1996A&AS..120..275A

Query : 1996A&AS..120..275A

1996A&AS..120..275A - Astron. Astrophys., Suppl. Ser., 120, 275-282 (1996/December-1)

Light curves and periods of Mira variables.

ALARD C., TERZAN A. and GUIBERT J.

Abstract (from CDS):

Good distance indicators are needed in studies of the galactic structure. Pulsating variables can be used, but the problem is to find a homogenous sample obeying a period-luminosity relation with low scatter. In this paper, we show how such a sample can be produced using the Terzan catalogue of Variables and available Schmidt plates. We have selected 150 large amplitude variables discovered by Terzan in a field of 25 sq degrees near the Galactic Centre. A set of 22 red plates was scanned with the MAMA machine, providing time series for all the variables. The times series were analysed using both the periodogram and Renson's method. Periods could be derived for 122 stars of the sample showing clearly that most of these objects are Miras. As a conclusion we show that with some infrared photometry, these Miras could be used as good distance indicators in this region.

Abstract Copyright: ∼

Journal keyword(s): stars: AGB - infrared: stars - Galaxy: centre

VizieR on-line data: <Available at CDS (J/A+AS/120/275): table3>

Simbad objects: 122

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Number of rows : 122
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 Terz V 1 Mi* 17 17 01.2426347880 -32 06 14.400928620         12.449 ~ 8 0
2 V* V2402 Oph Mi* 17 17 09.9781196784 -28 53 54.795042852         11.630 ~ 7 0
3 V* V2403 Oph Mi* 17 17 11.6406595416 -29 50 57.553421820           ~ 5 0
4 V* V1106 Sco Mi* 17 17 16.0907706720 -30 18 57.594569868     18.282   13.156 ~ 7 0
5 V* V2404 Oph Mi* 17 17 18.5430975288 -28 05 40.400366028     15.834   11.682 ~ 7 0
6 V* V1107 Sco Mi* 17 17 30.1018432560 -30 24 01.120403916         11.899 ~ 7 0
7 V* V1108 Sco Mi* 17 17 32.0086629864 -30 14 05.747783280     16.652   12.085 ~ 7 0
8 V* V2405 Oph Mi* 17 17 36.6051117768 -28 26 25.670156460           ~ 5 0
9 V* V2406 Oph Mi* 17 17 43.4561739144 -29 33 16.569880956     16.420   11.922 ~ 8 0
10 V* V1109 Sco Mi* 17 17 54.9625546176 -30 11 05.756222364           ~ 7 0
11 Terz V 28 Mi* 17 18 04.2679961208 -29 25 30.020830536         12.275 ~ 7 0
12 V* V2409 Oph Mi* 17 18 12.3478783752 -29 06 29.171528100           ~ 6 0
13 V* V2408 Oph Mi* 17 18 12.8435278728 -29 54 12.030795972     17.271   11.874 ~ 8 0
14 V* V2410 Oph Mi* 17 18 14.4899173659 -29 55 32.278722947     18.175   12.832 ~ 8 0
15 V* V2411 Oph Mi* 17 18 25.6341147696 -30 07 32.820357468     17.329   12.107 ~ 8 0
16 V* V2412 Oph Mi* 17 18 33.9637883880 -30 04 52.961698416         12.482 ~ 7 0
17 V* V2413 Oph Mi* 17 18 34.5471699264 -29 38 17.104844724     17.193   12.062 ~ 8 0
18 Terz V 38 Mi* 17 18 38.5988816112 -28 01 10.659380916         12.133 ~ 8 0
19 V* V2415 Oph Mi* 17 18 43.0415749488 -29 43 12.678558456     17.438   12.296 ~ 7 0
20 V* V2416 Oph Mi* 17 18 47.2676098560 -28 46 19.207036164           ~ 5 0
21 V* V1110 Sco Mi* 17 18 51.9116916840 -30 56 44.579504400       14.56 12.357 ~ 7 0
22 V* V2418 Oph Mi* 17 19 08.2973717976 -29 47 20.388075396     17.955   12.715 ~ 7 0
23 V* V2419 Oph Mi* 17 19 09.5459149248 -29 57 36.545370912     17.122   11.508 ~ 9 0
24 V* V1111 Sco Mi* 17 19 18.9436323144 -30 36 33.974793612         12.659 ~ 7 0
25 Terz V 56 Mi* 17 19 23.7772275264 -30 54 28.896334812         12.286 ~ 7 0
26 V* V2420 Oph Mi* 17 19 24.6195302616 -29 53 46.783863564         13.658 ~ 8 0
27 V* V2421 Oph Mi* 17 19 27.7270182648 -29 42 45.180508176           ~ 5 0
28 V* V518 Oph Mi* 17 19 33.8650004112 -29 20 19.096407132         11.713 ~ 8 0
29 V* V1113 Sco Mi* 17 19 39.4244074728 -30 47 20.120965980         11.764 ~ 7 0
30 V* V1114 Sco Mi* 17 19 40.4123967312 -30 54 10.053050580         11.826 ~ 7 0
31 V* V2423 Oph Mi* 17 19 45.9610889640 -28 32 03.594563160         13.107 ~ 7 0
32 V* V2422 Oph Mi* 17 19 46.1953986720 -29 09 00.727510788         13.001 ~ 8 0
33 V* V2426 Oph Mi* 17 20 01.2058336944 -28 59 58.934394024           O-rich 8 0
34 V* V2427 Oph Mi* 17 20 01.3284736368 -28 16 22.058427900         12.379 ~ 7 0
35 V* V2428 Oph Mi* 17 20 04.5057842352 -28 25 27.391330524         12.901 ~ 7 0
36 V* V1115 Sco Mi* 17 20 11.8277535264 -31 01 07.500883656           ~ 6 0
37 V* V2429 Oph Mi* 17 20 20.4790025688 -28 42 10.858562496         12.300 ~ 7 0
38 V* V2430 Oph Mi* 17 20 24.5287046040 -28 04 22.783925820         12.184 ~ 8 0
39 V* V1116 Sco Mi* 17 20 26.3318699568 -30 36 46.774955700         13.010 ~ 8 0
40 V* V1117 Sco Mi* 17 20 27.3890900568 -31 02 18.983626152           ~ 5 0
41 V* V2431 Oph Mi* 17 20 29.8255790640 -28 13 42.662992584         12.570 ~ 8 0
42 V* V1118 Sco Mi* 17 20 39.6752202648 -31 07 21.783519804           ~ 6 0
43 V* V1119 Sco Mi* 17 20 40.7962024152 -30 32 39.953256468         12.364 ~ 7 0
44 V* V1120 Sco Mi* 17 20 44.2102347768 -30 34 38.559254052         12.603 ~ 7 0
45 V* V2432 Oph Mi* 17 20 49.4998162632 -28 17 19.155355296         12.749 ~ 8 0
46 V* V2433 Oph Mi* 17 21 29.4403106064 -28 40 54.915269124         11.715 ~ 8 0
47 V* V1121 Sco Mi* 17 21 32.6583144480 -30 13 58.470685788         12.903 ~ 8 0
48 V* V2434 Oph S* 17 21 46.7914479624 -29 17 34.064676348           S 20 0
49 V* V2435 Oph Mi* 17 22 03.6017167704 -29 43 52.780248372         13.016 ~ 7 0
50 V* V1122 Sco Mi* 17 22 14.5439063376 -30 34 08.341689324         12.181 ~ 7 0
51 V* V2436 Oph Mi* 17 22 24.2501304192 -29 54 37.253950416     18.383   12.698 ~ 8 0
52 V* V2437 Oph Mi* 17 22 29.4071530200 -29 39 32.813220528     17.623   12.427 ~ 7 0
53 V* V2438 Oph Mi* 17 22 33.1598547048 -28 29 37.397091624     18.556   13.319 ~ 6 0
54 V* V2439 Oph Mi* 17 22 40.6855239768 -28 12 28.184921208           ~ 5 0
55 V* V2440 Oph Mi* 17 22 54.1087697472 -29 53 09.515693904     18.113   13.189 ~ 8 0
56 Terz V 133 Mi* 17 22 55.6218503232 -30 26 53.958224832     18.735   13.087 ~ 7 0
57 V* V2441 Oph Mi* 17 22 58.8118913088 -28 31 53.569135416     18.160   12.562 ~ 8 0
58 V* V2442 Oph Mi* 17 23 13.6002150888 -29 20 33.361415376         12.141 ~ 8 0
59 Terz V 141 Mi* 17 23 15.1606639776 -28 56 05.395431840         12.532 ~ 8 0
60 V* V2614 Oph Mi* 17 23 15.4376431128 -30 07 23.005148664         11.691 ~ 8 1
61 V* V2445 Oph Mi* 17 23 16.3251311568 -28 11 39.646542516           ~ 5 0
62 V* V2446 Oph Mi* 17 23 21.4494624408 -29 01 55.087961736           ~ 7 0
63 V* V2447 Oph Mi* 17 23 24.8339384472 -28 35 40.454901024           ~ 5 0
64 V* V1125 Sco Mi* 17 23 27.7477344312 -31 52 48.627625260           ~ 4 0
65 V* V2448 Oph Mi* 17 23 30.1136414184 -28 04 40.061504028     17.223   12.567 ~ 7 0
66 V* V2449 Oph Mi* 17 23 37.5510750312 -28 57 59.934133836     18.448   12.697 ~ 7 0
67 V* V2450 Oph Mi* 17 23 42.2158944672 -30 03 17.597631024     19.383   13.440 ~ 6 0
68 V* V2451 Oph Mi* 17 23 45.0103985544 -28 07 31.240381260     18.171   12.590 ~ 7 0
69 V* V1126 Sco Mi* 17 23 59.9126867736 -30 55 09.901389900         13.574 ~ 6 0
70 V* V2452 Oph Mi* 17 24 36.7226309328 -29 09 32.888013516     16.832   12.079 ~ 9 0
71 V* V2453 Oph Mi* 17 24 37.9980791280 -29 14 56.728037832     16.972   11.996 ~ 8 0
72 V* V2454 Oph Mi* 17 24 42.7280794104 -27 58 46.060507452         12.357 ~ 8 0
73 Terz V 177 Mi* 17 25 02.6419081752 -28 24 55.798989336           ~ 6 0
74 V* V2456 Oph Mi* 17 25 07.4592004344 -28 59 12.367368672     16.813   12.436 ~ 9 0
75 V* V2457 Oph Mi* 17 25 19.5412355688 -29 06 07.333904160     18.364   12.212 ~ 9 0
76 V* V2458 Oph Mi* 17 25 22.6744398288 -29 08 05.114904612     17.280   12.415 ~ 7 0
77 V* V2459 Oph Mi* 17 25 33.2134128408 -29 05 01.175587116           ~ 5 0
78 V* V2460 Oph Mi* 17 25 59.6657899248 -29 21 10.149391224     19.731   12.702 ~ 8 0
79 V* V1127 Sco Mi* 17 26 23.3286908376 -30 29 30.693201576         12.912 ~ 7 0
80 V* V2462 Oph Mi* 17 26 53.8327214862 -28 51 17.550463360     17.619 14.752 12.316 ~ 8 0
81 V* V2463 Oph Mi* 17 26 58.8734935992 -29 48 04.489873956     17.099   12.219 ~ 7 0
82 V* V2464 Oph Mi* 17 26 59.8794480000 -29 46 53.072403348     17.753   12.857 ~ 7 0
83 V* V2465 Oph Mi* 17 27 05.9673204240 -28 52 37.633099656           ~ 5 0
84 V* V1128 Sco Mi* 17 27 12.1027713720 -30 45 53.533308348           ~ 6 0
85 V* V1129 Sco Mi* 17 27 12.2265544248 -30 09 55.382012964     18.880   13.251 ~ 6 0
86 V* V2466 Oph Mi* 17 27 17.8488890904 -29 23 40.696864872     19.391   12.599 ~ 7 0
87 V* V1130 Sco Mi* 17 27 28.1080858968 -30 47 54.298573116         11.195 ~ 10 0
88 V* V2468 Oph Mi* 17 27 29.2906089144 -29 15 34.169955516     17.921   12.799 ~ 7 0
89 V* V2467 Oph Mi* 17 27 30.2813653536 -29 55 45.115345920     17.542   12.530 ~ 8 0
90 V* V2469 Oph Mi* 17 27 49.9250594664 -29 08 25.382726448     17.013   11.954 ~ 8 0
91 V* V2470 Oph Mi* 17 27 53.3472428040 -28 21 32.406759684           ~ 6 0
92 V* V1131 Sco Mi* 17 27 59.3805563160 -30 11 18.369637440       15.77   ~ 6 0
93 V* V2471 Oph Mi* 17 28 03.0992028672 -29 43 36.278678964     17.572   12.313 ~ 7 0
94 Terz V 320 Mi* 17 28 34.9884111696 -29 38 48.496289208     18.942   13.315 ~ 7 0
95 V* V2473 Oph Mi* 17 28 41.6043356808 -28 43 37.324287876     18.253   12.143 ~ 7 0
96 V* V2474 Oph Mi* 17 28 49.2921571152 -30 04 05.865224592     17.717   12.880 ~ 9 0
97 V* V2475 Oph Mi* 17 28 51.4251625896 -28 41 42.763532784     18.474   12.861 ~ 7 0
98 V* V2476 Oph Mi* 17 28 57.0681161208 -29 01 13.084924332         12.484 ~ 7 0
99 V* V2477 Oph Mi* 17 29 15.3738930408 -29 00 18.046062396           ~ 6 0
100 V* V2478 Oph Mi* 17 29 33.9253429032 -28 15 58.455588456     19.052   13.134 ~ 8 0
101 V* V2479 Oph Mi* 17 29 38.2982268048 -29 06 28.410356592           ~ 5 0
102 V* V1132 Sco Mi* 17 29 39.9546686328 -30 25 24.059395920           ~ 6 0
103 V* V2480 Oph Mi* 17 29 49.8353075760 -29 04 06.180615876     17.299   12.232 ~ 8 0
104 V* V1133 Sco Mi* 17 30 04.5447322272 -30 24 01.616360544     17.230   12.523 ~ 8 0
105 V* V1134 Sco Mi* 17 30 06.8155592400 -31 43 42.478322304           ~ 8 0
106 V* V2481 Oph Mi* 17 30 19.2909369408 -29 54 27.076019616     19.520   12.806 ~ 7 0
107 V* V1135 Sco RC* 17 30 23.8448751696 -30 08 28.498958160           ~ 10 0
108 V* V2482 Oph Mi* 17 31 00.1459290576 -28 24 34.181898408           ~ 5 0
109 V* V2483 Oph Mi* 17 31 10.8767002776 -29 29 55.515969492     19.142   12.981 ~ 7 0
110 V* V1136 Sco Mi* 17 31 17.9289762696 -30 18 30.480576156     18.708   13.439 ~ 7 0
111 V* V2484 Oph Mi* 17 31 24.5164717560 -29 54 04.468932684           ~ 6 0
112 V* V2485 Oph Mi* 17 31 35.1211049688 -28 02 56.770073376     18.242   12.953 ~ 7 0
113 V* V2486 Oph Mi* 17 32 01.4912090304 -28 50 33.397393884     17.985   12.250 ~ 7 0
114 V* V1137 Sco Mi* 17 32 42.2022104544 -30 11 14.067427344           ~ 6 0
115 [T66b] 402 Mi* 17 33 05.1566022864 -30 28 27.462617148     19.00     M3 6 0
116 HD 316022 * 17 33 32.8279411416 -29 57 52.064147412   11.42 10.96 11.01 10.85 A0 7 0
117 V* V2489 Oph Mi* 17 34 16.8491488728 -29 24 48.850221564           ~ 5 0
118 V* V2490 Oph Mi* 17 34 58.6100720568 -28 46 51.556641096     18.422   13.222 ~ 6 0
119 V* V2491 Oph Mi* 17 35 10.9264827696 -28 02 53.686191408     18.967   13.430 ~ 7 0
120 [RHI84] 10-87 Mi* 17 35 19.1937977784 -30 55 04.332086400     15.90     M8 11 0
121 V* V1140 Sco Mi* 17 35 26.3366572824 -31 13 16.912216776           ~ 7 0
122 [RHI84] 10-155 Mi* 17 36 52.4864570544 -28 46 40.358375472     17.90     M5 6 0

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