2023AstBu..78..567R

Query : 2023AstBu..78..567R

2023AstBu..78..567R - Astrophys. Bull., 78, 567-587 (2023/December-0)

Results of Magnetic Field Measurements with the 6-m BTA Telescope. IX. Observations in 2015.

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

Abstract (from CDS):

The paper presents magnetic field measurements and physical parameters for 96 stars. Observations were carried out in 2015 with the 6-m BTA telescope using the Main Stellar Spectrograph (MSS). By analyzing circularly polarized spectra, the magnetic fields of the stars HD 653, HD 8855, HD 94603, HD 188101 (KIC 6065699), HD 189160, HD 195464, and BD+44 4130

Abstract Copyright: ∼

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

Simbad objects: 82

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Number of rows : 82
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 V* GR And a2* 00 28 28.5694460472 +32 26 15.875756412   6.99 6.91     A5VpSiSrCr 151 0
4 V* BC Cet a2* 00 57 32.5147526784 -10 28 32.790510984   7.59 7.63     ApSi 50 0
5 HD 6757 ** 01 08 53.14665 +45 12 26.8099           ~ 41 0
6 HD 8855 * 01 28 05.6640525096 +43 52 38.847852408   8.11 8.17     A1p 47 0
7 HD 8892 Pu* 01 28 44.1834230016 +51 53 02.802835464   8.76 8.71     A0 20 0
8 V* GY And a2* 01 38 31.8255225672 +45 23 58.935650100   6.343 6.380     A2:VpSiSrCrEu 270 0
9 * 11 Tri * 02 27 27.7711821096 +31 48 04.605648228   6.667 5.552     K1III: 51 0
10 HD 17330 * 02 47 38.6052085032 +29 40 42.700349568   7.12 7.11     ~ 31 0
11 HD 18104 * 02 55 22.0186865088 +27 43 20.548886556   6.81 6.85     B9 22 0
12 * 56 Ari a2* 03 12 14.2461137352 +27 15 25.085668788 5.22 5.64 5.76     B6IV-V 271 0
13 V* V498 Per a2* 03 49 48.9171996960 +35 36 00.694296900 11.83 9.88 9.49     ~ 34 0
14 * 56 Tau a2* 04 19 36.7048893816 +21 46 24.566827836   5.231 5.346     A0VpSi 193 0
15 V* V1140 Tau a2* 04 20 37.7861065824 +28 53 31.244361108   8.18 7.92     B9/A0 69 0
16 HD 29925 * 04 43 00.3775893048 +01 06 28.373407848   8.24 8.33     ApSi 36 0
17 HD 30085 * 04 50 36.3903746928 +70 56 29.494356432   6.268 6.341     A0IV 54 0
18 * 68 Eri PM* 05 08 43.6987121400 -04 27 22.349830176   5.546 5.119     F5.5VkF4mF2 245 0
19 HD 34736 Pu* 05 19 21.2291969760 -07 20 50.042070348   7.74 7.82     ApSi 50 0
20 HD 35456 ** 05 24 40.3787180856 -02 29 52.248170436   6.877 6.950     B9II/III 91 0
21 HD 35881 * 05 27 54.2332016760 +01 06 18.182783268   7.69 7.77     B8V 72 0
22 V* V1093 Ori a2* 05 30 45.2295918768 -00 22 24.267744120   8.15 8.21     ApSi 80 0
23 V* V1099 Ori Pu* 05 32 13.0812769464 -01 36 01.745707500 7.6 8.18 8.29     B8II 107 0
24 V* V1107 Ori Ro* 05 33 26.0574398904 +00 37 16.914334620   7.94 8.05     B8V 101 0
25 V* V1045 Ori a2* 05 34 53.9637586032 -04 06 37.494251928 6.08 6.569 6.709     B9III 148 0
26 HD 37058 Or* 05 35 33.3539646576 -04 50 15.181113696 6.40 7.18 7.30     B3/5II 177 0
27 * 33 Cam * 05 57 40.5722797968 +55 39 24.107310180   7.21 7.15     A0 19 0
28 HD 50169 Em* 06 51 59.2280506608 -01 38 40.392118428   9.01 8.98     ApEuSrCr 110 0
29 V* QX Gem a2* 06 54 13.6056650520 +33 00 09.042486264   8.20 8.19     ~ 23 0
30 HD 63347 * 07 54 20.4826389024 +71 04 45.261572880   7.34 7.34     ~ 18 0
31 * 53 Cam a2* 08 01 42.4403874648 +60 19 27.806833200   6.177 6.008     A3VpSrSiCrEu 410 0
32 HD 67044 * 08 08 24.6349993416 +49 01 15.873224988   7.44 7.48     B8 22 0
33 * omi UMa PM* 08 30 15.8701566400 +60 43 05.405606188 4.79 4.27 3.42 2.76 2.31 G5III: 271 1
34 HD 73045 SB* 08 36 48.0046481184 +18 52 58.090934424   8.89 8.62     kA1hA5mA9Si 92 0
35 HD 94603 * 10 55 16.9741626864 -01 25 28.804267956   9.43 9.35 9.31 9.651 ApSrEuCr 42 0
36 HD 96003 * 11 04 33.3400626096 +12 40 01.140685752   6.89 6.87     A3p 34 0
37 * del Leo PM* 11 14 06.50142 +20 31 25.3853 2.79 2.68 2.53 2.44 2.41 A5IV(n) 292 0
38 HD 112118 * 12 54 16.3989563040 -10 40 03.368637084   10.59 10.21     A1III 9 0
39 HD 126365 PM* 14 25 23.6442989568 -14 05 06.060996960   8.84 8.44     A(pSrCr) 27 0
40 V* FF Vir a2* 14 25 55.8786309720 +00 59 33.756435456 7.07 7.09 7.07     ApEuSrCr 184 0
41 * bet CrB a2* 15 27 49.7540595700 +29 06 20.494640434 4.08 3.97 3.68 3.50 3.45 F2VpSrCrEuSi 703 0
42 HD 138777 * 15 34 27.7519101336 -06 53 16.388289744   10.20 9.73     F2IV 27 0
43 HD 149046 Pu* 16 32 26.9704234704 -07 11 04.459753176   9.910 9.609 9.34   B9.5V 19 0
44 * 21 Oph ** 16 51 24.9282069791 +01 12 57.407501988   5.56 5.51     A0V 98 0
45 HD 153759 * 17 01 34.8818868351 -06 44 11.115772478   7.48 7.41     B9III/IV 19 0
46 HD 158450 ** 17 29 43.9848254928 -08 01 03.169337592   8.91 8.55     ApSi(Cr) 42 0
47 HD 158974 * 17 30 55.3731412536 +31 09 29.298907908   6.595 5.633     G8III 57 0
48 HD 158704 SB* 17 31 44.3739544896 -26 16 10.957302300   5.983 6.052     B9pHgMn 79 0
49 * 52 Oph a2* 17 35 18.5001243240 -22 02 37.775976180   6.490 6.481     ApSi 81 0
50 HD 161701 SB* 17 47 36.7796349672 -14 43 32.974809564   5.930 5.923     B9pHgMn 98 0
51 HD 165474 * 18 05 42.8401334904 +12 00 12.191017896   7.69 7.40     A6VpSrCrEuSi 105 0
52 HD 166894 * 18 10 54.4812587496 +38 57 41.300671392   7.92 7.80     ~ 23 0
53 HD 168796 * 18 21 02.5611785280 +13 49 00.602915880   8.00 7.88     ~ 25 0
54 HD 169005 ** 18 22 02.3078449080 +14 39 27.847991052   8.26 8.30     A2 18 0
55 HD 169191 PM* 18 22 49.0396549896 +17 49 35.819693400   6.499 5.249     K3III 86 0
56 HD 169887 Pu* 18 25 44.2232420191 +26 39 25.053023415   9.03 9.01     ApSi 18 0
57 HD 169842 * 18 26 22.2866497368 +06 51 25.638603336   9.33 9.14     A5VkA1pSrEuCr 49 0
58 V* QV Ser a2* 18 36 29.6322862008 +05 17 19.214997756 7.60 7.86 7.84     A0p 60 0
59 HD 171914 * 18 37 12.1890138912 +02 58 34.444333020   7.96 7.86     A0V 33 0
60 HD 349321 ** 18 48 40.4445138168 +20 53 10.090824144   9.30 9.34     ApSi 21 0
61 HD 174646 a2* 18 51 37.9309553568 -01 02 39.935837796   8.29 8.23     B8/9II 33 0
62 HD 175156 * 18 54 43.1136473552 -15 36 10.932683925   5.208 5.086     B3II 136 0
63 HD 176436 * 18 58 02.3892500664 +47 25 10.870210560   8.23 8.21     B9 12 0
64 HD 177548 * 19 04 53.0938162944 +08 28 34.614823980   8.83 8.54     A0 13 0
65 HD 180029 a2* 19 14 45.8407548384 +04 37 12.191491128   8.09 7.98     ApSi 24 0
66 HD 181436 * 19 18 36.0927351000 +41 36 43.382813472   8.64 8.67     B9 17 0
67 HD 338226 ** 19 21 59.8923997608 +25 11 43.747763532   9.99 9.84     ApSi 21 0
68 * 3 Vul Pu* 19 22 50.8855509384 +26 15 44.667340056 4.53 5.065 5.192     B7V 133 0
69 HD 184961 * 19 36 08.3511576408 +22 35 08.744220600   6.267 6.319     B9IVpSi 72 0
70 HD 187128 a2* 19 47 39.7571684688 +15 54 27.489693852   7.61 7.59     B9 30 0
71 HD 188101 Er* 19 51 50.9985963768 +41 20 55.676022720   7.66 7.74     B9 23 0
72 HD 188103 Pe* 19 52 56.9967237456 +17 48 54.208789164   8.02 8.02     A0pSiSrEu 26 0
73 V* V1291 Aql a2* 19 53 18.7357174440 -03 06 52.063556976   5.837 5.619     F0VpSrCrEu 285 0
74 HD 188501 * 19 53 51.7903818360 +39 06 25.758032220   7.96 8.04     ~ 20 0
75 V* V2095 Cyg a2* 19 56 50.1551656776 +44 16 16.046775912   7.88 7.90     B9pSiCr 60 0
76 HD 190075 a2* 20 03 13.2332974416 +00 42 01.980841284   8.85 8.80     ApSi 13 0
77 HD 193344 * 20 18 27.5629641168 +36 15 15.628698288   7.54 7.60     B9p 39 0
78 HD 195464 * 20 30 06.7792111464 +37 36 50.854112496   8.49 8.59     ~ 10 0
79 HD 335238 * 20 50 43.6655493504 +29 48 12.042715104   9.30 9.26     A2 47 0
80 HD 201174 * 21 06 22.5977527344 +45 16 13.863438336   8.83 8.77     A0p 46 0
81 BD+44 4130 Pu* 22 25 59.2902871368 +44 46 27.688627524   9.27 9.27     B9p 9 0
82 HD 216018 * 22 49 26.5144571184 -11 20 57.251608404   7.97 7.62     A9VpSrCrEu 49 0

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