Open Access

Table A.2

Optical disk-integrated lightcurves of (65) Cybele used for the ADAM and SAGE shape modelling.

N Epoch Np Δ (AU) r (AU) φ (°) Filter Reference
1 1977-08-31.2 56 2.23 3.24 2.2 V Schober et al. (1980)
2 1977-09-01.1 29 2.23 3.24 2.5 V Schober et al. (1980)
3 1977-09-02.2 65 2.24 3.24 2.9 V Schober et al. (1980)
4 1978-11-08.3 9 2.67 3.65 2.6 V Schober et al. (1980)
5 1982-02-17.2 10 2.81 3.23 17.0 V Weidenschilling et al. (1987)
6 1982-02-18.3 12 2.79 3.23 16.9 V Weidenschilling et al. (1987)
7 1982-02-19.3 15 2.77 3.23 16.8 V Weidenschilling et al. (1987)
8 1982-02-20.3 6 2.76 3.23 16.8 V Weidenschilling et al. (1987)
9 1982-05-21.3 16 2.23 3.16 8.6 V Weidenschilling et al. (1987)
10 1982-05-22.3 5 2.23 3.16 8.9 V Weidenschilling et al. (1987)
11 1982-05-23.2 9 2.24 3.16 9.2 V Weidenschilling et al. (1987)
12 1982-06-22.3 6 2.50 3.14 16.3 V Weidenschilling et al. (1987)
13 1982-06-23.2 11 2.51 3.13 16.5 V Weidenschilling et al. (1987)
14 1982-06-24.4 8 2.53 3.13 16.7 V Weidenschilling et al. (1987)
15 1983-05-21.2 6 2.58 3.09 17.7 V Weidenschilling et al. (1987)
16 1983-06-30.4 23 2.19 3.11 9.2 V Weidenschilling et al. (1987)
17 1983-09-14.2 18 2.46 3.16 14.9 V Weidenschilling et al. (1987)
18 1983-09-19.4 11 2.52 3.16 15.7 V Weidenschilling et al. (1987)
19 1983-10-11.2 9 2.82 3.18 17.9 V Weidenschilling et al. (1987)
20 1983-10-12.4 11 2.84 3.18 18.0 V Weidenschilling et al. (1987)
21 1983-10-13.3 25 2.85 3.18 18.0 V Weidenschilling et al. (1987)
22 1983-10-15.4 5 2.89 3.18 18.1 V Weidenschilling et al. (1987)
23 1983-11-11.4 10 3.29 3.20 17.5 V Weidenschilling et al. (1987)
24 1983-11-13.2 12 3.31 3.21 17.4 V Weidenschilling et al. (1987)
25 1983-11-15.3 9 3.34 3.21 17.2 V Weidenschilling et al. (1987)
26 1984-07-05.2 7 3.37 3.43 17.2 V Weidenschilling et al. (1987)
27 1984-11-21.2 22 2.83 3.56 12.1 V Weidenschilling et al. (1987)
28 1985-10-25.2 26 3.03 3.77 11.2 V Weidenschilling et al. (1987)
29 1986-01-19.2 38 3.11 3.79 11.8 V Weidenschilling et al. (1987)
30 1986-01-20.2 27 3.12 3.79 12.0 V Weidenschilling et al. (1987)
31 1987-02-07.2 44 2.72 3.69 3.7 V Weidenschilling et al. (1990)
32 1988-04-26.2 63 2.39 3.29 9.2 V Weidenschilling et al. (1990)
33 1989-07-02.2 28 2.08 3.08 3.7 V Hutton (1990)
34 1994-02-12.0 16 2.56 3.48 6.9 V Shevchenko et al. (1996)
35 1994-02-17.9 28 2.52 3.48 5.0 V Shevchenko et al. (1996)
36 1994-04-11.0 61 2.62 3.43 11.3 C Lagerkvist et al. (1995)
37 2007-04-06.0 18 2.34 3.32 4.7 C Franco & Pilcher (2015)
38 2007-04-07.0 25 2.35 3.32 5.1 C Franco & Pilcher (2015)
39 2009-07-31.4 166 2.51 3.33 11.9 R Pilcher (2010)
40 2009-08-03.4 76 2.49 3.33 11.2 R Pilcher (2010)
41 2009-08-16.3 258 2.40 3.34 7.5 R Pilcher (2010)
42 2009-08-20.4 186 2.38 3.35 6.3 R Pilcher (2010)
43 2009-08-23.4 467 2.37 3.35 5.3 R Pilcher (2010)
44 2009-08-29.3 251 2.36 3.36 3.3 R Pilcher (2010)
45 2009-09-13.2 186 2.37 3.37 1.9 R Pilcher (2010)
46 2009-09-26.9 28 2.44 3.39 6.4 C Viikinkoski et al. (2017)
47 2009-09-27.0 36 2.44 3.39 6.4 C Viikinkoski et al. (2017)
48 2010-09-19.1 68 3.06 3.70 13.1 C Viikinkoski et al. (2017)
49 2010-09-24.4 261 3.00 3.70 12.3 R Pilcher (2011)
50 2011-01-23.9 238 3.50 3.77 15.0 C Viikinkoski et al. (2017)
51 2011-01-25.9 246 3.54 3.77 15.1 C Viikinkoski et al. (2017)
52 2011-11-19.5 86 3.06 3.78 11.3 C Pilcher (2012)
53 2011-11-22.4 324 3.03 3.78 10.8 C Pilcher (2012)
54 2011-11-29.4 257 2.96 3.78 9.3 C Pilcher (2012)
55 2011-12-05.4 394 2.90 3.78 7.8 C Pilcher (2012)
56 2011-12-27.3 425 2.79 3.77 1.7 C Pilcher (2012)
57 2012-01-03.3 354 2.79 3.77 1.3 C Pilcher (2012)
58 2016-10-02.0 40 2.68 3.63 5.8 r This work1
59 2016-10-31.1 216 2.68 3.65 3.6 r This work1
60 2016-10-04.2 40 2.67 3.63 5.2 R This work1
61 2016-10-07.2 216 2.66 3.63 4.3 r This work1
62 2016-11-01.1 636 2.68 3.65 3.8 R This work1
63 2016-11-20.1 407 2.82 3.67 9.1 r This work1
64 2016-09-14.2 26 2.79 3.61 10.6 R This work1
65 2016-09-15.1 17 2.79 3.61 10.3 R This work1
66 2016-09-15.2 23 2.79 3.61 10.4 R This work1
67 2016-09-22.1 79 2.73 3.62 8.6 R This work1
68 2016-09-24.2 90 2.72 3.62 8.1 R This work1
69 2016-09-28.2 117 2.70 3.62 7.0 V This work1
70 2016-09-29.2 101 2.69 3.62 6.7 V This work1
71 2016-09-05.2 141 2.88 3.60 12.5 r This work1
72 2016-09-09.2 141 2.84 3.61 11.7 r This work1
73 2017-10-25.2 299 3.16 3.81 12.5 r This work1
74 2017-12-18.0 473 2.83 3.81 1.9 r This work1
75 2021-04-18.4 279 2.81 3.05 19.1 Rc This work2
76 2021-04-19.4 261 2.80 3.05 19.1 Rc This work2
77 2021-05-11.4 167 2.52 3.06 17.6 Rc This work2
78 2021-05-12.4 249 2.51 3.06 17.5 Rc This work2
79 2021-05-16.4 183 2.46 3.06 17.0 Rc This work2
80 2021-05-18.4 143 2.43 3.06 16.7 Rc This work2
81 2021-05-26.4 588 2.35 3.07 15.3 Rc This work2
82 2021-05-28.2 193 2.33 3.07 14.9 Rc This work2
83 2021-06-25.4 430 2.11 3.08 7.1 Rc This work2
84 2021-06-26.2 148 2.11 3.08 6.7 Rc This work2
85 2021-06-28.2 425 2.10 3.08 6.1 Rc This work2
86 2021-06-28.3 269 2.10 3.08 6.0 Rc This work2
87 2021-07-14.1 240 2.08 3.09 1.2 Rc This work2
88 2021-07-16.1 173 2.08 3.09 1.4 Rc This work2
89 2021-07-20.2 360 2.08 3.10 2.4 Rc This work2
90 2021-07-04.1 304 2.08 3.09 4.0 Rc This work2
91 2021-07-05.2 241 2.08 3.09 3.6 Rc This work2
92 2021-08-10.3 547 2.19 3.11 9.4 Rc This work2

Notes. The table contains the epoch, the number of individual measurements Np, the asteroid’s distances to the Earth Δ and to the Sun r, the phase angle φ, the photometric filter and the reference. 1Gaia-GOSA (Gaia-Ground-based Observational Service for Asteroids, www.gaiagosa.eu),2 TRAPPIST.

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