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Table C.2

Optical disk-integrated lightcurves used for ADAM shape modeling.

N Epoch Np Δ r φ Filter Site Observer Reference
(AU) (AU) (°)
1 1950-08-12.2 34 1.70 2.50 17.4 V MDO Braun, Rubingh Groeneveld & Kuiper (1954)
2 1950-08-13.2 25 1.71 2.50 17.7 V MDO Braun, Rubingh Groeneveld & Kuiper (1954)
3 1950-08-14.2 22 1.72 2.50 18.0 V MDO Braun, Rubingh Groeneveld & Kuiper (1954)
4 1950-08-16.2 9 1.73 2.49 18.6 V MDO Braun, Rubingh Groeneveld & Kuiper (1954)
5 1952-01-28.3 82 1.18 2.16 5.2 V MDO Braun, Rubingh Groeneveld & Kuiper (1954)
6 1955-12-28.5 39 1.91 2.38 23.4 V MDO vH-G&vH van Houten-Groeneveld & van Houten (1958)
7 1955-12-29.4 39 1.90 2.38 23.3 V MDO vH-G&vH van Houten-Groeneveld & van Houten (1958)
8 1956-01-02.5 35 1.86 2.39 22.7 V MDO vH-G&vH van Houten-Groeneveld & van Houten (1958)
9 1956-01-05.5 18 1.83 2.40 22.1 V MDO vH-G&vH van Houten-Groeneveld & van Houten (1958)
10 1956-03-08.4 64 1.57 2.55 4.3 V MDO Kuiper van Houten-Groeneveld & van Houten (1958)
11 1958-11-05.2 62 0.86 1.84 8.7 V MDO – Gehrels & Owings (1962)
12 1963-02-02.7 63 1.21 2.12 13.0 V – – Chang & S. (1963)
13 1963-02-03.6 99 1.21 2.12 13.4 V – – Chang & S. (1963)
14 1968-06-12.2 18 1.92 2.88 8.4 V KPNO Dunlap, Taylor Taylor (1977)
15 1968-06-13.3 45 1.93 2.88 8.8 V KPNO Dunlap, Taylor Taylor (1977)
16 1973-10-28.4 27 1.26 1.88 29.1 V STEW Dunlap Taylor (1977)
17 1973-12-15.3 46 1.00 1.96 8.8 V KPNO Taylor Taylor (1977)
18 1973-12-16.3 58 1.00 1.96 8.2 V KPNO Taylor Taylor (1977)
19 1974-02-16.3 17 1.38 2.10 22.8 V STEW Capen Taylor (1977)
20 1974-02-17.2 7 1.39 2.10 23.0 V STEW Capen Taylor (1977)
21 1980-10-14.6 49 0.97 1.91 14.3 V – – Zhou et al. (1982)
22 1980-11-08.6 40 1.10 1.87 24.8 V – – Zhou et al. (1982)
23 1984-09-29.4 52 1.32 1.84 31.9 V CMC – Lagerkvist & Williams (1987)
24 1989-01-02.9 18 1.42 2.22 18.7 V HLO – Hoffmann & Geyer (1993)
25 1989-01-04.1 538 1.42 2.22 18.4 V HLO – Hoffmann & Geyer (1993)
26 1989-04-29.9 70 2.17 2.52 23.4 V HLO – Hoffmann & Geyer (1993)
27 1989-05-02.9 42 2.21 2.52 23.4 V HLO – Hoffmann & Geyer (1993)
28 1990-02-05.2 33 2.92 2.92 19.4 V HLO – Hoffmann & Geyer (1993)
29 1990-02-06.2 15 2.90 2.92 19.5 V HLO – Hoffmann & Geyer (1993)
30 1991-08-19.0 38 1.12 2.07 12.6 V HLO – Hoffmann & Geyer (1993)
31 1991-09-03.0 75 1.04 2.04 6.4 V HLO – Hoffmann & Geyer (1993)
32 1991-09-04.0 26 1.04 2.03 6.1 V HLO – Hoffmann & Geyer (1993)
33 1991-09-05.0 40 1.03 2.03 5.9 V HLO – Hoffmann & Geyer (1993)
34 1991-09-18.0 44 1.02 2.00 7.7 V HLO – Hoffmann & Geyer (1993)
35 1991-11-01.9 9 1.21 1.92 26.4 C – Foglia Foglia (1992)
36 1991-11-06.9 23 1.25 1.91 27.7 C – Foglia Foglia (1992)
37 2010-12-10.1 623 1.31 2.05 22.9 C – – Gerald Rousseau
38 2010-12-11.1 589 1.30 2.05 22.5 C – – Gerald Rousseau
39 2013-08-15.0 173 1.18 2.19 4.4 C – – Patrick Sogorb
40 2006-10-11 47 0.95 1.84 20.2 – SuperWASP – Grice et al. (2017)
41 2006-11-27 40 0.87 1.84 8.8 – SuperWASP – Grice et al. (2017)
42 2006-11-28 41 0.88 1.84 9.3 – SuperWASP – Grice et al. (2017)
43 2006-11-29 42 0.88 1.84 9.9 – SuperWASP – Grice et al. (2017)
44 2006-11-30 92 0.89 1.84 10.5 – SuperWASP – Grice et al. (2017)
45 2006-12-05 72 0.91 1.85 13.3 – SuperWASP – Grice et al. (2017)
46 2006-12-06 76 0.91 1.85 13.8 – SuperWASP – Grice et al. (2017)
47 2008-01-31 47 2.35 2.76 20.3 – SuperWASP – Grice et al. (2017)
48 2008-02-21 87 2.11 2.79 17.0 – SuperWASP – Grice et al. (2017)
49 2008-02-27 39 2.05 2.80 15.5 – SuperWASP – Grice et al. (2017)
50 2008-02-28 42 2.04 2.80 15.3 – SuperWASP – Grice et al. (2017)
51 2008-02-28 44 2.04 2.80 15.3 – SuperWASP – Grice et al. (2017)
52 2008-03-01 59 2.03 2.80 14.8 – SuperWASP – Grice et al. (2017)
53 2008-03-01 74 2.03 2.80 14.8 – SuperWASP – Grice et al. (2017)
54 2008-03-02 56 2.02 2.81 14.5 – SuperWASP – Grice et al. (2017)
55 2008-03-02 81 2.02 2.81 14.5 – SuperWASP – Grice et al. (2017)
56 2008-03-10 67 1.95 2.82 12.1 – SuperWASP – Grice et al. (2017)
57 2008-03-13 57 1.93 2.82 11.1 – SuperWASP – Grice et al. (2017)
58 2008-03-19 58 1.90 2.83 8.9 – SuperWASP – Grice et al. (2017)
59 2008-06-10 95 2.38 2.91 18.9 – SuperWASP – Grice et al. (2017)
60 2008-06-22 39 2.54 2.92 20.0 – SuperWASP – Grice et al. (2017)
61 2008-06-24 63 2.57 2.92 20.1 – SuperWASP – Grice et al. (2017)
62 2008-06-25 63 2.58 2.92 20.1 – SuperWASP – Grice et al. (2017)
63 2008-06-26 45 2.60 2.92 20.2 – SuperWASP – Grice et al. (2017)
64 2010-10-25 39 1.69 1.95 30.6 – SuperWASP – Grice et al. (2017)
65 2010-10-26 91 1.68 1.96 30.5 – SuperWASP – Grice et al. (2017)
66 2010-12-12 127 1.29 2.06 21.8 – SuperWASP – Grice et al. (2017)
67 2010-12-13 55 1.28 2.06 21.4 – SuperWASP – Grice et al. (2017)
68 2010-12-27 75 1.21 2.10 15.5 – SuperWASP – Grice et al. (2017)
69 2010-12-31 76 1.20 2.11 13.5 – SuperWASP – Grice et al. (2017)
70 2011-01-01 52 1.19 2.11 13.0 – SuperWASP – Grice et al. (2017)
71 2011-01-02 79 1.19 2.11 12.5 – SuperWASP – Grice et al. (2017)
72 2011-01-03 56 1.19 2.11 12.0 – SuperWASP – Grice et al. (2017)
73 2011-01-04 63 1.18 2.12 11.4 – SuperWASP – Grice et al. (2017)
74 2011-01-05 65 1.18 2.12 10.9 – SuperWASP – Grice et al. (2017)
75 2011-01-06 50 1.18 2.12 10.4 – SuperWASP – Grice et al. (2017)
76 2011-01-07 50 1.18 2.12 9.9 – SuperWASP – Grice et al. (2017)
77 2011-01-10 48 1.17 2.13 8.3 – SuperWASP – Grice et al. (2017)
78 2011-02-18 119 1.33 2.23 13.6 – SuperWASP – Grice et al. (2017)
79 2011-02-19 86 1.34 2.23 14.1 – SuperWASP – Grice et al. (2017)
80 2011-02-20 72 1.35 2.24 14.5 – SuperWASP – Grice et al. (2017)
81 2011-02-21 99 1.36 2.24 14.9 – SuperWASP – Grice et al. (2017)
82 2011-02-22 103 1.37 2.24 15.2 – SuperWASP – Grice et al. (2017)
83 2011-02-23 103 1.38 2.24 15.6 – SuperWASP – Grice et al. (2017)
84 2011-02-24 103 1.39 2.25 16.0 – SuperWASP – Grice et al. (2017)
85 2011-02-25 77 1.40 2.25 16.3 – SuperWASP – Grice et al. (2017)
86 2011-03-01 95 1.44 2.26 17.7 – SuperWASP – Grice et al. (2017)
87 2011-03-02 91 1.45 2.26 18.0 – SuperWASP – Grice et al. (2017)
88 2012-02-19 41 2.58 2.91 19.6 – SuperWASP – Grice et al. (2017)
89 2012-02-20 43 2.57 2.91 19.5 – SuperWASP – Grice et al. (2017)
90 2012-02-21 43 2.55 2.91 19.4 – SuperWASP – Grice et al. (2017)
91 2012-02-23 47 2.53 2.91 19.3 – SuperWASP – Grice et al. (2017)
92 2012-02-24 49 2.51 2.91 19.2 – SuperWASP – Grice et al. (2017)
93 2012-02-25 49 2.50 2.92 19.2 – SuperWASP – Grice et al. (2017)
94 2012-02-26 43 2.49 2.92 19.1 – SuperWASP – Grice et al. (2017)
95 2012-03-01 47 2.43 2.92 18.7 – SuperWASP – Grice et al. (2017)
96 2012-03-02 51 2.42 2.92 18.6 – SuperWASP – Grice et al. (2017)
97 2012-03-03 51 2.41 2.92 18.4 – SuperWASP – Grice et al. (2017)
98 2012-03-06 65 2.37 2.92 18.0 – SuperWASP – Grice et al. (2017)
99 2012-03-07 51 2.36 2.92 17.9 – SuperWASP – Grice et al. (2017)
100 2012-03-07 75 2.36 2.92 17.9 – SuperWASP – Grice et al. (2017)
101 2012-03-08 81 2.34 2.92 17.7 – SuperWASP – Grice et al. (2017)
102 2012-03-08 89 2.34 2.92 17.8 – SuperWASP – Grice et al. (2017)
103 2012-03-09 82 2.33 2.92 17.6 – SuperWASP – Grice et al. (2017)
104 2012-03-13 79 2.28 2.92 16.9 – SuperWASP – Grice et al. (2017)
105 2012-03-17 63 2.24 2.93 16.1 – SuperWASP – Grice et al. (2017)
106 2012-03-18 71 2.23 2.93 15.9 – SuperWASP – Grice et al. (2017)
107 2012-03-19 72 2.21 2.93 15.7 – SuperWASP – Grice et al. (2017)
108 2012-03-20 43 2.20 2.93 15.5 – SuperWASP – Grice et al. (2017)
109 2012-03-20 52 2.20 2.93 15.5 – SuperWASP – Grice et al. (2017)
110 2012-03-25 56 2.15 2.93 14.3 – SuperWASP – Grice et al. (2017)
111 2012-03-25 59 2.15 2.93 14.3 – SuperWASP – Grice et al. (2017)
112 2012-03-31 44 2.09 2.93 12.7 – SuperWASP – Grice et al. (2017)
113 2012-04-01 79 2.08 2.93 12.4 – SuperWASP – Grice et al. (2017)
114 2012-04-01 93 2.09 2.93 12.4 – SuperWASP – Grice et al. (2017)
115 2012-04-02 87 2.08 2.93 12.1 – SuperWASP – Grice et al. (2017)
116 2012-04-02 101 2.08 2.93 12.1 – SuperWASP – Grice et al. (2017)
117 2012-04-03 79 2.07 2.93 11.7 – SuperWASP – Grice et al. (2017)
118 2012-04-03 89 2.07 2.93 11.8 – SuperWASP – Grice et al. (2017)
119 2012-04-04 54 2.06 2.93 11.4 – SuperWASP – Grice et al. (2017)
120 2012-04-05 47 2.05 2.93 11.1 – SuperWASP – Grice et al. (2017)
121 2012-04-05 84 2.05 2.93 11.1 – SuperWASP – Grice et al. (2017)
122 2012-04-10 125 2.02 2.93 9.5 – SuperWASP – Grice et al. (2017)
123 2012-04-11 121 2.01 2.93 9.1 – SuperWASP – Grice et al. (2017)
124 2012-04-11 131 2.01 2.93 9.1 – SuperWASP – Grice et al. (2017)
125 2012-04-12 99 2.00 2.93 8.8 – SuperWASP – Grice et al. (2017)
126 2012-04-12 109 2.00 2.93 8.8 – SuperWASP – Grice et al. (2017)
127 2012-04-15 98 1.98 2.93 7.7 – SuperWASP – Grice et al. (2017)
128 2012-04-20 55 1.96 2.94 5.8 – SuperWASP – Grice et al. (2017)
129 2012-04-23 43 1.95 2.94 4.7 – SuperWASP – Grice et al. (2017)
130 2012-04-29 55 1.93 2.94 2.6 – SuperWASP – Grice et al. (2017)
131 2012-04-29 57 1.93 2.94 2.6 – SuperWASP – Grice et al. (2017)
132 2012-04-29 59 1.93 2.94 2.6 – SuperWASP – Grice et al. (2017)
133 2012-06-06 58 2.07 2.93 12.6 – SuperWASP – Grice et al. (2017)

Notes. For each lightcurve the table gives the epoch, the number of individual measurements Np, the asteroid’s distances to the Earth Δ and the Sun r, phase angle φ, photometric filter, and observation information. MDO – McDonald Observatory, KPNO – Kitt Peak National Observatory, 91 cm or 41 telescopes. STEW – Steward 51-cm Observatory, CMC – Carlsberg Meridian Circle at La Palma, HLO – Hoher List Observatory, vH-G&vH – van Houten-Groeneveld, van Houten.

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