1997A&AS..124..157G


Query : 1997A&AS..124..157G

1997A&AS..124..157G - Astron. Astrophys., Suppl. Ser., 124, 157-161 (1997/July-0)

Absolute proper motions for the calibration of the Hipparcos proper motion system.

GEFFERT M., KLEMOLA A.R., HIESGEN M. and SCHMOLL J.

Abstract (from CDS):

Absolute proper motions of 48 Hipparcos stars in nine fields distributed over the northern hemisphere are presented. The proper motions have been recently used as part of the Bonn program for the extragalactic link of the Hipparcos proper motion system. We describe methods which have led to the absolute proper motions of the major part of the Bonn fields for the link. For six fields the extragalactic calibration was achieved using the bright quasar in the centre of the field. In addition, data of three fields of globular clusters were included. For these fields the link to an extragalactic reference system was performed by stars, whose absolute proper motions with respect to galaxies were determined on plates of the Lick astrograph. In addition, we used for the link in one field plates from the ESO Schmidt telescope in combination with measurements from glass copies of the Palomar Sky Survey. The accuracy of a single proper motion is of the order of 2 to 3mas/a for each coordinate.

Abstract Copyright:

Journal keyword(s): astrometry - reference system - stars: kinematics

VizieR on-line data: <Available at CDS (J/A+AS/124/157): table2 table2.tex>

Simbad objects: 59

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Number of rows : 59
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024
#notes
1 Cl Melotte 22 OpC 03 46 24.2 +24 06 50           ~ 3434 0
2 HD 60487 * 07 35 24.4692274272 +17 22 59.395270872   8.92 7.88     G5 12 0
3 HD 60676 * 07 36 24.6185247072 +18 10 54.634466712   7.94 7.74     A2 16 0
4 HD 60848 Be* 07 37 05.7325392528 +16 54 15.300327852 5.55 6.67 6.87     O8:V:pe 139 0
5 QSO J0738+1742 BLL 07 38 07.39375312 +17 42 18.9981506   16.76 16.22 15.78   ~ 992 1
6 HD 61079 * 07 38 11.9696620848 +17 50 28.510246140   10.35 9.24     K2 13 0
7 * f Gem ** 07 39 28.5933680280 +17 40 28.278616584 8.53 6.61 5.05     K5.5III 80 0
8 V* V346 Gem LP* 07 41 05.8462545000 +16 52 24.006218340   10.01 8.43 8.82   K5 10 0
9 G 9-29 PM* 08 52 11.1633869712 +20 08 36.330766152   11.42   10.1   K3 26 0
10 HD 75899 * 08 53 20.6131170072 +19 19 19.808789628   9.26 7.63     K5 13 0
11 HD 75974 ** 08 53 55.3323673248 +19 58 01.665356988   7.384 6.668     F8 55 0
12 BD+20 2233 PM* 08 54 00.5026177848 +20 13 49.427873688   9.08 8.61     F7V 28 0
13 HD 76036 * 08 54 21.5230193520 +20 35 10.250768076   9.25 8.34     K0 21 0
14 QSO J0854+2006 BLL 08 54 48.8749846272 +20 06 30.639583620   15.91 15.43 15.56   ~ 2329 1
15 HD 76462 * 08 56 57.2128279896 +20 11 59.140824684   8.57 8.16     F5 26 0
16 HD 105290 * 12 07 23.0317038192 +19 21 11.753388288   9.35 8.19     K2III 15 0
17 V* LV Com BY* 12 07 50.9218409928 +18 56 55.811838084   10.09 9.16     K2V 29 0
18 BD+19 2533 * 12 08 55.5692465640 +18 18 14.690790612   11.00 10.51     F8V 20 0
19 BD+19 2534 PM* 12 09 01.9579780056 +18 19 17.222077740   11.50 10.66     K0V 14 0
20 BD+19 2536 PM* 12 10 04.4507644440 +18 58 36.153128100   11.3   9.5   K3V 21 0
21 NGC 4147 GlC 12 10 06.149 +18 32 31.78   11.45 10.74     ~ 573 0
22 HD 105865 * 12 11 02.1949420536 +18 37 30.002528136   9.16 8.03     K2III 14 0
23 BD+18 2576 * 12 11 18.7881324000 +17 58 44.935020336   11.21 10.64     F8V 20 0
24 BD+19 2541 PM* 12 12 46.8827970840 +18 32 02.034887676   9.67 9.12     F8 12 0
25 BD+19 2542 * 12 12 57.3013986096 +18 58 28.641689724   10.00 9.55     F3 20 0
26 HD 108228 * 12 26 00.8427265440 +02 02 31.205943924   7.38 7.32     A1IV 25 0
27 HD 108286 * 12 26 33.2883593520 +02 26 32.366292360   9.81 8.76     K0III 13 0
28 HD 108653 PM* 12 28 54.1803627936 +01 08 54.693750156   9.25 8.67     G3V 31 0
29 3C 273 BLL 12 29 06.6998257176 +02 03 08.597629980   13.05 14.830 14.11   ~ 5798 1
30 HD 108978 * 12 31 17.3857022088 +02 18 09.210455352   9.78 8.68 8.0   K1III 19 0
31 M 94 SyG 12 50 53.0737971432 +41 07 12.900884628 9.15 8.96 8.24 7.78   ~ 1386 2
32 M 51 Sy2 13 29 52.698 +47 11 42.93   9.26 8.36 8.40   ~ 4329 4
33 HD 122992 * 14 04 27.6221431968 +29 08 33.051570648   9.44 7.91     M3III 18 0
34 BD+29 2488 RG* 14 04 53.7717605112 +29 02 21.591574872   10.33 9.41     K0 20 0
35 HD 123339 * 14 06 25.4111725464 +27 43 35.325117084 8.420 8.480 8.100     F2 29 0
36 BD+29 2491 RG* 14 06 40.3405371624 +28 29 02.289799140   11.68 10.71     ~ 12 0
37 HD 123409 PM* 14 06 55.8289862760 +28 26 16.958838984 8.670 7.890 6.890     K0 36 0
38 Mrk 668 Sy1 14 07 00.39441712 +28 27 14.6901341   16.13 15.35 10.29   ~ 773 2
39 BD+29 2497 * 14 07 49.9846087200 +28 32 43.021064688   11.90 11.33     ~ 8 0
40 HD 151123 * 16 45 31.1631768336 -01 34 41.456139636   10.28 8.99     K1III 12 0
41 HD 151169 * 16 45 49.1636990616 -01 15 50.669846316   10.319 9.705     F7V 16 0
42 HD 151258 PM* 16 46 24.5616778920 -01 21 38.140732800   8.61 8.11     F5V 38 0
43 BD-02 4247 * 16 46 59.7110007672 -02 29 12.858222192   11.70 10.50     K2 10 0
44 M 12 GlC 16 47 14.18 -01 56 54.7     6.07     ~ 676 0
45 HD 151630 * 16 48 40.3525518528 -01 52 09.915567924   9.70 9.33     A5III 13 0
46 HD 151842 * 16 50 03.1561610472 -02 02 06.117200124   9.54 9.00     F3IVpEuSrBa 19 0
47 BD+70 973 * 18 01 50.0922953376 +70 14 16.899277164   10.22 9.13     K0 9 0
48 3C 371 BLL 18 06 50.6802916920 +69 49 28.109609256   14.77 14.22 11.39   ~ 856 2
49 V* LP Dra RS* 18 09 55.4986110768 +69 40 49.792233036       8.0   K2V 50 0
50 HD 167855A * 18 11 15.2386261677 +69 14 59.779878266   9.54 9.02 9.185   G0 23 0
51 HD 169002 * 18 16 40.7148834720 +69 42 34.685339868   8.78 8.33     F5 18 0
52 ICRF J184208.9+794617 Sy1 18 42 08.9904975672 +79 46 17.127835104   16.06 15.38     ~ 1316 0
53 HD 175938 PM* 18 45 38.1708579288 +79 56 33.639620100 6.710 6.670 6.400     A8V 51 0
54 HD 176373 PM* 18 47 32.8773204864 +80 09 37.949557896   9.15 8.45     G5 16 0
55 HD 178684 * 18 58 34.6990051920 +79 23 20.641909956   9.67 8.64     K0 9 0
56 BD-01 4173 ** 21 32 49.4877345005 -00 52 59.332284045   10.47 10.00     F8 13 0
57 M 2 GlC 21 33 27.02 -00 49 23.7     6.25     ~ 1030 1
58 BD-01 4177 RG* 21 35 25.8088839792 -00 58 52.416012072   11.5 10.25     K5 14 0
59 BD-01 4178 * 21 36 10.8295662576 -01 18 18.628187472   11.04 9.95     K0 7 0

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