1998A&A...330..515F

Query : 1998A&A...330..515F

1998A&A...330..515F - Astronomy and Astrophysics, volume 330, 515-520 (1998/2-2)

The absolute magnitudes of RR Lyraes from HIPPARCOS parallaxes and proper motions.

FERNLEY J., BARNES T.G., SKILLEN I., HAWLEY S.L., HANLEY C.J., EVANS D.W., SOLANO E. and GARRIDO R.

Abstract (from CDS):

We have used HIPPARCOS proper motions and the method of Statistical Parallax to estimate the absolute magnitude of RR Lyrae stars. In addition we used the HIPPARCOS parallax of RR Lyrae itself to determine it's absolute magnitude. These two results are in excellent agreement with each other and give a zero-point for the RR Lyrae Mv,[Fe/H] relation of 0.77±0.15 at [Fe/H]=-1.53. This zero-point is in good agreement with that obtained recently by several groups using Baade-Wesselink methods which, averaged over the results from the different groups, gives Mv=0.73±0.14 at [Fe/H]=-1.53. Taking the HIPPARCOS based zero-point and a value of 0.18±0.03 for the slope of the Mv,[Fe/H] relation from the literature we find firstly, the distance modulus of the LMC is 18.26±0.15 and secondly, the mean age of the Globular Clusters is 17.4±3.0 GYrs. These values are compared with recent estimates based on other "standard candles" that have also been calibrated with HIPPARCOS data. It is clear that, in addition to astrophysical problems, there are also problems in the application of HIPPARCOS data that are not yet fully understood.

Abstract Copyright: ∼

Journal keyword(s): stars: variables: RR Lyraes - Galaxy: Globular Clusters - galaxies: Magellanic Clouds

VizieR on-line data: <Available at CDS (J/A+A/330/515): table1 table1.tex>

Simbad objects: 156

goto View the references in ADS

Number of rows : 156
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 V* RU Scl RR* 00 02 48.1070566536 -24 56 43.074744252   10.991 10.563 10.24 10.069 F0/2V 97 0
2 V* UU Cet RR* 00 04 05.1245594784 -16 59 51.543635100   10.50 14.18     kA4.5hF4 112 0
3 V* V363 Cas cC* 00 15 14.3334878928 +60 20 25.690341840   11.26 10.68     kF6hF7 60 0
4 V* SW And RR* 00 23 43.0896315888 +29 24 03.626531352 9.53 9.34 9.15     A7IIImF0 257 0
5 V* RX Cet RR* 00 33 38.2801924320 -15 29 14.802914472   11.7 11.85     A7 100 0
6 V* W Tuc RR* 00 58 09.7045404187 -63 23 44.369640880   11.81 11.60     kA2hA5 126 0
7 V* RU Cet RR* 01 00 40.3033586784 -15 57 27.611709156   12.02 11.90     kA3p 71 0
8 V* RU Psc RR* 01 14 26.0371799376 +24 24 56.367501264   10.34 10.15     kA6hF3 85 0
9 V* XX And RR* 01 17 27.4142665200 +38 57 02.047066920   11.00 10.62     kA1hA9.5 128 0
10 V* VW Scl RR* 01 18 14.9704469616 -39 12 44.842757832   11.14 11.01     ~ 56 0
11 V* AM Tuc RR* 01 18 30.6495170496 -67 55 04.962278568   12.00 11.54     kA5hA8 54 0
12 V* RR Cet RR* 01 32 08.1731409309 +01 20 30.230098757 9.46 9.33 9.15     A9V 221 0
13 V* VX Scl RR* 01 35 23.6616795216 -35 07 42.603497976   12.22 12.01     A2 52 0
14 V* SV Scl RR* 01 44 59.6627557363 -30 03 33.385938833   11.6 11.6     kA2 71 0
15 V* CI And RR* 01 55 08.2937618520 +43 45 56.490749748   12.47 12.07     A8 68 0
16 V* XZ Cet RR* 02 00 16.6337784768 -16 20 46.035996360   9.81 9.49 9.34 9.241 A1w 78 0
17 V* SS For RR* 02 07 51.9781810872 -26 51 57.716828856   10.45 10.20     kF5hF8 111 0
18 V* RV Cet RR* 02 15 14.9042875944 -10 48 00.718115472   11.30 10.85     kA0hF0 97 0
19 V* RZ Cet RR* 02 28 32.4383325288 -08 21 30.111811236   11.74 11.53     kF0.5hF2.3 100 0
20 V* CS Eri RR* 02 37 05.7588329711 -42 57 48.035460221   9.25 9.03     A2/3(IIw) 84 0
21 NAME Magellanic Clouds GrG 03 00 -71.0           ~ 7067 0
22 V* X Ari RR* 03 08 30.8846437148 +10 26 45.218712967 9.45 9.25 8.97     F0.5 292 0
23 V* SV Eri RR* 03 11 52.1074067400 -11 21 14.067448524   10.34 9.96     A1III 129 0
24 V* SX For RR* 03 30 22.3499972497 -36 03 13.503234127   11.313 10.975     kA1hF5 71 0
25 V* AR Per RR* 04 17 17.1976834800 +47 24 00.635621400 10.72 10.37 9.94     kF2hF7.5 170 0
26 V* RX Eri RR* 04 49 44.2915145832 -15 44 28.242958128 9.64 9.43 9.22     kA8.5hF6.5 184 0
27 V* U Pic RR* 04 50 06.6283597344 -50 39 25.235779680   11.70 11.17     kA3hA5 74 0
28 V* BB Eri RR* 04 53 37.5174884400 -19 26 01.062131496   11.98 11.74     kA0hF0.5 82 0
29 V* U Lep RR* 04 56 17.9852660208 -21 13 02.024591448   10.76 10.64     A8/F2(I) 111 0
30 V* RY Col RR* 05 15 07.7818581648 -41 37 41.674798776   10.59 10.45     A7 89 0
31 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 17437 0
32 SN 1987A SN* 05 35 28.020 -69 16 11.07           SNIIpec 4939 2
33 V* RX Col RR* 06 13 14.7399958536 -37 15 00.566702568           ~ 49 0
34 V* TZ Aur RR* 07 11 35.0232525192 +40 46 37.148012292   12.44 11.55     kB9.5hF0 116 0
35 V* AA CMi RR* 07 17 19.1688267648 +01 43 40.045234872   11.61 11.64     kF8hF7 57 0
36 V* HH Pup RR* 07 20 35.5562195569 -46 42 30.091727783   11.52 11.31 11.49   A3II/III 83 0
37 V* RR Gem RR* 07 21 33.5312487888 +30 52 59.459320164   12.34 11.92     kA2hA7.5 213 0
38 V* HK Pup RR* 07 44 46.8028630608 -13 05 56.312626632   11.70 11.41     ~ 53 0
39 V* TW Lyn RR* 07 45 06.3012265872 +43 06 41.577305436   12.52 11.69     kA6hF6 75 0
40 V* SZ Gem RR* 07 53 43.4534934528 +19 16 23.929922856   12.13 12.00 11.89   kF2.5hF6.5 111 0
41 V* UY Cam RR* 07 58 58.8825061632 +72 47 15.402887412   11.74 11.53 11.648 11.466 A3-A6III 79 0
42 V* XX Pup RR* 08 08 28.2325556856 -16 31 59.634295428   11.54 11.30     A0-5 63 0
43 V* DD Hya RR* 08 12 31.8117937656 +02 50 05.008030692           ~ 57 0
44 V* TT Cnc RR* 08 32 55.1813237448 +13 11 28.444029000   11.62 11.10     kA8.5hF7 134 0
45 V* TT Lyn RR* 09 03 07.7864688408 +44 35 08.119623336 9.87 9.75 9.51     kA3.5hF3.5 158 0
46 V* RW Cnc RR* 09 19 06.0345391848 +29 03 55.721782656           kA5.5hF8 106 0
47 V* T Sex RR* 09 53 28.3999961376 +02 03 26.346205512 10.22 10.04 9.82     A1V 161 0
48 V* RR Leo RR* 10 07 43.4605279536 +23 59 30.318828648 10.14 10.01 9.94     kA1.5hA9.5 187 0
49 V* WZ Hya RR* 10 13 24.1278993288 -13 08 17.397051972   10.47 10.27     kA8.5hF6 85 0
50 V* WY Ant RR* 10 16 04.9461830443 -29 43 42.417855880   11.03 10.78     kA2hA6 128 0
51 V* AF Vel RR* 10 53 02.4880101696 -49 54 22.748719968   11.00 10.69     kA2hF0 72 0
52 V* W Crt RR* 11 26 29.6452105074 -17 54 51.700992767   12.07 11.70     kF0.5hF6 125 0
53 V* TU UMa RR* 11 29 48.4893885624 +30 04 02.379416844 9.56 9.41 9.26     kA2hA9.5 225 0
54 V* AX Leo RR* 11 33 03.7554394416 +12 09 13.871272428   12.20 12.44     A2 57 0
55 V* SS Leo RR* 11 33 54.4934348315 -00 02 00.038460170   10.52       kA1.5hF1 169 0
56 V* SU Dra RR* 11 37 56.6071282968 +67 19 47.060102316 9.52 9.37 9.27     kA2.5hA9.5 254 0
57 V* BX Leo RR* 11 38 02.0629556568 +16 32 36.195009576   11.69 11.69     A6 47 0
58 V* ST Leo RR* 11 38 32.6789993717 +10 33 41.735158309   11.85 11.50     kA8hF6 134 0
59 V* X Crt RR* 11 48 56.2214628480 -10 26 28.519205856   9.99 11.62     kA7hF6 83 0
60 HD 103626 ** 11 56 06.31364 +45 32 45.3793   11.7       F8 17 0
61 V* IK Hya RR* 12 04 47.2726101288 -27 40 43.272236172   10.46 10.23     B7IIkA3mA3 59 0
62 V* UU Vir RR* 12 08 35.0724648279 -00 27 24.308752109 10.13 9.99 9.90     kA2hF0 166 1
63 V* AB UMa RR* 12 11 14.5890707328 +47 49 43.794301620   11.42 10.88     kF8.5hF7 62 0
64 V* SW Dra RR* 12 17 46.6283861592 +69 30 38.233790244   10.87 10.55     kF1hF7.5 156 0
65 V* UZ CVn RR* 12 30 27.7043909160 +40 30 32.026533876   12.23 12.11     A5 71 0
66 V* SV Hya RR* 12 30 30.5031966024 -26 02 51.113236488   10.82 10.54     kA2hF5 105 0
67 V* S Com RR* 12 32 45.6251248920 +27 01 45.413618412   11.64 11.74     kA4hF3 122 0
68 V* U Com RR* 12 40 03.1943214144 +27 29 56.132925648   11.92 11.76     kA5hF0 95 0
69 V* AT Vir RR* 12 55 10.5415463136 -05 27 32.320345392   11.63 11.62     hF5.5 107 0
70 V* ST Com RR* 13 17 51.3447221592 +20 46 50.759105268   12.03 11.92     kF0hF5 84 0
71 V* AV Vir RR* 13 20 11.5637828400 +09 11 16.370850120   12.14 11.88     kA5.5hF1.5 88 0
72 V* AM Vir RR* 13 23 33.3252267552 -16 39 57.886772400   11.99 12.18     ~ 66 0
73 V* AU Vir RR* 13 24 48.0042145368 -06 58 45.488841564   11.51 11.12     kA0hA7 69 0
74 V* SX UMa RR* 13 26 13.4592361416 +56 15 25.053152616   11.01 10.77     kA3hF1 84 0
75 V* RV UMa RR* 13 33 18.0838837128 +53 59 14.598026988   10.97 10.9     kA9hF7 174 0
76 V* RZ CVn RR* 13 45 03.0162939624 +32 39 16.709766660   11.98 11.60     kA5hF6 101 0
77 V* RV Oct RR* 13 46 31.7442284943 -84 24 06.384454864   11.39 10.94     ~ 95 0
78 V* SS CVn RR* 13 48 15.9422342472 +39 54 03.011444352   12.00 11.80     kA7.5hF6 83 0
79 V* V499 Cen RR* 13 55 14.7680994672 -43 14 24.800295408   11.43 11.15     kA7hF6/7 83 0
80 V* ST CVn RR* 13 57 34.0589220768 +29 51 28.715555700   11.43 11.21     kA5.5hF2.5 67 0
81 V* UY Boo RR* 13 58 46.3367502960 +12 57 06.457864896   11.18 10.81     kA0hA8 128 0
82 V* W CVn RR* 14 06 27.9805168608 +37 49 41.459748312   10.81 11.18     kA9hF7 122 0
83 V* TV Boo RR* 14 16 36.5814789480 +42 21 35.712985824   11.23 10.93     kB9.5hF1 124 0
84 V* ST Vir RR* 14 27 39.0736479909 -00 54 05.800734111     11.97     kA0hA8.5 102 0
85 V* AF Vir RR* 14 28 09.8217426216 +06 32 43.928373408   11.84 11.83     kA0hA7 55 0
86 V* RS Boo RR* 14 33 33.2132344464 +31 45 16.614367848 9.94 9.83 9.73     kF3hF6.5 192 0
87 V* TW Boo RR* 14 45 05.9456393472 +41 01 44.141886624   11.72 11.45     kA4hF0 117 0
88 V* AE Boo RR* 14 47 35.2651186224 +16 50 43.552745268   10.83 10.57     kA7hF2 65 0
89 V* TY Aps RR* 14 48 50.0092910856 -71 19 41.895022044   12.03 11.65     kA5hF0 68 0
90 V* BT Dra RR* 14 51 44.6425410768 +60 04 09.038718840   11.76 11.49     kA8hF6 67 0
91 V* XZ Aps RR* 14 52 05.4231924775 -79 40 46.572766688           ~ 65 0
92 V* AP Ser RR* 15 14 00.9213312312 +09 58 51.853528776   11.41 11.27 11.21   kA2.5hF2 79 0
93 M 5 GlC 15 18 33.22 +02 04 51.7     5.95     ~ 1978 0
94 V* TV CrB RR* 15 22 21.4407740616 +26 52 37.666440768   12.34 12.14     kA1hA8/9 58 0
95 V* FW Lup RR* 15 22 25.3816355136 -40 55 36.230908944   9.54 9.05     F5IV 66 0
96 V* ST Boo RR* 15 30 39.2299139328 +35 47 04.311095676   11.22 11.13     kA0.5hF6 114 0
97 V* VY Ser RR* 15 31 01.9269312402 +01 41 01.762136979 10.07 9.97 9.73     A5/7Ib/II 185 0
98 V* AR Ser RR* 15 33 30.8124184584 +02 46 37.888313880   11.92 11.85     kA6.5hF7.5 71 0
99 V* CG Lib RR* 15 35 16.8029602272 -24 20 12.496214760   11.79 11.51     kA2hA5 45 0
100 V* VY Lib RR* 15 51 16.9893819264 -15 45 03.344507676   11.95 12.10     kA9.5hF6 67 0
101 V* AN Ser RR* 15 53 31.0531421656 +12 57 40.112740009   11.32 10.93     kA7hA8.5 138 0
102 V* AT Ser RR* 15 55 40.3715381538 +07 59 19.597394432   11.68 11.24     kA4hF7 98 0
103 V* AR Her RR* 16 00 32.2322114376 +46 55 25.754534400   11.74 11.40     kA7hF3 135 0
104 V* RV CrB RR* 16 19 25.8515922816 +29 42 47.638302732   11.61 11.53     kA1.5hA8.5 95 0
105 M 4 GlC 16 23 35.22 -26 31 32.7           ~ 1850 0
106 V* V445 Oph RR* 16 24 41.2156082791 -06 32 29.928559328   11.59 11.30     kF7.5hF6 131 0
107 V* VX Her RR* 16 30 40.8027020619 +18 22 00.573057888   10.74 11.31     kA6.5hF2.5 161 0
108 V* UV Oct RR* 16 32 25.5361202856 -83 54 10.495880892   9.80 9.44     A8/F0Ia/ab(w) 125 0
109 V* RW Dra RR* 16 35 31.6036225488 +57 50 23.167269564   11.87 11.48     kA7hF6.5 160 0
110 V* RW TrA RR* 17 00 46.6887966960 -66 39 49.950083772   11.96 11.95     kF0hF5 61 0
111 V* VZ Her RR* 17 13 04.0031560512 +35 58 43.026353256   12.27 11.89 11.79   kA0.5hA9.5/kF1hF7 123 0
112 M 92 GlC 17 17 07.39 +43 08 09.4     6.52     ~ 2116 0
113 V* TW Her RR* 17 54 31.2003338184 +30 24 37.680536844   11.54 11.26     kA7.5hF2 150 1
114 V* WY Pav RR* 17 56 12.3623256744 -57 09 43.423375320   12.54 13.07     ~ 40 0
115 V* S Ara RR* 17 59 10.7331786216 -49 26 00.455959896   11.01 10.73     kA3hA7 111 0
116 V* MS Ara RR* 18 03 04.2887091600 -52 43 20.583643332   12.42 12.23     ~ 44 0
117 V* V675 Sgr RR* 18 13 35.4093306456 -34 19 01.850653560   10.56 10.18     F0 81 0
118 V* BC Dra RR* 18 14 19.0680333720 +76 41 08.380602780   11.78 11.67     F5 50 0
119 V* V455 Oph RR* 18 15 18.5275718352 +12 21 08.486845992           kA2hA7 57 0
120 V* IO Lyr RR* 18 22 37.9952652456 +32 57 32.603507784   11.90 13.96     kF1hF6 79 0
121 V* CN Lyr RR* 18 41 15.9455082744 +28 43 21.181205100   11.93 11.38     F0 92 0
122 HIP 92221 * 18 47 40.3306943832 +35 59 34.032076224   11.85 11.34     K0V 67 0
123 V* EZ Lyr RR* 18 47 41.1915694680 +35 59 26.566138608   12.03 11.58 11.93   kA9hF6.5 74 0
124 V* V413 CrA RR* 18 47 57.6196241592 -37 44 22.531389180   11.00 10.6     kA7hF1 65 0
125 V* MT Tel RR* 19 02 12.2792561239 -46 39 12.083789084   9.14 8.94     A5II-IIIkA0mA0 79 0
126 V* XZ Dra RR* 19 09 42.6071961192 +64 51 32.137892820   10.40 10.12     kA3.5hA8 152 0
127 V* BK Dra RR* 19 18 20.6701513824 +66 24 47.965359924   11.44 10.99     kA0hF0.5 79 0
128 V* RR Lyr RR* 19 25 27.9129605304 +42 47 03.693258204   7.36   7.6   kA3hF0 926 0
129 V* BN Vul RR* 19 27 56.0611603896 +24 20 50.470062468   11.62 11.13     kA8hF4 105 0
130 V* V440 Sgr RR* 19 32 20.7825615584 -23 51 12.754574645   10.6 10.6     F0 115 0
131 V* XZ Cyg RR* 19 32 29.3050827744 +56 23 17.494181700   9.94 9.68     kA1.5hA8 262 0
132 V* BN Pav RR* 19 38 03.3819133536 -60 36 39.589772436           ~ 39 0
133 V* BP Pav RR* 19 58 00.1364749488 -65 44 09.970660788           ~ 38 0
134 V* V341 Aql RR* 20 32 31.5585950760 +00 35 07.048699728   11.0 10.89 10.8   kA1.5hA5.5 121 0
135 V* DX Del RR* 20 47 28.3555888679 +12 27 50.682410702 9.97 9.79 9.52     A7IIImF0 182 0
136 V* UY Cyg RR* 20 56 28.3030123896 +30 25 40.327229640   11.37 11.1     G 97 0
137 V* RV Cap RR* 21 01 28.8700813584 -15 13 46.090360344   11.11 10.97     kA1.5hA6.5 104 0
138 V* V1719 Cyg cC* 21 04 32.9209811688 +50 47 03.276283920   8.41 7.99     F5III 83 0
139 V* V Ind RR* 21 11 29.9019440989 -45 04 28.391364755 10.67 10.714 10.246     F0V 109 0
140 V* SW Aqr RR* 21 15 17.8507300688 +00 04 34.870467055   11.56 11.51     kA0hA6 112 0
141 V* Z Mic RR* 21 16 22.7047906743 -30 17 03.065542503   11.58 11.37     kF3hF8 73 0
142 V* YZ Cap RR* 21 19 32.4130551766 -15 07 01.141410260   11.48 11.09     F5 100 0
143 V* SX Aqr RR* 21 36 08.4465243384 +03 13 50.020097880   12.19 11.83     kA7hF6 91 0
144 V* RY Oct RR* 21 36 09.3510357528 -77 18 13.536240948   12.46 12.14     ~ 38 0
145 V* CG Peg RR* 21 41 16.7876640384 +24 46 24.472074324   11.43 11.13     kF1hF4 91 0
146 V* AV Peg RR* 21 52 02.7945264655 +22 34 29.376851146 10.26 10.07 9.87     kF5.5hF6.5 176 0
147 V* SS Oct RR* 21 53 35.3533002696 -82 46 43.756880124           ~ 48 0
148 V* BV Aqr RR* 22 02 53.9976005136 -21 31 32.147256936   11.27 11.05     ~ 49 0
149 V* DH Peg RR* 22 15 25.6397704896 +06 49 21.439610112 9.72 9.51 9.25 9.23   kA4hF0.5 187 0
150 V* RZ Cep RR* 22 39 13.1768504856 +64 51 30.611384316   9.48 9.49 9.3   kA0.5hF0.5 160 0
151 V* BH Peg RR* 22 53 01.0369924800 +15 47 16.609582176   10.88 10.36     kA9.5hF6.5 124 0
152 V* DN Aqr RR* 23 19 17.2012122276 -24 12 58.821938891   11.713 11.318     kA2hF3 85 0
153 V* RV Phe RR* 23 28 31.4504994336 -47 27 13.040734068   12.23 12.16     kA9hF7 103 0
154 V* BR Aqr RR* 23 38 32.8906588488 -09 19 07.469185188   11.38 11.31     kA6hA8 90 0
155 V* VZ Peg RR* 23 42 16.3025130600 +24 54 58.333039632   11.84 11.59     A0 41 0
156 V* AT And RR* 23 42 30.8306505816 +43 00 51.683935644   11.14 10.60     kA9.5hF6.5 91 0

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