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Table 3

Spins of asteroids derived from DR3 photometry.

Asteroid λ1 β1 λ2 β2 P N Method
(deg) (deg) (deg) (deg) (h)
5 Astraea 122 37 312 40 16.8008 36 C
26 Proserpina 83 −46 255 −56 13.1092 58 C
32 Pomona 103 39 279 41 9.4475 38 CE
33 Polyhymnia 20 −29 197 −31 18.6088 36 C
41 Daphne 207 −35 355 −39 5.98807 35 C
43 Ariadne 69 −10 252 −12 5.76182 53 C
44 Nysa 96 45 287 54 6.4214 25 CE
45 Eugenia 123 −32 299 −20 5.69918 30 C
48 Doris 107 32 291 45 11.8900 50 C
50 Virginia 103 12 281 26 14.3107 31 E
301892 1998 QL98 97 −63 3.81273 28 C
307960 2004 GS75 23 71 12.7888 30 CE
313568 2003 DW4 96 63 4.53729 25 E
329036 2011 AE35 18 −50 29.959 22 E
334190 2001 SQ199 22 −61 162 −41 7.3653 30 C
353971 2000 AE210 9 −50 275 −80 21.467 26 E
354510 2004 PV66 50 −54 6.6110 29 E
362935 2012 JB5 89 53 12.6190 68 C
380282 2002 AO148 330 81 10.6120 29 C
397797 2008 MZ2 91 76 49.936 35 CE

Notes. The table lists the first ten and the last ten asteroid models derived from Gaia DR3 data. The full table is available in electronic format at the CDS. For each asteroid we report its spin axis direction in ecliptic latitude λ1 and longitude β1 (the second pole solution has ecliptic coordinates λ2 and longitude β2), the sidereal rotation period P, the number N of photometric measurements in DR3, and the method used for computing periodograms: C – convex shape models, E – ellipsoids, CE – both methods provided the same period. The uncertainty of the rotation period P is on the order of the last decimal place.

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