2017AstBu..72..391R

Query : 2017AstBu..72..391R

2017AstBu..72..391R - Astrophys. Bull., 72, 391-410 (2017/December-0)

Results of magnetic field measurements performed with the 6-m telescope. IV. Observations in 2010.

ROMANYUK I.I., SEMENKO E.A., KUDRYAVTSEV D.O., MOISEEVA A.V. and YAKUNIN I.A.

Abstract (from CDS):

We present the results of measurements of magnetic fields, radial velocities and rotation velocities for 92 objects, mainly main-sequence chemically peculiar stars. Observations were performed at the 6-m BTA telescope using Main Stellar Spectrograph with a Zeeman analyzer. In 2010, twelve new magnetic stars were discovered: HD 17330, HD 29762, HD 49884, HD 54824, HD 89069, HD 96003, HD 113894, HD 118054, HD 135679, HD 138633, HD 138777, BD +53.1183. The presence of a field is suspected in HD 16705, HD 35379 and HD 35881. Observations of standard stars without a magnetic field confirm the absence of systematic errors which can introduce distortions into the measurements of longitudinal field. The paper gives comments on the results of investigation of each star.

Abstract Copyright: ∼

Journal keyword(s): stars: magnetic field - stars: chemically peculiar

VizieR on-line data: <Available at CDS (J/other/AstBu/72.391): table4.dat>

Status at CDS : Objects in title, abstract, text, figures, and all or part of small table(s) being processed in SIMBAD.

Simbad objects: 93

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Number of rows : 93
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 HD 653 * 00 10 51.8865891600 +40 34 39.268908300   9.07 8.97     ~ 13 0
2 HD 965 Pe* 00 14 04.0648431696 -00 02 00.098903652   8.94 8.57     A1III-IVSrSiEu 81 0
3 HD 5441 * 00 56 25.6976966616 +23 57 28.819080684   9.41 9.23     ~ 12 0
4 V* V551 Cas a2* 01 00 33.4346947944 +60 26 40.930591668   8.68 8.5     B8 106 0
5 HD 6757 ** 01 08 53.14665 +45 12 26.8099           ~ 41 0
6 NGC 752 105 * 01 56 47.5994079192 +37 24 30.611305260   10.68 10.26 10.20   F0V 27 0
7 BD+36 363 * 01 57 17.0995872792 +37 26 08.973450528   10.66 10.18     F4.6 52 0
8 BD+37 431 SB* 01 57 36.2116385405 +37 45 10.154947116   10.16 9.85     F2III 47 0
9 HD 16705 * 02 41 58.4411670672 +42 47 30.643717956   7.73 7.73     B9V 43 0
10 HD 17330 * 02 47 38.6052085032 +29 40 42.700349568   7.12 7.11     ~ 31 0
11 HD 23924 * 03 49 40.9233801600 +23 20 29.652869940   8.32 8.13   7.91 A5VkA7mA7 124 0
12 V* V498 Per a2* 03 49 48.9171996960 +35 36 00.694296900 11.83 9.88 9.49     ~ 34 0
13 HD 23964A SB* 03 49 58.0556899152 +23 50 55.288075236   6.82 6.81 6.3 6.74 B9.5VspSiSrCr 167 0
14 HD 281367 SB* 03 59 12.9839417664 +32 42 46.171045188   10.40 9.95     kA5hA7mF0 28 0
15 HD 29762 * 04 44 57.8360113320 +59 52 38.042779188   9.26 9.09     ApSrCr 19 0
16 * 11 Ori a2* 05 04 34.1491891634 +15 24 14.767720310   4.609 4.661     A1VpSiCr 156 0
17 * 68 Eri PM* 05 08 43.6987121400 -04 27 22.349830176   5.546 5.119     F5.5VkF4mF2 245 0
18 HD 34307 ** 05 16 24.6942873 -01 38 31.246624   7.91 7.89     B9V 34 0
19 HD 34968 Pu* 05 20 26.9147809752 -21 14 23.148600180   4.684 4.729     A0V 59 0
20 V* V1156 Ori Ro* 05 23 50.3591328504 +02 04 55.824899052   7.78 7.91     B7IV 150 0
21 HD 35101 * 05 24 22.8530629776 +42 36 37.083088440   8.25 8.08     A2 12 0
22 HD 35456 ** 05 24 40.3787180856 -02 29 52.248170436   6.877 6.950     B9II/III 91 0
23 HD 35548 ** 05 25 31.0794483731 -00 32 38.128886484 6.34 6.52 6.56     B9III 159 0
24 HD 35575 * 05 25 36.4983776664 -01 29 28.656465108   6.256 6.420     B5II/III 99 0
25 HD 35379 * 05 25 38.0971494264 +30 41 14.180228664   8.866 8.913 8.913   ~ 19 0
26 HD 35730 * 05 26 54.2768314392 +03 36 52.821548784   7.036 7.176     B3V 83 0
27 HD 35881 * 05 27 54.2332016760 +01 06 18.182783268   7.69 7.77     B8V 72 0
28 HD 36032 * 05 28 40.3682340768 -02 44 01.235228244   9.15 9.19     B9V 36 0
29 V* V1093 Ori a2* 05 30 45.2295918768 -00 22 24.267744120   8.15 8.21     ApSi 80 0
30 * del02 Ori SB* 05 32 00.4064140728 -00 17 04.347484800 5.97 6.67 6.83     B2Vsn 296 0
31 V* V1099 Ori Pu* 05 32 13.0812769464 -01 36 01.745707500 7.6 8.18 8.29     B8II 107 0
32 HD 36540 ** 05 32 14.8277325720 -04 31 06.193607664 7.71 8.19 8.16     B7IVp 113 1
33 HD 36629 Y*O 05 32 57.0824474232 -04 33 59.339585016 7.01 7.67 7.65 7.53 7.53 B2V 201 0
34 V* V1045 Ori a2* 05 34 53.9637586032 -04 06 37.494251928 6.08 6.569 6.709     B9III 148 0
35 HD 36982 Or* 05 35 09.8363878512 -05 27 53.216296776 8.00 8.58 8.46     B2V 225 0
36 * tet01 Ori C SB* 05 35 16.4662967280 -05 23 22.921811880 4.20 5.15 5.13 4.91 4.73 O7Vp 1479 1
37 V* V1179 Ori a2* 05 36 06.2338022808 -07 23 47.317093944   7.31 7.38     B8V 103 0
38 HD 37140 a2* 05 36 18.7626483096 -00 18 13.191518088 8.24 8.65 8.55 8.37 8.31 B8II 103 0
39 * sig Ori E Y*O 05 38 47.2050040320 -02 35 40.521424812 5.66 6.38 6.46 6.84 7.08 B2IV-Vp_He 486 0
40 HD 37525 Y*O 05 39 01.4927799048 -02 38 56.364214344   7.98 8.06   8.210 B5V 95 1
41 HD 37687 * 05 40 19.7244660720 -03 25 37.491283092 6.64 7.052 7.045     B7/8II/III 65 0
42 V* V901 Ori Ro* 05 40 56.3704617744 -01 30 25.856677224 5.96 6.82 6.96     B2V 354 2
43 * omi Aur * 05 45 54.0419582136 +49 49 34.575758364   5.495 5.460     A2VpCr 130 0
44 V* V1054 Ori a2* 05 48 25.5041382456 -00 45 34.610849136   7.69       ApSrEuCr 71 0
45 * 137 Tau a2* 05 52 22.2914333688 +14 10 18.428386584   5.532 5.586     A0VpSiSrCr 111 0
46 V* V682 Mon a2* 06 28 10.7659506576 -04 53 56.511231684   7.85 7.97     ApSi 100 0
47 HD 258686 ** 06 30 47.05574 +10 03 46.4308 8.62 9.06 9.12 9.328   A0IIIp_sh? 53 0
48 HD 261937 Y*O 06 41 04.5662393952 +09 54 43.857027144 10.918 10.71 10.36 10.115 9.857 kA2hA2mA5V 59 0
49 HD 50169 Em* 06 51 59.2280506608 -01 38 40.392118428   9.01 8.98     ApEuSrCr 110 0
50 HD 49884 * 06 52 35.1990636456 +42 37 10.062762528   8.28 8.26     B9.5IIIEu 22 0
51 HD 50461 a2* 06 53 07.9951326456 -07 45 55.981692612   7.74 7.80     ApSi 46 0
52 V* NY Aur a2* 06 59 20.1281774064 +42 18 53.114696892   6.76 6.67     ~ 105 0
53 HD 52711 PM* 07 03 30.4592307736 +29 20 13.493121298 6.57 6.53   5.6   G0V 280 0
54 HD 54824 Pe* 07 11 54.7258109928 +34 59 18.644415180 8.810 8.75 8.63     A5IV-VSrSi 22 0
55 HD 62512 * 07 44 15.3265442976 -00 43 12.429786288   8.93 8.78     A0V 12 0
56 BD+53 1183 * 07 47 05.9429789184 +53 38 19.454049384   10.10 9.92     ApSrCr 14 0
57 * 53 Cam a2* 08 01 42.4403874648 +60 19 27.806833200   6.177 6.008     A3VpSrSiCrEu 410 0
58 HD 89069 a2* 10 21 16.0361505960 +78 45 51.457200984   8.46 8.42     A0p 57 0
59 HD 90763 * 10 28 43.9590559992 -03 44 32.607709584   6.079 6.032     A0V 48 0
60 HD 93294 ** 10 46 12.72248 -05 45 36.8040   9.098 8.730 9.076   ApSrEuCr+(G) 18 0
61 HD 96003 * 11 04 33.3400626096 +12 40 01.140685752   6.89 6.87     A3p 34 0
62 * tet Leo PM* 11 14 14.4056705348 +15 25 46.455911128 3.40 3.33 3.35 3.32 3.34 A2IV 353 0
63 BD+12 2366 PM* 11 41 47.9260044000 +11 57 50.468545548   9.96 9.48     F8 5 0
64 V* FT Vir dS* 12 27 51.5474031360 -04 36 54.996375240   6.637 6.210     F5IVn 73 0
65 V* AX CVn a2* 12 39 16.8606994152 +35 57 07.050433068   6.466 6.385     A0pSrCrEuKsn 181 0
66 BD+38 2360 Em* 12 43 05.1086599536 +38 05 50.538747480   9.98 9.72     F0pSrCrEu 26 0
67 * alf02 CVn a2* 12 56 01.6655889007 +38 19 06.155170512 2.44 2.76 2.88 2.98 3.05 A0VpSiEu 707 0
68 HD 113894 PM* 13 06 42.6297515496 +07 08 48.166888092   8.78 8.53     ~ 27 0
69 HD 114125 SB* 13 08 29.9195499048 -02 40 44.387751432   8.28 7.86     kA8hF3mF5(II-III) 57 0
70 * y Vir ** 13 34 40.4501961 -13 12 51.571563   5.956 5.932     A0V 102 0
71 V* FI Ser a2* 15 14 21.0053987256 +00 22 10.563196152   7.97 7.94     B9IV 65 0
72 HD 135679 * 15 15 41.4480845904 +25 38 33.129051576 6.61 6.897 6.960     ~ 34 0
73 * bet CrB a2* 15 27 49.7540595700 +29 06 20.494640434 4.08 3.97 3.68 3.50 3.45 F2VpSrCrEuSi 703 0
74 HD 138633 * 15 33 34.0312079208 -11 03 54.804550248   9.01 8.63     ApSrEuCr 21 0
75 HD 138777 * 15 34 27.7519101336 -06 53 16.388289744   10.20 9.73     F2IV 27 0
76 HD 149046 Pu* 16 32 26.9704234704 -07 11 04.459753176   9.910 9.609 9.34   B9.5V 19 0
77 * 52 Her a2* 16 49 14.21821 +45 58 59.9620   4.914 4.823     A1VpSiSrCr 267 0
78 HD 157740 * 17 24 31.5370934928 +16 18 03.626024256   5.806 5.736     A3V 60 0
79 HD 158450 ** 17 29 43.9848254928 -08 01 03.169337592   8.91 8.55     ApSi(Cr) 42 0
80 HD 158974 * 17 30 55.3731412536 +31 09 29.298907908   6.595 5.633     G8III 57 0
81 HD 168856 * 18 22 10.8205486968 -07 29 55.602976200   7.13 7.05     ApSi 48 0
82 HD 169191 PM* 18 22 49.0396549896 +17 49 35.819693400   6.499 5.249     K3III 86 0
83 HD 178308 Pu* 19 06 57.1174486920 +27 45 42.753773448   8.61 8.54     ~ 16 0
84 HD 178892 Pu* 19 09 54.7518733248 +14 57 58.348940148   9.27 8.94     ApSrCrEu 55 0
85 HD 343872 a2* 19 12 31.5030062016 +24 21 37.550764440   9.98 9.93     ApSi 46 0
86 HD 182180 * 19 24 30.1801035096 -27 51 57.389455476 5.22 5.889 6.011     B2Vnn 128 0
87 HD 225627 * 19 45 05.0362850664 +34 33 14.892243984   9.457 9.363     ApSr 16 0
88 BD+00 4535 * 20 33 26.4270344544 +00 58 53.988578040   10.28 9.92     ~ 10 0
89 HD 198920 ** 20 53 29.9120387 +03 00 07.287112   8.14 7.55     F5V 23 0
90 V* LR Del a2* 20 55 02.1795191760 +17 15 34.427117268   7.89 7.84     ~ 38 0
91 HD 201174 * 21 06 22.5977527344 +45 16 13.863438336   8.83 8.77     A0p 46 0
92 * gam Equ a2* 21 10 20.5000721160 +10 07 53.691967776 5.03 4.94 4.68 4.43 4.32 A9VpSrCrEu 564 0
93 HD 217401 * 23 00 19.3039226784 +14 00 03.067593660   8.64 8.30     kA5hA9mF2(IV) 29 0

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