1998A&A...338..581S

Query : 1998A&A...338..581S

1998A&A...338..581S - Astronomy and Astrophysics, volume 338, 581-591 (1998/10-2)

Field #3 of the Palomar-Groningen survey. II. Near-infrared photometry of semiregular variables.

SCHULTHEIS M., NG Y.K., HRON J. and KERSCHBAUM F.

Abstract (from CDS):

Near-infrared photometry (JHKL'M) was obtained for 78 semiregular variables (SRVs) in field #3 of the Palomar-Groningen survey (PG3, l=0°, b=-10°). Together with a sample of Miras in this field a comparison is made with a sample of field SRVs and Miras. The PG3 SRVs form a sequence (period-luminosity & period-colour) with the PG3 Miras, in which the SRVs are the short period extension to the Miras. The field and PG3 Miras follow the same P/(J-K)0 relation, while this is not the case for the field and PG3 SRVs. Both the PG3 SRVs and Miras follow the Sgr I period-luminosity relation adopted from Glass et al. (1995). They are likely pulsating in the fundamental mode and have metallicities spanning the range from intermediate to approximately solar.

Abstract Copyright: ∼

Journal keyword(s): stars: evolution - stars: AGB and post-AGB - Galaxy: center

VizieR on-line data: <Available at CDS (J/A+A/338/581): table2.dat>

CDS comments: Table 2: 'Plaut 3-NNNN'

Simbad objects: 84

goto View the references in ADS

Number of rows : 84
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 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 17418 0
2 NAME Sgr I Window reg 17 56 -29.0           ~ 69 0
3 V* V2622 Sgr Mi* 18 12 04.4902737648 -35 50 04.000861896   16.80       ~ 5 0
4 V* V2646 Sgr Mi* 18 12 47.6763885096 -35 18 40.506114852       14.27   ~ 5 0
5 V* V2655 Sgr Mi* 18 12 48.3822456264 -31 45 10.056247416     15.033   11.717 ~ 6 0
6 V* V2664 Sgr LP* 18 12 59.7354598272 -33 08 51.595356120   16.73 14.74 13.10   ~ 4 0
7 V* V2672 Sgr Mi* 18 13 05.5710931200 -32 23 45.276301212       12.05   ~ 7 0
8 Plaut 3-96 V* 18 13 35 -34 28.7           ~ 2 0
9 V* V2695 Sgr Mi* 18 13 35.2721511984 -35 07 32.994501564           ~ 4 0
10 V* V2732 Sgr Mi* 18 14 19.1240141016 -32 43 49.996522272       13.49   ~ 4 0
11 V* V2729 Sgr Mi* 18 14 19.1590889952 -35 33 18.090409752           ~ 4 0
12 V* V2774 Sgr LP* 18 15 06.6532670376 -32 32 44.058960816           ~ 5 0
13 2MASS J18153138-3158404 LP? 18 15 31.3862639282 -31 58 40.541179223           ~ 5 0
14 V* V2841 Sgr Mi* 18 16 21.8923577880 -31 51 45.391537368     15.695   13.602 ~ 6 0
15 V* V2838 Sgr LP* 18 16 27.7630703904 -35 01 23.414704464           ~ 4 0
16 V* V2873 Sgr LP* 18 16 56.1821510832 -33 53 23.776731384           ~ 8 0
17 V* V2868 Sgr Mi* 18 16 57.3129604872 -35 55 06.392231904           ~ 4 0
18 V* V2864 Sgr LP* 18 16 58.5466656960 -36 19 35.418228636       14.301   ~ 4 1
19 V* V2929 Sgr LP* 18 18 03.8596746144 -35 52 26.915416644           ~ 5 0
20 V* V1847 Sgr Mi* 18 18 50.4428265384 -31 40 35.192525592           ~ 3 0
21 V* V2975 Sgr LP* 18 18 51.2745267648 -35 39 46.369632528           ~ 4 0
22 V* V2985 Sgr Mi* 18 19 03.5062958040 -36 22 06.392177328         11.438 ~ 6 0
23 V* V3024 Sgr LP* 18 19 28.7823071880 -31 22 57.752656716           ~ 4 0
24 V* V3029 Sgr LP* 18 19 31.8821974728 -31 21 56.413843812           ~ 4 0
25 V* V3048 Sgr Mi* 18 19 59.3936024808 -34 35 41.283941748         11.307 ~ 6 0
26 V* V3043 Sgr LP* 18 20 00.8103393120 -36 17 51.399816252           ~ 4 0
27 V* V3068 Sgr LP* 18 20 17.4775040376 -33 18 13.835212128           ~ 5 0
28 V* V3074 Sgr LP* 18 20 22.2039523584 -31 43 10.069482648           ~ 4 0
29 V* V3091 Sgr LP* 18 20 47.4315463200 -32 33 51.287188104           ~ 4 0
30 V* V3100 Sgr LP* 18 21 00.4852318560 -30 57 23.929453548           ~ 4 0
31 V* V3129 Sgr LP* 18 21 42.2713812720 -35 03 07.600885848           ~ 7 0
32 V* V3148 Sgr Mi* 18 22 03.7038515328 -34 47 28.295559024         11.252 M 6 0
33 V* V3189 Sgr LP* 18 23 06.5512925352 -32 50 05.728609968           ~ 4 0
34 V* V1866 Sgr Mi* 18 23 18.39 -36 05 05.5           ~ 7 0
35 V* V3194 Sgr Mi* 18 23 30.1135610760 -35 42 42.815162448           ~ 6 0
36 V* V3251 Sgr LP* 18 24 24.5918990664 -31 30 06.273501480           ~ 4 0
37 V* V3311 Sgr LP* 18 25 51.5373045480 -34 57 16.175970324           ~ 5 0
38 V* V1879 Sgr Mi* 18 27 08.6474611080 -31 48 58.252262976           ~ 3 0
39 2MASS J18271905-3206334 LP? 18 27 19.0525131542 -32 06 33.345963267           ~ 5 0
40 V* V3355 Sgr LP* 18 27 20.1392617344 -32 07 59.357979624   12.92 11.46     ~ 3 0
41 V* V3368 Sgr Mi* 18 27 46.0668609936 -33 22 35.451344172           ~ 4 0
42 V* V3369 Sgr LP* 18 27 54.0832528992 -35 54 17.292575628           ~ 4 0
43 V* V3375 Sgr Mi* 18 28 08.9798808504 -36 31 25.990447152         10.867 ~ 13 0
44 V* V1884 Sgr LP* 18 28 34.1392945367 -33 24 44.016519793           S 3 0
45 V* V3398 Sgr LP* 18 28 39.3261351936 -34 15 31.348274760           ~ 5 0
46 V* V3403 Sgr LP* 18 28 41.5064142384 -33 14 55.740096420           ~ 4 0
47 V* V3397 Sgr LP* 18 28 44.7804207864 -36 53 43.388172024           ~ 3 0
48 V* V3416 Sgr Mi* 18 28 55.8886921752 -31 35 06.936879912         12.019 ~ 6 0
49 V* V3427 Sgr LP* 18 29 22.7975009400 -31 44 15.815531040           ~ 7 0
50 [MM63] 2-43 LP* 18 29 24.4998466968 -30 52 51.979172124     15.3   10.4 M7 5 0
51 V* V3429 Sgr LP* 18 29 34.0759022712 -34 08 26.515140792           ~ 7 0
52 V* V3435 Sgr LP* 18 29 37.5780913152 -31 29 03.925569336           ~ 4 0
53 V* V3430 Sgr LP* 18 29 42.4994603904 -36 49 13.919002860           ~ 4 0
54 V* V3469 Sgr LP* 18 30 42.7876708848 -36 00 36.201313332           ~ 8 0
55 V* V3505 Sgr LP* 18 31 47.7353176752 -31 03 09.118649412           ~ 4 0
56 V* V3523 Sgr LP* 18 32 36.8726299704 -35 15 01.690562556           ~ 5 0
57 [MM63] 3-30 LP* 18 33 43.7681593056 -31 27 31.601911464     14.6   10.8 M6 8 0
58 V* V3566 Sgr Mi* 18 33 59.2907759808 -34 24 28.327725252           ~ 5 0
59 V* V3582 Sgr LP* 18 34 35.8192966368 -33 43 45.482862720           ~ 5 0
60 V* V3583 Sgr Mi* 18 34 38.7836214528 -34 00 08.062271460           ~ 7 0
61 V* V3635 Sgr Mi* 18 36 08.2072285440 -35 08 19.421028024           ~ 5 0
62 V* V3655 Sgr Mi* 18 36 54.8884347672 -32 08 20.133055752         11.839 ~ 6 0
63 V* V3657 Sgr LP* 18 36 56.3337826536 -31 19 24.266965548           ~ 4 0
64 V* V3702 Sgr Mi* 18 38 54.0271876872 -32 36 07.410249324         11.813 ~ 6 0
65 V* V3744 Sgr Mi* 18 40 33.5180159064 -33 56 03.651252792           ~ 4 0
66 V* V2381 Sgr Mi* 18 42 31.7122475568 -35 59 28.022897292           ~ 9 0
67 Plaut 3-1528 V* ~ ~           ~ 1 0
68 Plaut 3-1523 V* ~ ~           ~ 1 0
69 Plaut 3-1644 V* ~ ~           ~ 1 0
70 Plaut 3-1709 V* ~ ~           ~ 1 0
71 Plaut 3-1788 V* ~ ~           ~ 1 0
72 Plaut 3-1855 V* ~ ~           ~ 1 0
73 Plaut 3-1869 V* ~ ~           ~ 1 0
74 Plaut 3-1907 V* ~ ~           ~ 1 0
75 Plaut 3-1933 V* ~ ~           ~ 1 0
76 Plaut 3-1966 V* ~ ~           ~ 1 0
77 Plaut 3-2082 V* ~ ~           ~ 1 0
78 Plaut 3-2096 V* ~ ~           ~ 1 0
79 Plaut 3-1489 V* ~ ~           ~ 1 0
80 Plaut 3-680 V* ~ ~           ~ 1 0
81 Plaut 3-1579 V* ~ ~           ~ 1 0
82 Plaut 3-988 V* ~ ~           ~ 2 0
83 Plaut 3-1555 V* ~ ~           ~ 1 0
84 Plaut 3-1638 V* ~ ~           ~ 1 0

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