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Table A.2.

Sample of bona fide stellar sources with a period analysis based on WISE data, period information (first entries).

Ra Dec Periods literature P refit P1 σP1 P2 σP2 Amp1 σA1 W1 σW1 Amp2 σA2 W2 σW2 Com Class
(deg) (deg) (d) (d) (d) (d) (d) (d) (mag) (mag) (mag) (mag) (mag) (mag) (mag) (mag)
19.463942 67.231448 1060 (24) 1053 4.1 1042 4.2 1.85 0.13 8.874 0.019 139.9 1.52 0.05 4.767 0.026 2.2 ERO LPV
124.826307 -21.737399 944 7.4 937 5.8 1.52 0.09 7.251 0.059 50.0 1.39 0.08 3.811 0.047 2.1 ERO LPV
237.773837 -56.890007 no (8) 453 (3) 925 ± 3 (43) 942 7.6 974 11.4 1.43 0.09 7.321 0.057 42.6 1.49 0.15 3.718 0.061 4.2 ERO LPV
287.486914 9.447611 1068 8.9 1075 9.7 1.19 0.06 6.144 0.078 9.7 1.55 0.12 2.496 0.062 1.9 ERO LPV
323.345002 56.743063 924 4.3 962 9.6 1.14 0.04 7.390 0.022 40.1 1.51 0.14 3.700 0.066 7.0 ERO LPV
349.802533 17.192628 696. (28) 520? (26) 700. (22) 747 4.6 705 674.4 0.89 0.04 5.283 0.032 1.7 0.63 2.01 1.813 2.042 6.0 ERO LPV
89.161446 -67.892776 1197 ± 32 (1) 1209 (2) 1223 1.2 1217 1.3 1.24 0.04 11.978 0.003 37.3 1.02 0.05 8.971 0.002 80.4 ERO LPV
82.407959 -72.831322 680 (2) 679 1.0 677 1.1 0.62 0.01 14.119 0.008 7.9 0.61 0.02 10.709 0.006 38.6 ERO LPV
87.608788 -69.934212 1052 (2) 1104 4.1 1113 2.6 0.65 0.01 15.485 0.012 2.8 0.72 0.03 11.466 0.005 35.4 ERO LPV
79.701599 -69.559563 no (2) 0.00 0.00 15.307 0.070 0.3 0.00 0.00 12.700 0.015 10.2 ERO
87.249886 -70.556229 no (2) 4453 1288 3429 98.6 0.06 0.05 15.502 0.011 2.1 0.12 0.01 13.502 0.007 1.6 ERO
75.631233 -68.093285 no (2) 1739 111.8 1890 20.7 0.76 0.26 15.662 0.125 19.8 0.31 0.02 13.074 0.007 4.4 ERO LPV
76.023376 -68.394501 no (2) 0.00 0.00 16.213 0.140 0.2 0.00 0.00 13.194 0.007 4.5 ERO
81.419411 -70.140877 no (2) 0.00 0.00 15.703 0.351 4.4 0.00 0.00 13.313 0.016 5.2 ERO
78.257469 -69.564110 no (2) 9094 3214 0.00 0.00 15.547 0.087 0.1 0.28 0.15 13.871 0.046 1.2 ERO
79.548790 -70.507469 no (2) 8188 2519 4666 81.4 0.63 0.34 14.815 0.285 2.5 0.48 0.01 11.941 0.004 4.2 ERO LPV
82.684006 -71.716766 no (2) 969 16.4 944 13.8 0.05 0.02 13.812 0.004 2.8 0.04 0.00 11.957 0.003 2.4 ERO
281.468597 -1.778703 1140 ± 30 (31) 1176 43.1 1125 17.4 1.05 0.10 5.754 0.184 31.7 1.35 0.10 2.518 0.106 0.5 LPV
282.174774 -2.841357 2013 ± 243 (32) 1730 ± 200 (31) 2173 (30) 1952 45.9 1524 16.8 0.67 0.06 7.430 0.031 8.0 0.88 0.08 2.966 0.053 1.3 LPV
282.859344 -1.064581 1417 ± 108 (32) 1519 (30) no (4) 1632 14.0 1605 21.6 0.89 0.07 7.506 0.060 9.0 1.34 0.12 3.400 0.068 2.5 LPV
283.092775 -0.236713 1539 ± 31 (32) 1750 ± 130 (31) 1691 (30) no (4) 1436 32.6 1666 25.8 0.67 0.07 7.296 0.048 10.5 1.32 0.13 2.694 0.087 2.8 LPV
287.284637 8.276116 2475 69.6 1976 51.4 0.68 0.09 7.659 0.056 73.0 0.88 0.15 4.566 0.100 5.0 LPV
23.463343 62.448162 759 (12) 1540 ± 16 (21) 1638 ± 57 (32) 1592 (30) 0.00 0.00 3.864 0.024 2.1 0.00 0.00 1.445 0.054 0.5
53.377491 60.335957 1800 ± 400 (25) 2210 (30) 1445 45.2 1833 293.3 0.62 0.09 4.502 0.097 2.4 0.33 0.29 2.418 0.152 5.7 LPV
79.197746 45.567860 1100 ± 100 (25) 1051 (30) 1182 16.0 1133 35.3 1.05 0.09 4.439 0.057 2.0 0.72 0.16 2.404 0.099 3.6 LPV
111.101738 -20.198791 5746/1411 (6) 1200 ± 200 (25) 7 (4) 1447 24.3 1488 21.0 0.62 0.10 4.016 0.104 0.8 1.09 0.11 2.999 0.082 3.8 LPV
266.099701 -31.927624 1440: (25) 1440 (33) 1 (3) 1766 ± 47 (43) 2054 58.6 0.72 0.11 4.086 0.134 0.8 0.00 0.00 0.708 0.106 0.0 1 PER
280.309784 -6.250149 1172 ± 94 (32) 1330 ± 50 (31) 1372 22.3 1206 66.3 0.62 0.09 4.485 0.120 0.4 0.48 0.16 2.468 0.132 2.4 LPV
277.128905 -9.970644 1785 ± 114 (32) 1548 96.5 1702 67.1 1.59 0.19 8.564 0.142 99.5 1.64 0.15 3.848 0.075 3.4 LPV
51.285198 65.535362 1276 ± 150 (32) 1410 (30) 1431 26.2 1300 77.7 0.53 0.05 4.075 0.059 0.8 0.30 0.12 2.009 0.103 1.5 LPV
0.441592 62.748863 731 1.5 720 3.8 1.02 0.03 5.201 0.015 0.9 1.06 0.07 3.209 0.036 2.5 LPV
3.853554 54.906147 613 6.4 627 6.4 0.46 0.04 3.738 0.033 0.6 0.59 0.12 2.268 0.079 2.9 LPV
4.963700 65.991821 0.00 0.00 3.746 0.037 2.8 0.00 0.00 2.475 0.047 3.1 nvoh

Notes. References for Cols. 3-4: (1) = Groenewegen et al. (2020), (2) = Groenewegen & Sloan (2018), (3) = Ferreira Lopes et al. (2020), (4) = Shappee et al. (2014), Kochanek et al. (2017), (5) = Gaia Collaboration (2018), (6) = Heinze et al. (2018), (7) = Price et al. (2010), (8) = Whitelock et al. (2006), (9) = Pojmanski (2002), (10) = Contreras Peña et al. (2017) (11) = Alfonso-Garzón et al. (2012) (12) = Urago et al. (2020) (13) = Woźniak et al. (2004) (14) = Drake et al. (2009) (20) = Kiss et al. (2007) (21) = Suh & Kim (2002) (22) = Whitelock et al. (1994) (23) = Kerschbaum et al. (2006) (24) = Groenewegen et al. (1998) (25) = Jiménez-Esteban et al. (2006) (26) = Jones et al. (1990) (27) = Le Bertre (1993) (28) = Le Bertre (1992) (29) = Nakashima et al. (2000) (30) = Engels et al. (2015) (31) = Engels et al. (1983) (32) = van Langevelde et al. (1990) (33) = Olivier et al. (2001) (41) = Refit of VMC K-band data from Groenewegen et al. (2020) with initial period from the present work, (43) = Refit of VVV K-band (Ferreira Lopes et al. 2020), (44) = Refit of ASAS-SN V-band data (Shappee et al. 2014; Kochanek et al. 2017). (46) = Refit of ATLAS o-band data (Heinze et al. 2018). (47) = Refit of DIRBE 4.9 μm data (Price et al. 2010) (For the source with Ra = 204.411850 data at 3.5 μm data is used). (51) = Fit of OMC data (Alfonso-Garzón et al. 2012). (54) = Fit of CSS data (Drake et al. 2009). (63) = Fit to the data from Kerschbaum et al. (2006) with K-band photometry from the literature added. (70) = Fit to data from the Bochum Galactic Disk Survey (Hackstein et al. 2015). (71) = Fit to r-type data from the ZTF (Masci et al. 2019). Column 19, Comments: (1) W2 data is dummy. (2) Possibly a real source. IRAS 02408+5458 is located at 3″. (3) ASAS-SN: LC is peculiar. (4) Palt = 572. (5) ZTF: LC is peculiar. (6) Clones of VY CMa (110.7430362 -25.7675659). (7) Source is getting fainter with time. (8) Clones of IRAS 08074-3615 (122.334335 -36.407444). (9) Clones of HD 76220 (133.849921103 +19.6998172)? (10) Palt = 262. (11) Peculiar LC. (12) Palt = 491. (13) Source is getting brighter with time. (14) A clone of CW Leo (146.989203 +13.278759). (15) Source is getting brighter with time. (16) Clones of HD 97300 (167.4575881 -76.6130701). (17) Possibly a clone of IRAS 11145-6534, located at 75″. (18) ASAS-SN: bizarre LC. (19) Possibly a real source. Not an obvious clone. (20) A clone of IRAS 15194-5115 (230.7711108 -51.4329088). (21) Source (W2) is getting fainter with time. (22) Source (W2) is getting fainter with time. (23) Palt = 580, 780. (24) Palt = 1280. (25) Palt = 800. (26) Source is getting fainter with time. (27) Palt = 303. (28) Palt = 460. (29) P = 34.48 ± 0.16 days. (30) Palt = 460. (31) A clone of IRC +20 326 (262.9805754 +17.7558379). (32) Palt = 480, 730. (33) W1 data is dummy. (34) Palt = 314. (35) Palt = 969. (36) Sakurai’s object. Continueously brightening in K (VVV) and WISE filters. (37) Palt = 460 301. (38) Palt = 355. (39) A clone of AFGL 2135 (275.644226 -27.108224). (40) ASAS-SN: Burst, then nearly constant. (41) Source is getting fainter with time. (42) ZTF: peculiar LC (period fixed to 600 days). (43) ATLAS: Slowly getting brighter, with burst (?). (44) ZTF: very peculiar LC. (45) Palt = 1900. (46) ATLAS, ZTF: peculiar LC. Strong drop in brightness. (47) Source (W1) is getting brighter with time. (48) Palt = 330. (49) Clones of IRC +10 420 (291.700408 +11.354634). (50) OMC, ZTF: Slow change in both datasets. (51) ZTF: very peculiar LC. (52) P = 30.58 ± 0.02 days. (53) ASAS-SN: constant but then strong brightening. (54) ZTF: very peculiar LC. (55) Clones of AFGL 3068 (349.802533 +17.192628). (56) A clone of AFGL 3116 (353.61467 +43.55036). The full table is available at the CDS.

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