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Table B.3

Rotation state properties and summary of the optical dataset for asteroids for which we derived a new shape solution or estimated the sense of rotation.

Number Asteroid Name/Designation λ1 (deg) β1 (deg) λ2 (deg) β2 (deg) P (h) NLC Napp N689 N703 NGAI NASA NATL N141 NPTF
New asteroid models
917 Lyka 44 49 230 37 7.88167 13 1 116 205 9 599 582 26 0
1159 Granada 70 −54 142 −85 72.789 5 2 130 196 14 382 508 77 49
1544 Vinterhansenia 55 22 238 23 13.78270 0 0 104 215 9 389 341 0 0
1700 Zvezdara 66 62 248 48 9.11217 43 2 116 176 20 354 324 51 0
1806 Derice 42 43 216 38 3.223531 17 2 59 286 0 406 488 20 0
1924 Horus 131 −59 315 −54 6.17893 6 1 0 178 0 163 459 29 21
2171 Kiev 145 54 3.171587 7 2 0 277 12 339 451 0 0
2322 KittPeak 195 −78 8.46780 13 1 0 191 0 319 425 0 0
2575 Bulgaria 66 91 246 70 8.61720 5 1 20 205 0 309 445 0 28
2768 Gorky 54 34 4.50814 18 2 37 217 11 151 545 0 0
2773 Brooks 85 −86 241 −71 4.83726 7 2 0 162 14 110 328 0 0
2776 Baikal 81 −41 264 −27 3253.5 1 1 0 143 0 312 479 44 0
2792 Ponomarev 72 −58 230 −82 138.28 0 0 0 193 0 223 409 92 60
3633 Mira 170 −58 346 −50 19.1832 12 1 0 275 10 124 331 0 29
3684 Berry 96 −57 255 −49 11.9074 0 0 0 186 0 0 332 0 0
3723 Voznesenskij 75 −35 259 −34 7.96485 3 1 0 185 0 52 292 0 20
5333 Kanaya 157 −56 3.80247 9 2 0 172 25 210 533 0 0
6647 Josse 38 −68 222 −62 5.94972 6 1 0 165 0 24 271 0 0
8022 Scottcrossfleld 186 30 359 40 4.00267 0 0 0 228 18 84 293 0 76
8315 Bajin 6 71 152.62 0 0 0 167 0 0 262 74 0
12722 Petrarca 143 24 346 41 3.538576 0 0 0 138 0 0 175 41 0
15415 Rika 117 −79 6.36228 0 0 0 164 0 0 275 0 0
23495 1991 UQ1 84 −70 10.50559 0 0 0 124 0 26 370 0 0
49863 1999 XK104 32 −18 212 −22 8.00795 0 0 0 72 0 0 94 0 0
Number Asteroid Name/Designation βP (deg) δβ (deg) P (h) NLC Napp N689 N703 NGAI NASA NATL N141 NPTF
Partial asteroid models
2778 Tangshan −65 18 3.460693 19 4 0 169 0 130 263 0 0
11975 1995 FA1 65 9 6.21338 0 0 0 119 0 0 235 0 0
13066 1991 PM13 −57 19 3.93765 0 0 0 160 0 90 259 33 0
70184 1999 RU3 −59 14 5.27716 0 0 0 150 0 46 320 0 0

Notes. The new determinations are listed first, then the cases where we estimated only the ecliptic latitude of the spin axis (i.e. partial models). Listed are the physical properties: ecliptic longitudes and latitudes of the spin axis directions λ and β for one or two possible solutions; the sidereal rotation period P; the mean value of the ecliptic latitude βP and 1/2 of the range in latitude within the multiple pole solutions δβ (for partial models). The uncertainty of the pole direction is usually about 10° and of the period is of the order of the last decimal digit. Also given is information about the light curve dataset: number of dense light curves NLC with the number of covered apparitions Napp; the number of measurements in each sparse dataset (N689: UNSO-Flagstaff; N703: CSS; NGAI: Gaia DR2; NASA: ASAS-SN; NATL: ATLAS; N141 : ZTF; NPTF: PTF).

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