2000KFNT...16a..20K

Query : 2000KFNT...16a..20K

2000KFNT...16a..20K - Kinematika Fiz. Nebesn. Tel., 16, part no 1, 20-31 (2000)

Detection of moving clusters by a method of cinematic pairs.

KHODJACHIKH M.F. and ROMANOVSKY E.A.

Journal keyword(s):

Simbad objects: 87

goto View the references in ADS

Number of rows : 87
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 224881 * 00 01 27.7464367656 +49 00 37.455315984   8.95 8.92     A0 12 0
2 HD 105 PM* 00 05 52.5447817152 -41 45 11.044988352   8.13 7.53     G0V 203 0
3 HD 1466 PM* 00 18 26.1235857360 -63 28 38.980983432   8.00 7.46     F8V 138 0
4 * bet03 Tuc ** 00 32 43.9053745704 -63 01 53.402028960 5.15 5.13 5.09     A0V 139 0
5 * rho Tuc SB* 00 42 28.3718820672 -65 28 04.906571664   5.875 5.381     F6V 68 0
6 Smethells 173 PM* 00 45 28.1543761104 -51 37 33.939128316   13.17 12.30 10.9 9.73 M3V 66 0
7 * ups Phe ** 01 07 47.8233278592 -41 29 12.635288484   5.361 5.207     A1(V)+F1(V) 88 0
8 V* CC Phe PM* 01 28 08.6607223056 -52 38 19.144933512   9.98 9.07     K1V 103 0
9 HD 9476 * 01 32 24.5811775848 -37 17 04.438936608   9.62 9.03     G2V 18 0
10 V* EX Cet BY* 01 37 35.4667815000 -06 45 37.529924796 8.862 8.459 7.656 7.218 6.817 K0/1V 157 0
11 HD 10269 PM* 01 39 07.6242946224 -56 25 45.751459944   7.54 7.08     F5V 51 0
12 * eps Scl ** 01 45 38.7571221 -25 03 09.402256   5.70 5.31     F1V+K1V 86 0
13 HD 10863 PM* 01 46 01.0580461824 -27 20 55.792093776   6.729 6.385     F2V 52 0
14 V* DK Cet PM* 01 57 48.9775849512 -21 54 05.341104000   8.73 8.057   7.343 G4V 152 0
15 HD 12157 PM* 01 58 28.0033163928 -41 10 12.294189696   7.56 7.22     F3V 27 0
16 Ross 15 PM* 01 59 23.5137039235 +58 31 16.104337813   12.90 12.155 11.871   M4Ve 102 0
17 HD 13183 SB* 02 07 18.0601078272 -53 11 56.531423652   9.34 8.65   7.87 G7V 99 0
18 HD 13246 PM* 02 07 26.1250439520 -59 40 45.941799000   8.02 7.50     F7V 101 1
19 * phi Eri PM* 02 16 30.5860916570 -51 30 43.794586801 3.06 3.45 3.57 3.64 3.75 B8IV 161 0
20 HD 14082 BY* 02 17 25.2869702592 +28 44 42.145069812   7.545 7.031 8.04   F2 137 0
21 HD 15394 * 02 27 42.3471951336 -33 53 47.621570496   8.11 7.58     F7V 30 0
22 * phi For * 02 28 01.7031974304 -33 48 39.742346664   5.205 5.123   5.03 A2.5V 58 0
23 * eps Hyi PM* 02 39 35.3616474335 -68 16 01.008064791 3.91 4.047 4.096     B9Va 133 0
24 * s Eri SB* 02 39 47.9753006640 -42 53 30.519103344   4.81 4.75     A1Vb 88 1
25 HD 19545 PM* 03 07 50.8499336856 -27 49 52.144200912   6.338 6.170     A3V 64 0
26 HD 20121 ** 03 12 25.74558 -44 25 10.7932   6.37 5.93     A8V+F3V 102 0
27 * iot Hyi PM* 03 15 57.6657264888 -77 23 18.434461128   5.944 5.506     F5IV-V 72 0
28 HD 21722 PM* 03 25 36.2527734840 -69 20 11.163813864   6.361 5.946     F5V 51 0
29 HD 21997 PM* 03 31 53.6470102728 -25 36 50.940001116   6.501 6.372   6.25 A3IV/V 174 0
30 HD 22705 SB* 03 36 53.4019969800 -49 57 28.871978688   8.22 7.62   6.96 G2V 85 0
31 HD 24636 PM* 03 48 11.4715618344 -74 41 38.819425776   7.513 7.127     F3IV/V 75 0
32 * f Eri ** 03 48 35.87724 -37 37 12.5415 4.22 4.26 4.27     ~ 44 0
33 MCC 435 PM* 04 12 42.1723491600 +70 12 05.641609284   10.89 9.70 9.318   K7V 43 0
34 * ups04 Eri SB* 04 17 53.6624004496 -33 47 54.052408258 3.07 3.44 3.56 3.57 3.68 B8V+B9.5V? 168 0
35 BD-11 916 PM* 04 37 41.8657785528 -11 02 19.972109364 13.041 11.838 10.331 9.327 8.137 M1V 171 0
36 HD 29615 PM* 04 38 43.9420468776 -27 02 01.804814772   9.08 8.47   7.79 G3V 83 0
37 HD 30051 SB* 04 43 17.2067831232 -23 37 42.048877548   7.51 7.11     F2/3IV/V 58 1
38 HD 32195 PM* 04 48 05.1761479440 -80 46 45.262920468   8.67 8.155   7.541 F7V 78 0
39 * bet Eri PM* 05 07 50.9748851089 -05 05 11.389142292 3.02 2.92 2.79 2.65 2.57 A3IV 231 0
40 V* AS Col RS* 05 20 38.0482052304 -39 45 17.797423968   7.89 7.38   6.81 F6V 82 1
41 HD 35505 * 05 24 28.4869999272 -16 58 32.795612400   5.631 5.636     A0V 52 0
42 HD 37286 * 05 36 10.2953769240 -28 42 28.848600612   6.409 6.256   6.10 A2III/IV 69 0
43 HD 37306 * 05 37 08.7722861928 -11 46 31.857428280   6.143 6.089     A1V 64 0
44 HD 37484 * 05 37 39.6269435064 -28 37 34.655407824   7.66 7.25   6.79 F4V 108 0
45 HD 38397 Ro* 05 43 35.8089067368 -39 55 24.721640724   8.72 8.140   7.486 G0V 70 0
46 HD 40216 * 05 55 43.1621436480 -38 06 16.259593752   7.95 7.47     F7V 70 1
47 HD 41071 * 06 00 41.2986127464 -44 53 50.109263016   9.81 9.07     G8V 55 0
48 V* V1358 Ori BY* 06 19 08.0574987312 -03 26 20.361237864   8.52 7.95     G0V 128 0
49 HD 44627 Er* 06 19 12.9130449912 -58 03 15.527294208   10.01 9.205   8.185 K1V(e) 207 1
50 * 26 Gem PM* 06 42 24.3272435853 +17 38 43.086480602   5.27 5.21     A2V 97 0
51 HD 53842 PM* 06 46 13.5367594104 -83 59 29.517958896   7.90 7.46     F5V 85 0
52 HD 59640 Er* 07 24 37.1253015240 -71 28 14.371596228   6.59 6.48     A3V 20 0
53 HD 58556 * 07 25 57.2174705544 -02 14 54.482622900   7.54 6.97     G1V 43 0
54 HD 63433 MS* 07 49 55.0606576176 +27 21 47.457467316   7.59 6.91     G5V 206 0
55 HD 67551 * 08 08 02.0011545288 -13 30 29.162359404   7.78 7.24     F8V 29 0
56 HD 75935 BY* 08 53 49.9407253896 +26 54 47.679576444   9.21 8.45     G8V 58 0
57 HD 78762 SB* 09 07 06.2598275175 -61 45 51.016179401   9.48 8.67     G8V 24 0
58 HD 80133 PM* 09 17 55.3834861296 -03 23 14.099315388   8.63 7.77     K1/2V 39 0
59 * 21 LMi dS* 10 07 25.7623702826 +35 14 40.905120440 4.74 4.67 4.49 4.31 4.24 A7V(n) 234 0
60 * 37 UMa PM* 10 35 09.6937360824 +57 04 57.487315116   5.481 5.148     F2V 194 0
61 * p Vel SB* 10 37 18.1504398154 -48 13 32.398269222 4.19 4.13 3.84 3.57 3.41 kA5hF0VpSr 131 0
62 * bet UMa PM* 11 01 50.4797515135 +56 22 56.761138187 2.35 2.35 2.37 2.31 2.35 A1IVps 462 0
63 MCC 280 Em* 11 09 52.4157949416 +21 37 31.838426184   12.26 11.045 10.765   K5V 23 0
64 HD 98553 PM* 11 20 11.5954121232 -19 34 40.467580428   8.10 7.53     G2VFe-0.7 98 0
65 * gam UMa Em* 11 53 49.8473166 +53 41 41.135025 2.440 2.450 2.440 2.44 2.47 A0V 417 0
66 * del UMa PM* 12 15 25.5598467041 +57 01 57.421119850 3.460 3.410 3.320 3.25 3.25 A2Vn 312 0
67 V* DO CVn BY* 12 35 51.2877348744 +51 13 17.314169592   9.50 8.54     K0 62 0
68 HD 110463 BY* 12 41 44.5223098128 +55 43 28.822255644   9.250 8.265     K3Ve 131 0
69 * eps UMa a2* 12 54 01.7495922 +55 57 35.362645 1.76 1.75 1.77 1.79 1.82 A1III-IVpkB9 488 0
70 HD 115043 PM* 13 13 37.0081725552 +56 42 29.759356008   7.423 6.813     G1Va 274 0
71 * zet01 UMa SB* 13 23 55.5422805173 +54 55 31.295579890 2.11 2.271 2.220 2.10 2.12 A1.5Vas 320 0
72 * g UMa ** 13 25 13.5378333 +54 59 16.654781 4.260 4.180 4.010 3.85 3.78 A5V+M3-4V 318 0
73 V* DL Dra dS* 14 42 03.2484182088 +61 15 42.887574504   6.65 6.29     F3V 94 0
74 * alf CrB SB* 15 34 41.2684881676 +26 42 52.866000089 2.19 2.22 2.24 2.21 2.25 A1IV 499 0
75 HD 155712 PM* 17 12 37.6225386888 +18 21 04.300505496       7.4   K2.5V 62 0
76 HD 165185 PM* 18 06 23.7195191736 -36 01 11.230597272 6.64 6.57 5.95 5.58   G1V 192 0
77 HD 179949 BY* 19 15 33.2300695008 -24 10 45.671448072   6.772 6.237     F8V 435 1
78 HD 202575 PM* 21 16 32.4670760976 +09 23 37.775303340 9.802 8.923 7.878 7.276 6.774 K3V 147 0
79 * del Cap SB* 21 47 02.4442395 -16 07 38.233507 3.22 3.12 2.83 2.59 2.43 kA5hF0mF2III 284 0
80 HD 207575 PM* 21 52 09.7248858144 -62 03 08.506270296   7.72 7.23     F6V 93 0
81 HD 207964 ** 21 55 11.39417 -61 53 11.7947   6.37 5.96     F0(V)+F5(V) 95 1
82 Smethells 98 PM* 21 59 53.8043818272 -62 06 15.862770720 14.624 13.77 11.986 11.488 10.136 M2V 22 0
83 * mu. PsA PM* 22 08 23.0113421424 -32 59 18.491668224 4.60 4.55 4.50 4.43 4.38 A1.5IVn 132 0
84 HD 214867 PM* 22 41 45.4736590008 -39 27 41.917545972   9.61 8.97     G3V 43 0
85 HD 221551 ** 23 33 26.60014 -57 01 44.6363           F6/7V 28 0
86 HD 221736 * 23 34 50.3855680248 -42 41 03.450179220   6.86 6.65     A5V 20 0
87 HD 222259A RS* 23 39 39.4808078664 -69 11 44.707735104   9.161 8.226 9.28 7.352 G6V 190 0

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