6.70 6.52 6.37     A6VpSrCr 97 0
163 HD 165474 * 18 05 42.8401334904 +12 00 12.191017896   7.685 7.402     ~ 99 0
164 * phi Dra a2* 18 20 45.43224 +71 20 16.1499   4.15 4.22     B8V 195 0
165 HD 168856 * 18 22 10.8205486968 -07 29 55.602976200   7.13 7.05     ApSi 42 0
166 V* V4050 Sgr a2* 18 22 53.0754352224 -36 40 10.400061108   5.20 5.34     B7Ib/II 165 0
167 V* V432 Sct a2* 18 29 46.7597878008 -14 34 55.154828424   6.014 6.027     ApEuCrEu 101 0
168 V* V451 Sct a2* 18 33 50.7998800344 -14 25 32.847715668   8.09 7.89     ApSi 28 0
169 HD 171586 a2* 18 35 36.4929240936 +04 56 09.562670484 6.52 6.53 6.46     A0VpSrSi 80 0
170 V* V535 Her a2* 18 45 35.6181098712 +21 59 04.850169216   6.524 6.522     A1VpSiHgMn 153 0
171 HD 175132 * 18 52 07.2499320864 +41 22 59.680929396   6.187 6.269     B9IIIpSi 56 0
172 V* V686 CrA a2* 18 56 40.4859327624 -37 20 35.701261512 4.53 5.24 5.38     B3V 204 0
173 * 10 Aql a2* 18 58 46.9240671288 +13 54 23.941711692 6.23 6.14 5.89     A7VpSrEu_Ksn 281 0
174 V* EE Dra a2* 18 58 52.6267962600 +69 31 52.648832568   6.353 6.506     B9III 96 1
175 HD 172690 * 19 02 14.4154344264 -83 56 23.249728896   7.47 7.49     ApSi(SrCr) 31 0
176 HD 176196 * 19 06 56.1273970992 -74 45 26.801310564   7.45 7.51     ApEuCr(Sr) 23 0
177 * 19 Lyr a2* 19 11 46.0084477416 +31 17 00.443746788   5.866 5.932     B8IIIpSiSr 100 0
178 HD 183339 * 19 25 46.7645404704 +58 01 38.356203360 5.88 6.450 6.594     B7IV 83 0
179 * 4 Cyg a2* 19 26 09.1269274848 +36 19 04.432147356 4.60 5.03 5.15     B8pSi(FeII) 142 0
180 V* PW Tel a2* 19 33 21.6223874880 -45 16 18.394560768   5.562 5.583     ApCrEuSr 81 0
181 V* V1264 Cyg a2* 19 34 43.9289472528 +43 56 45.076870104   6.589 6.620     A0p 110 0
182 V* V3961 Sgr a2* 19 51 50.6106718344 -39 52 27.738309468 5.05 5.27 5.33     ApCr(Si) 183 0
183 V* V1291 Aql a2* 19 53 18.7357174440 -03 06 52.063556976   5.837 5.619     F0VpSrCrEu 275 0
184 V* V1372 Cyg a2* 20 13 36.3254054976 +53 39 33.549009120   7.334 7.333     A4p 129 0
185 * 73 Dra a2* 20 31 30.4066960752 +74 57 16.653861468   5.271 5.185     A9:VpCrSrEu 260 1
186 V* V2015 Cyg a2* 20 33 54.8435604456 +46 41 37.867484940   5.626 5.769     B8pSi 102 0
187 * 20 Cap a2* 20 59 36.1395973248 -19 02 07.002794616   6.12 6.25     ApSi 85 0
188 HD 200177 ** 21 00 06.6110963424 +48 40 45.986347956   7.35 7.34     B9p 58 0
189 HD 201018 HS* 21 08 07.6128003360 -37 02 42.863192916 8.69 8.76 8.63     sdB+F 26 0
190 * gam Equ a2* 21 10 20.5000721160 +10 07 53.691967776 5.03 4.94 4.68 4.43 4.32 A9VpSrCrEu 541 0
191 * tet01 Mic a2* 21 20 45.6194367384 -40 48 34.620146136 4.77 4.84 4.82 4.73 4.69 ApCrEuSr 134 0
192 HD 204411 a2* 21 26 51.6219389280 +48 50 06.599806584 5.54 5.38 5.31     A4VpSiCrHg 184 0
193 HD 205087 * 21 32 27.0141683568 +23 23 40.505670060   6.611 6.680     A0VpSiSr 86 0
194 V* BD Ind a2* 21 56 56.6970333720 -61 50 46.320856080   7.42 7.19     ApSrEuCr 62 0
195 V* BK Gru a2* 22 24 37.6103122272 -39 07 37.475207724   7.00 6.84     ApSrEuCr 61 0
196 V* GQ Cep a2* 22 39 22.8991823280 +75 39 27.460915704   8.11 8.15     A0p 63 0
197 HD 216018 * 22 49 26.5144571184 -11 20 57.251608404   7.97 7.62     A(3)+F(m) 43 0
198 V* BP Gru a2* 23 01 46.8211202616 -44 50 26.878698672   7.99 7.52     ApSrSi: 128 0
199 HD 217833 a2* 23 02 43.8966254040 +55 14 10.977469584   6.439 6.525     B8III 90 0
200 * kap Psc a2* 23 26 55.9558721856 +01 15 20.177913204 4.94 4.98 4.94 4.87 4.90 A2VpSrCrSi 272 0
201 V* CG Tuc a2* 23 29 00.9815552856 -63 06 38.359594512   5.51 5.68     ApSi 94 0
202 V* V354 Peg a2* 23 31 43.0297787640 +28 24 12.555107604   6.418 6.388     A0VpSrCrSiHg 73 0
203 V* V436 Cas a2* 23 32 47.6484957000 +57 54 20.112470496   7.72 7.55     A0p 114 0
204 * i03 Aqr Pe* 23 51 21.3383366673 -18 54 32.990905266 4.62 5.04 5.18     A0VpSiSr 199 0

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2023.03.26-00:19:12

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