1971ApJ...167..293S

Query : 1971ApJ...167..293S

1971ApJ...167..293S - Astrophys. J., 167, 293-310 (1971)

Absolute magnitudes of Cepheids. III. Amplitude as a fonction of position in the instability strip: a period luminosity-amplitude relation.

SANDAGE A. and TAMMANN G.A.

Journal keyword(s):

Simbad objects: 58

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Number of rows : 58
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* SY Cas cC* 00 15 09.8128866000 +58 25 27.442084836   10.69 9.92   8.789 F5 139 0
2 V* AT Tuc cC* 00 23 10.0240217088 -73 31 26.254526988     16.274   15.693 ~ 15 0
3 SV* HV 11112 cC* 00 24 07.2247069872 -73 56 26.297187180     15.670   14.929 ~ 14 0
4 V* AW Tuc cC* 00 25 57.4964490552 -74 14 41.539248384     16.528   15.841 ~ 14 0
5 V* DL Cas cC* 00 29 58.5888773064 +60 12 43.065292140 10.66 9.88 8.63   7.582 G1Ib-IIHdel-1 349 0
6 SV* HV 1328 cC* 00 32 54.9172871016 -73 49 19.085722104     14.116   13.431 ~ 37 0
7 V* AP Cas cC* 00 33 16.1983820016 +62 54 26.147676060   12.68 11.52     F7.5Ib 71 0
8 SV* HV 817 cC* 00 39 16.5691333920 -72 01 58.302644988   14.44 13.847   13.088 ~ 40 0
9 SV* HV 1342 cC* 00 39 33.8086791432 -73 44 54.355797564     14.161   13.442 ~ 37 0
10 SV* HV 823 cC* 00 43 48.4446005400 -73 36 48.759009912     13.864   12.790 ~ 52 0
11 SV* HV 1400 cC* 00 45 26.7361555680 -72 27 11.153237688     15.467   14.705 ~ 18 0
12 SV* HV 1425 cC* 00 46 50.4393754392 -72 32 35.965170456     15.940   15.253 ~ 17 0
13 SV* HV 827 cC* 00 49 42.7863310080 -72 29 45.043413540     14.425   13.690 ~ 25 0
14 V* XY Cas cC* 00 49 53.2641351240 +60 07 38.579819124   11.00 9.97     G0Ib 124 0
15 SV* HV 1492 cC* 00 50 25.7325792720 -72 27 42.884303580     15.214   14.580 ~ 21 0
16 SV* HV 837 cC* 00 55 56.0568870768 -71 59 02.691309588     13.233   12.297 ~ 68 0
17 SV* HV 1779 cC* 00 58 43.5736621776 -71 21 58.986545148     16.215   15.681 O 13 0
18 SV* HV 1897 cC* 01 02 17.8497717120 -71 16 53.792862924     16.764   16.288 O 13 0
19 SV* HV 1906 cC* 01 02 21.9975377208 -71 10 08.326365528     16.242   15.54 F 14 0
20 SV* HV 212 V* 01 03 20.9 -70 56 03     16.32     ~ 5 0
21 SV* HV 214 cC* 01 04 10.1458104048 -70 57 22.089043692     15.37   14.92 F 21 0
22 SV* HV 2195 cC* 01 14 28.0646245968 -72 39 53.532235548   14.02 13.115   12.144 F5Ib 54 0
23 V* VX Per cC* 02 07 48.4808945496 +58 26 36.741616512   10.47 9.37   7.927 G2IV 198 0
24 V* SZ Cas cC* 02 27 13.7668799784 +59 27 38.174272524   11.5 9.60     G5III 182 0
25 V* VY Per cC* 02 27 35.4625776432 +58 55 01.760379168   12.48 11.32   9.246 F7.5Ib 115 0
26 V* UY Per cC* 02 34 31.3002163512 +58 49 53.842491876   12.46 11.18   9.431 F7 133 0
27 V* RX Cam cC* 04 04 58.4626302312 +58 39 35.218829196   8.85 7.70   6.233 G2Ib+A0V 217 0
28 SV* HV 2251 cC* 05 00 55.1522005752 -66 38 14.329719960     13.223   12.530 ~ 51 0
29 SV* HV 886 cC* 05 03 08.0762661696 -66 13 51.518897472   13.30 13.470 13.63 12.488 ~ 51 0
30 SV* HV 2294 cC* 05 06 14.8080123792 -66 40 45.907786884   12.66 12.15 12.44 11.830 F7I 91 0
31 SV* HV 902 cC* 05 07 20.1102669336 -70 27 15.288495624   14.07 13.171 12.70 12.36 ~ 45 0
32 SV* HV 909 cC* 05 09 20.1372980832 -70 27 27.043469748   13.32 12.67 12.11 11.949 ~ 71 0
33 SV* HV 2432 cC* 05 18 13.7834721960 -68 19 30.448622316   15.02 14.227 13.96 13.507 ~ 30 0
34 SV* HV 1003 cC* 05 35 36.1551151488 -68 32 03.814599732     13.179   12.388 ~ 55 0
35 SV* HV 1002 cC* 05 35 49.4252268792 -66 42 01.692147564   12.72 12.36   12.160 ~ 49 0
36 V* RS Pup cC* 08 13 04.2157111224 -34 34 42.696447852 8.89 8.51 7.04   5.453 F8Iab 365 0
37 * 35 Cru cC* 12 31 40.3303562544 -59 25 26.124690324 6.60 6.19 5.53     F7Ib/II 157 0
38 V* VV Sco Or* 16 15 34.56528 -22 42 42.1092     12.684   10.660 K5Ve+M0Ve 67 0
39 V* S Nor cC* 16 18 51.8316855000 -57 53 59.256000852 8.15 7.49 6.49   5.427 F8/G0Ib 396 1
40 V* RV Sco cC* 16 58 19.7480002088 -33 36 32.767208444 7.79 7.37 6.61   5.909 G0Ib 212 0
41 V* V482 Sco cC* 17 30 48.3804670032 -33 36 35.659654812   8.78 7.91   6.831 F8/G0II 174 0
42 * 12 Sgr cC* 18 13 02.4957687048 -23 07 02.201380968 8.06 7.48 6.59   6.057 F7/8Ib/II 201 0
43 V* U Sgr cC* 18 31 53.3323107600 -19 07 30.261459540 8.50 7.81 6.68   5.413 G1Ib 491 0
44 V* EV Sct cC* 18 36 39.6017483712 -08 11 05.361288684   10.99 9.90     F8Ib 267 0
45 V* SS Sct cC* 18 43 43.5111680040 -07 43 51.957172704   9.29 7.90   7.100 F8II 189 0
46 * eta Aql cC* 19 52 28.3689223781 +01 00 20.371980515 5.12 4.61 3.80   3.030 F6Iab+B9.8V 701 0
47 V* VY Cyg cC* 21 04 16.6363625496 +39 58 20.106736608 11.74 10.66 9.56   8.090 F5.5-G0.5Ib 150 0
48 V* V386 Cyg cC* 21 14 40.4340798432 +41 42 58.846926780   11.12 9.75   7.750 F5.5-G0Ib 141 1
49 V* V1334 Cyg cC* 21 19 22.1791528656 +38 14 14.868825648   6.364 5.882     F1II+B7.0V 211 0
50 V* AK Cep cC* 22 28 50.0878674336 +58 12 39.400088184   12.53 13.17   9.656 F8 94 0
51 V* RR Lac cC* 22 41 26.5260757056 +56 25 58.031784048   9.68 8.87   7.786 K0 185 0
52 V* CR Cep cC* 22 46 24.7705138656 +59 26 31.922840292   10.94 9.64   7.931 G0 105 0
53 V* X Lac cC* 22 49 03.1807630560 +56 25 41.530963044   9.21 8.42     G5 180 0
54 V* FM Lac LP* 22 51 10.9525839120 +53 06 45.042846768       11.69   ~ 7 0
55 V* SW Cas cC* 23 07 10.0825764168 +58 33 15.130371528   10.73 9.74   8.397 K0 130 0
56 V* CD Cas cC* 23 45 02.6274966336 +63 00 13.870675872   11.62 10.64     F6-G5 87 0
57 V* CE Cas ** 23 58 09.313 +61 12 49.26     10.63     F9Ib+F8Ib 135 0
58 V* CF Cas cC* 23 58 17.9760671064 +61 13 15.821693832   12.72 10.80   9.700 F8Ibv 256 0

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