2003MNRAS.342L..58K

Query : 2003MNRAS.342L..58K

2003MNRAS.342L..58K - Mon. Not. R. Astron. Soc., 342, L58-L62 (2003/July-2)

Consistent distances from Baade-Wesselink analyses of Cepheids and RR Lyraes.

KOVACS G.

Abstract (from CDS):

By using the same algorithm in the Baade-Wesselink analyses of Galactic RR Lyrae and Cepheid variables, it is shown that, within 0.03-mag 1σ statistical error, they yield the same distance modulus for the Large Magellanic Cloud. By fixing the zero-point of the colour-temperature calibration to those of the current infrared flux methods and using updated period-luminosity-colour relations, we get an average value of 18.55 for the true distance modulus of the LMC.

Abstract Copyright: 2003 RAS

Journal keyword(s): stars: distances - stars: horizontal branch - Cepheids - Magellanic Clouds

Simbad objects: 52

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Number of rows : 52
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 V* UU Cet RR* 00 04 05.1245594784 -16 59 51.543635100   10.50 14.18     kA4.5hF4 118 0
2 V* SW And RR* 00 23 43.0896315888 +29 24 03.626531352 9.53 9.34 9.15     A7IIImF0 270 0
3 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 12317 1
4 V* W Tuc RR* 00 58 09.7045404187 -63 23 44.369640880   11.81 11.60     kA2hA5 135 0
5 V* RR Cet RR* 01 32 08.1731409309 +01 20 30.230098757 9.46 9.33 9.15     A9V 237 0
6 V* X Ari RR* 03 08 30.8846437148 +10 26 45.218712967 9.45 9.25 8.97     F0.5 305 0
7 V* RX Eri RR* 04 49 44.2915145832 -15 44 28.242958128 9.64 9.43 9.22     kA8.5hF6.5 196 0
8 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 19090 0
9 V* T Mon cC* 06 25 12.9996760920 +07 05 08.558582892 8.24 7.20 5.98   4.996 G3Iabv+A0p 487 1
10 V* CV Mon cC* 06 37 04.8449178072 +03 03 50.274557532   11.32 9.90   8.631 ~ 254 0
11 V* RR Gem RR* 07 21 33.5312487888 +30 52 59.459320164   12.34 11.92     kA2hA7.5 217 0
12 V* BN Pup cC* 08 06 21.4750343856 -30 05 48.770958372   10.99 9.75 8.97 8.981 G4 140 0
13 V* BB Pup RR* 08 24 22.6433041464 -19 32 31.408283544           kA5:hF2 92 0
14 V* RZ Vel cC* 08 37 01.3028699904 -44 06 52.846248456   8.507 7.260     G1Ib 240 0
15 V* SW Vel cC* 08 43 38.6903528472 -47 24 11.200999464   9.58 8.32     F8/G0Ib 198 0
16 V* TT Lyn RR* 09 03 07.7864688408 +44 35 08.119623336 9.87 9.75 9.51     kA3.5hF3.5 172 0
17 V* RR Leo RR* 10 07 43.4605279536 +23 59 30.318828648 10.14 10.01 9.94     kA1.5hA9.5 198 0
18 V* WY Ant RR* 10 16 04.9461830443 -29 43 42.417855880   11.03 10.78     kA2hA6 141 0
19 V* RY Vel cC* 10 20 41.0315888064 -55 19 17.028180084   9.71 7.86   6.840 F5Ib/II 163 0
20 V* VY Car cC* 10 44 32.6909254176 -57 33 55.327074480 8.12 7.70 6.87   6.299 F7Iab/b 231 0
21 V* WZ Car cC* 10 55 18.7271183664 -60 56 23.951331672   10.40 9.37     F8 164 0
22 V* W Crt RR* 11 26 29.6452105074 -17 54 51.700992767   12.07 11.70     kF0.5hF6 130 0
23 V* TU UMa RR* 11 29 48.4893885624 +30 04 02.379416844 9.56 9.41 9.26     kA2hA9.5 246 0
24 V* SS Leo RR* 11 33 54.4934348315 -00 02 00.038460170   10.52       kA1.5hF1 179 0
25 V* SU Dra RR* 11 37 56.6071282968 +67 19 47.060102316 9.52 9.37 9.27     kA2.5hA9.5 264 0
26 V* UU Mus cC* 11 52 17.7227171832 -65 24 15.063278652   10.5 9.54     F7/G0p 146 0
27 V* UU Vir RR* 12 08 35.0724648279 -00 27 24.308752109 10.13 9.99 9.90     kA2hF0 178 1
28 V* SW Dra RR* 12 17 46.6283861592 +69 30 38.233790244   10.87 10.55     kF1hF7.5 163 0
29 M 68 GlC 12 39 27.98 -26 44 38.6     7.96     ~ 1069 0
30 V* VW Cen cC* 13 33 59.0300715216 -64 03 19.999348524   11.60 10.36   8.785 ~ 137 0
31 V* XX Cen cC* 13 40 18.6439597656 -57 36 47.440376532   8.72 7.30   6.747 F7/8II 205 0
32 V* V Cen cC* 14 32 33.0833481288 -56 53 15.774129600 8.44 7.84 6.93   5.798 F5Ib/II 288 0
33 IC 4499 GlC 15 00 18.57 -82 12 49.6     8.56     ~ 375 0
34 V* U Nor cC* 15 42 20.9185773096 -55 18 42.939346104   10.68 9.22     F8Ib/II 160 0
35 V* V445 Oph RR* 16 24 41.2156082791 -06 32 29.928559328   11.59 11.30     kF7.5hF6 136 0
36 V* BF Oph cC* 17 06 05.4979834752 -26 34 50.029842576 8.00 7.61 6.93   6.377 G0II 234 0
37 V* RY Sco cC* 17 50 52.3447976064 -33 42 20.412288432 9.77 8.79 7.51   6.256 F6Ib 203 0
38 V* TW Her RR* 17 54 31.2003338184 +30 24 37.680536844   11.54 11.26     kA7.5hF2 158 1
39 V* WZ Sgr cC* 18 16 59.7160721616 -19 04 32.989734840   9.10 7.45     F7(III) 270 0
40 V* U Sgr cC* 18 31 53.3323107600 -19 07 30.261459540 8.50 7.81 6.68   5.413 G1Ib 491 0
41 V* BB Sgr cC* 18 50 59.8729954248 -20 17 42.829838520 8.07 7.53 6.69   5.824 G0Ib 269 0
42 V* TT Aql cC* 19 08 13.7497129848 +01 17 55.147982640 8.96 7.86 6.50   5.699 G0/2Ib 293 0
43 V* U Vul cC* 19 36 37.7293294920 +20 19 58.576725768   8.368 7.162   5.556 F8Iab 244 0
44 * eta Aql cC* 19 52 28.3689223781 +01 00 20.371980515 5.12 4.61 3.80   3.030 F6Iab+B9.8V 701 0
45 V* X Cyg cC* 20 43 24.1917118680 +35 35 16.077149700 8.69 7.70 6.47   5.241 F7Ib 496 0
46 V* DX Del RR* 20 47 28.3555888679 +12 27 50.682410702 9.97 9.79 9.52     A7IIImF0 194 0
47 V* T Vul cC* 20 51 28.2383768376 +28 15 01.819622952 6.89 6.49 5.77   5.061 F5Ib+A0.8V 357 0
48 M 15 GlC 21 29 58.33 +12 10 01.2           ~ 3274 0
49 V* AV Peg RR* 21 52 02.7945264655 +22 34 29.376851146 10.26 10.07 9.87     kF5.5hF6.5 185 0
50 V* AR Peg V* 21 52 40.4353582368 +09 02 57.505437888   12.20       K5 8 0
51 * del Cep cC* 22 29 10.2626640314 +58 24 54.697613650 4.71 4.35 3.75   3.219 F5Iab:+B7-8 763 0
52 V* X Lac cC* 22 49 03.1807630560 +56 25 41.530963044   9.21 8.42     G5 180 0

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