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Table A.4:

Physical and dynamical parameters of the analysed NEAs and MCs.

NEA 		a (AU) e i (deg) q (AU) T D (km) $p_{\rm v}$ H Class
(433) Eros 1.458 0.222 10.828 1.133 4.580 23.60** $\pm $ 3.54 0.210 11.16 S
(719) Albert 2.629 0.552 11.548 1.177 3.139 2.13 $\pm $ 0.53 0.244 15.80 S
(699) Hela 2.614 0.407 15.303 1.548 3.238 11.98 $\pm $ 2.99 0.257 11.70 Sq
(1036) Ganymed 2.666 0.533 26.679 1.242 3.032 38.50** $\pm $ 5.77 0.170 9.50 S
(1565) Lemaitre 2.394 0.348 21.440 1.561 3.355 9.09 $\pm $ 2.27 0.257 12.30 Sq
(1627) Ivar 1.863 0.396 8.446 1.124 3.877 9.12** $\pm $ 1.36 0.150 13.20 S
(1862) Apollo 1.470 0.559 6.355 0.647 4.411 1.40** $\pm $ 0.21 0.260 16.25 Q
(1864) Daedalus 1.461 0.614 22.194 0.563 4.333 2.89 $\pm $ 0.72 0.244 15.02 Sr
(1866) Sisyphus 1.893 0.538 41.186 0.874 3.511 8.48** $\pm $ 1.27 0.150 13.00 S
(1951) Lick 1.390 0.061 39.090 1.304 4.541 5.11 $\pm $ 0.50 0.089 14.70 A
(1980) Tezcatlipoca 1.709 0.364 26.861 1.085 3.994 6.60** $\pm $ 1.00 0.150 13.92 Sl
(2064) Thomsen 2.178 0.330 5.701 1.459 3.603 6.45 $\pm $ 1.61 0.244 13.10 S
(2335) James 2.123 0.359 36.336 1.360 3.409 6.45 $\pm $ 1.61 0.244 13.10 Sa
(3102) Krok 2.152 0.448 8.416 1.187 3.554 1.58 $\pm $ 0.40 0.244 16.20 S
(3122) Florence 1.768 0.422 22.164 1.020 3.919 2.50** $\pm $ 0.37 0.200 14.20 Sa
(3199) Nefertiti 1.574 0.284 32.968 1.127 4.188 1.80** $\pm $ 0.27 0.410 14.84 A
(3635) Kreutz 1.794 0.084 19.222 1.643 4.003 4.26 $\pm $ 1.06 0.244 14.00 S
(3752) Camillo 1.413 0.302 55.550 0.986 4.241 2.80 $\pm $ 0.70 0.150 14.91 Ld
(3753) Cruithne 0.997 0.514 19.809 0.484 5.918 2.88 $\pm $ 0.72 0.257 15.13 Q
(3908) Nyx 1.982 0.458 2.179 1.043 3.778 1.00** $\pm $ 0.15 0.230 17.40 V
(4055) Magellan 1.820 0.326 23.241 1.226 3.884 2.49** $\pm $ 0.38 0.310 14.80 V
(4179) Toutatis 2.526 0.633 0.446 0.925 3.136 2.80** $\pm $ 0.42 0.130 15.30 Sk
(4587) Rees 2.653 0.511 24.638 1.295 3.075 2.04 $\pm $ 0.52 0.244 15.60 Sr
(5143) Heracles 1.832 0.772 9.129 0.416 3.581 4.81 $\pm $ 1.21 0.257 13.77 O
(5626) 1991 FE 2.194 0.454 3.854 1.196 3.524 3.35 $\pm $ 0.83 0.244 14.70 S
(5641) McCleese 1.819 0.126 22.202 1.589 3.944 3.201 $\pm $ 0.80 0.300 14.40 A
(5653) Camarillo 1.794 0.304 6.874 1.248 4.009 2.34 $\pm $ 0.78 0.257 15.83 Sq
(5660) 1974 MA 1.785 0.762 37.994 0.424 3.509 2.08 $\pm $ 0.52 0.257 15.70 Q
(6047) 1991 TB1 1.454 0.352 23.471 0.942 4.483 1.14 $\pm $ 0.28 0.244 17.00 S
(6386) Keithnoll 2.271 0.301 8.733 1.586 3.535 7.76 $\pm $ 1.94 0.244 12.70 S
(6456) Golombek 2.194 0.407 8.205 1.299 3.544 1.73 $\pm $ 0.43 0.257 15.90 Sq
(6585) O'Keefe 2.370 0.360 22.374 1.516 3.358 3.71 $\pm $ 0.94 0.244 14.30 Sk
(6611) 1993 VW 1.695 0.484 8.691 0.873 4.054 1.22 $\pm $ 0.31 0.300 16.50 V
(7341) 1991 VK 1.843 0.506 5.420 0.909 3.843 1.32 $\pm $ 0.33 0.257 16.63 Sq
(8013) Gordonmoore 2.200 0.430 7.565 1.252 3.527 1.23 $\pm $ 0.31 0.244 16.67 Sr
(11054) 1991 FA 1.978 0.447 3.078 1.092 3.729 0.98 $\pm $ 0.25 0.244 17.20 Sa
(13553) 1992 JE 2.190 0.462 5.869 1.178 3.518 5.103 $\pm $ 1.00 0.030 16.00 B
(21088) 1992 BL2 1.706 0.238 38.459 1.299 3.918 4.83 $\pm $ 1.20 0.244 13.73 Sl
(25143) Itokawa 1.324 0.280 1.622 0.953 4.896 0.23** $\pm $ 0.04 0.380 19.70 Sq
(30825) 1990 TG1 2.440 0.679 8.736 0.781 3.124 3.09 $\pm $ 0.78 0.244 14.70 S
(35107) 1991 VH 1.136 0.143 13.917 0.973 5.474 1.26 $\pm $ 0.32 0.244 16.90 Sk
(35396) 1997 XF11 1.442 0.483 4.097 0.744 4.524 0.99** $\pm $ 0.14 0.270 16.77 E
(52340) 1992 SY 2.212 0.548 8.034 1.000 3.430 0.69 $\pm $ 0.18 0.257 17.90 Q
(53435) 1999 VM40 2.309 0.486 15.394 1.187 3.374 3.65 $\pm $ 0.91 0.244 14.42 S
(54071) 2000 GQ146 1.329 0.197 23.442 1.066 4.821 0.78 $\pm $ 0.20 0.244 17.70 S
(65803) Didymos 1.644 0.384 3.408 1.012 4.198 0.724 $\pm $ 0.18 0.147 18.40 Xk
(66251) 1999 GJ2 1.535 0.198 11.277 1.231 4.431 1.07 $\pm $ 0.27 0.244 17.00 Sa
(68346) 2001 KZ66 1.507 0.416 16.687 0.879 4.387 1.07 $\pm $ 0.27 0.244 17.00 S
(68950) 2002 QF15 1.056 0.344 25.157 0.693 5.686 1.41 $\pm $ 0.36 0.244 16.40 Sa
(85867) 1999 BY9 1.830 0.302 0.943 1.277 3.971 0.63 $\pm $ 0.16 0.257 18.10 Q
(85989) 1999 JD6 0.882 0.633 17.047 0.324 6.501 1.25 $\pm $ 0.32 0.150 17.20 K
(86039) 1999 NC43 1.759 0.579 7.117 0.739 3.896 2.22 $\pm $ 0.34 0.140 16.00 Q
(87864) 2000 SY2 0.858 0.642 19.234 0.306 6.643 1.38 $\pm $ 0.34 0.257 16.40 Q
(88188) 2000 XH44 2.007 0.392 11.388 1.218 3.711 1.48 $\pm $ 0.37 0.320 16.00 V
(88710) 2001 SL9 1.061 0.269 21.898 0.774 5.707 0.95 $\pm $ 0.24 0.257 17.60 Q
(98943) 2001 CC21 1.032 0.219 4.808 0.806 5.902 0.54 $\pm $ 0.15 0.244 18.50 L
(136993) 1998 ST49 2.308 0.593 24.641 0.937 3.227 0.85 $\pm $ 0.20 0.257 17.60 S
(137427) 1999 TF211 2.447 0.614 38.999 0.943 2.966 3.00 $\pm $ 0.59 0.320 15.00 Sa
(138846) 2000 VJ61 2.184 0.563 18.670 0.953 3.395 1.86 $\pm $ 0.47 0.244 15.80 Sr
(139622) 2001 QQ142 1.422 0.311 9.316 0.979 4.635 0.55 $\pm $ 0.14 0.257 18.40 Sq
(143624) 2003 HM16 1.966 0.576 35.666 0.832 3.461 1.81 $\pm $ 0.46 0.257 15.80 Sq
(152560) 1991 BN 1.443 0.398 3.447 0.868 4.567 0.37 $\pm $ 0.09 0.244 19.30 S
(154347) 2002 XK4 1.849 0.692 17.818 0.569 3.631 1.86 $\pm $ 0.48 0.244 15.80 K
(159857) 2004 LJ1 2.264 0.593 23.033 0.920 3.273 2.14 $\pm $ 0.54 0.244 15.50 Sr
1998 YQ11 1.874 0.396 11.941 1.132 3.853 0.89 $\pm $ 0.23 0.244 17.40 S
2000 EZ148 2.572 0.618 11.042 0.981 4.164 2.50 $\pm $ 0.63 0.257 15.10 Sq
2000 PJ5 0.872 0.373 51.181 0.546 6.435 1.09 $\pm $ 0.27 0.150 17.50 O
2002 AL14 1.037 0.126 22.995 0.906 5.827 0.82 $\pm $ 0.21 0.200 17.80 Sl
2002 NW16 1.109 0.030 14.164 1.075 5.583 0.65 $\pm $ 0.16 0.244 18.10 Sl
2002 OA22 0.935 0.242 6.905 0.708 6.373 0.45 $\pm $ 0.11 0.150 19.40 O
2002 QE15 1.666 0.344 28.245 1.092 4.055 1.49** $\pm $ 0.23 0.240 16.20 A
2002 TD60 1.202 0.082 7.412 1.102 5.276 0.37 $\pm $ 0.09 0.244 19.30 S
2002 TP69 1.946 0.468 1.966 1.034 3.751 0.11 $\pm $ 0.03 0.244 21.90 Sk
2002 VP69 2.016 0.529 10.184 0.948 3.618 0.63 $\pm $ 0.16 0.257 18.10 Sq
2002 YB12 1.686 0.551 14.003 0.756 4.004 0.55 $\pm $ 0.14 0.257 18.40 Sq
2003 FT3 2.670 0.572 4.323 1.142 3.118 0.47 $\pm $ 0.12 0.320 18.50 V
2003 KR18 2.343 0.482 5.580 1.211 3.389 0.71 $\pm $ 0.18 0.244 17.90 S
2003 YG118 2.283 0.644 8.129 0.811 3.280 0.89 $\pm $ 0.22 0.320 17.10 V
2004 LU3 2.174 0.531 9.852 1.018 3.471 0.56 $\pm $ 0.14 0.244 18.40 Sr

Notes. (**) Direct measurements to obtain the diameter have been used for these objects. (1) H, $p_{\rm v}$ and D obtained from Warner et al. (2006). (2) Diameter estimated by Krugly et al. (2007). (3) Diameter value estimated from direct albedo measurements by excess thermal emission in Reddy et al. (2006). (4) Albedo estimated from radar diameter measurements (0.75 km) in Pravec et al. (2006).


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