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Table A.4.

Physical properties of asteroids with new rotation period determinations based on the V-band ASAS-SN data.

Asteroid P M NA D
[hours] [km]
835 Olivia 1104.0 C 145 30.4
991 McDonalda 339.5 E 178 38.6
1034 Mozartia 449.9 E 216 9.7
1445 Konkolya 59.395 C 96 20.3
1714 Sy 317.8 E 193 14.0
1745 Ferguson 1078.2 C 136 12.1
1755 Lorbach 7.9765 CE 208 24.9
1787 Chiny 13.5609 E 173 19.9
1984 Fedynskij 8.1405 E 187 38.4
2027 Shen Guo 1117.3 E 164 16.5
2051 Chang 12.0142 CE 183 16.4
2138 Swissair 369.7 C 244 12.9
2158 Tietjen 8.6581 E 137 22.7
2165 Young 6.39009 CE 143 27.1
2191 Uppsala 31.317 E 213 17.5
2219 Mannucci 27.460 E 172 39.1
2226 Cunitza 189.05 E 159 14.6
2248 Kanda 24.736 E 169 26.4
2404 Antarctica 2.26238 CE 143 23.2
2405 Welch 14.3411 E 123 26.4
2413 van de Hulst 211.96 E 190 20.8
2475 Semenov 12.2370 E 131 14.5
2502 Nummela 14.3151 E 97 19.0
2660 Wasserman 628.3 E 137 9.2
2780 Monnig 681.8 E 91 4.8
2795 Lepage 40.368 E 107 6.1
2819 Ensor 161.66 E 130 9.7
2837 Griboedov 3.94988 C 119 12.3

Notes. We provide the sidereal rotational period P (its uncertainty is on the order of the last digit). The method column (M) indicates whether the rotation period was derived by the convex inversion approach (C), the ellipsoid approach (E), or both (CE). The final two columns are the number of ASAS-SN measurements NA and the size D from the MP3C database. The full table is available at the CDS.

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