\begin{table}  
\caption{\label{physical}Physical and dynamical parameters of the analysed NEAs and MCs.}
\begin{tabular}{lccccccccc}  
\hline\hline \noalign{\smallskip}	
NEA & $a$ (AU) & $e$ & $i$ (deg) & $q$ (AU) & $T$ & $D$ (km) & $p_{\rm v}$ & $H$ & Class\\
\hline  		
 (433) Eros		  & 1.458 & 0.222 & 10.828 & 1.133 & 4.580 & 23.60\tablefootmark{**} $\pm$ 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\tablefootmark{**} $\pm$ 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\tablefootmark{**} $\pm$ 1.36 & 0.150 & 13.20 & S  \\
 (1862) Apollo            & 1.470 & 0.559 &  6.355 & 0.647 & 4.411 &  1.40\tablefootmark{**} $\pm$ 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\tablefootmark{**} $\pm$ 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\tablefootmark{**} $\pm$ 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\tablefootmark{**} $\pm$ 0.37 & 0.200 & 14.20 & Sa \\
 (3199) Nefertiti         & 1.574 & 0.284 & 32.968 & 1.127 & 4.188 &  1.80\tablefootmark{**} $\pm$ 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\tablefootmark{**} $\pm$ 0.15 & 0.230 & 17.40 & V  \\
 (4055) Magellan          & 1.820 & 0.326 & 23.241 & 1.226 & 3.884 &  2.49\tablefootmark{**} $\pm$ 0.38 & 0.310 & 14.80 & V  \\
 (4179) Toutatis          & 2.526 & 0.633 &  0.446 & 0.925 & 3.136 &  2.80\tablefootmark{**} $\pm$ 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 &  3.20\tablefootmark{1} $\pm$ 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 TB$_1$       & 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 &  5.10\tablefootmark{3} $\pm$ 1.00 & 0.030 & 16.00 & B\\
 (21088) 1992 BL$_2$	  & 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\tablefootmark{**} $\pm$ 0.04 & 0.380 & 19.70 & Sq \\
 (30825) 1990 TG$_1$	  & 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 XF$_{11}$   & 1.442 & 0.483 &  4.097 & 0.744 & 4.524 &  0.99\tablefootmark{**} $\pm$ 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 VM$_{40}$   & 2.309 & 0.486 & 15.394 & 1.187 & 3.374 &  3.65  $\pm$ 0.91 & 0.244 & 14.42 & S  \\
 (54071) 2000 GQ$_{146}$  & 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 &  0.72\tablefootmark{4} $\pm$ 0.18 & 0.147 & 18.40 & Xk \\
 (66251) 1999 GJ$_2$	  & 1.535 & 0.198 & 11.277 & 1.231 & 4.431 &  1.07  $\pm$ 0.27 & 0.244 & 17.00 & Sa \\
 (68346) 2001 KZ$_{66}$   & 1.507 & 0.416 & 16.687 & 0.879 & 4.387 &  1.07  $\pm$ 0.27 & 0.244 & 17.00 & S  \\
 (68950) 2002 QF$_{15}$   & 1.056 & 0.344 & 25.157 & 0.693 & 5.686 &  1.41  $\pm$ 0.36 & 0.244 & 16.40 & Sa \\  
 (85867) 1999 BY$_9$	  & 1.830 & 0.302 &  0.943 & 1.277 & 3.971 &  0.63  $\pm$ 0.16 & 0.257 & 18.10 & Q  \\
 (85989) 1999 JD$_6$	  & 0.882 & 0.633 & 17.047 & 0.324 & 6.501 &  1.25  $\pm$ 0.32 & 0.150 & 17.20 & K  \\
 (86039) 1999 NC$_{43}$   & 1.759 & 0.579 &  7.117 & 0.739 & 3.896 &  2.22  $\pm$ 0.34 & 0.140 & 16.00 & Q  \\
 (87864) 2000 SY$_2$      & 0.858 & 0.642 & 19.234 & 0.306 & 6.643 &  1.38  $\pm$ 0.34 & 0.257 & 16.40 & Q  \\
 (88188) 2000 XH$_{44}$   & 2.007 & 0.392 & 11.388 & 1.218 & 3.711 &  1.48  $\pm$ 0.37 & 0.320 & 16.00 & V  \\
 (88710) 2001 SL$_9$      & 1.061 & 0.269 & 21.898 & 0.774 & 5.707 &  0.95  $\pm$ 0.24 & 0.257 & 17.60 & Q  \\
 (98943) 2001 CC$_{21}$   & 1.032 & 0.219 &  4.808 & 0.806 & 5.902 &  0.54  $\pm$ 0.15 & 0.244 & 18.50 & L  \\ 
 (136993) 1998 ST$_{49}$  & 2.308 & 0.593 & 24.641 & 0.937 & 3.227 &  0.85  $\pm$ 0.20 & 0.257 & 17.60 & S  \\	
 (137427) 1999 TF$_{211}$ & 2.447 & 0.614 & 38.999 & 0.943 & 2.966 &  3.00  $\pm$ 0.59 & 0.320 & 15.00 & Sa \\
 (138846) 2000 VJ$_{61}$  & 2.184 & 0.563 & 18.670 & 0.953 & 3.395 &  1.86  $\pm$ 0.47 & 0.244 & 15.80 & Sr \\
 (139622) 2001 QQ$_{142}$ & 1.422 & 0.311 &  9.316 & 0.979 & 4.635 &  0.55  $\pm$ 0.14 & 0.257 & 18.40 & Sq \\
 (143624) 2003 HM$_{16}$  & 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 XK$_4$	  & 1.849 & 0.692 & 17.818 & 0.569 & 3.631 &  1.86  $\pm$ 0.48 & 0.244 & 15.80 & K  \\
 (159857) 2004 LJ$_1$	  & 2.264 & 0.593 & 23.033 & 0.920 & 3.273 &  2.14  $\pm$ 0.54 & 0.244 & 15.50 & Sr \\
  1998 YQ$_{11}$ 	  & 1.874 & 0.396 & 11.941 & 1.132 & 3.853 &  0.89  $\pm$ 0.23 & 0.244 & 17.40 & S  \\
  2000 EZ$_{148}$         & 2.572 & 0.618 & 11.042 & 0.981 & 4.164 &  2.50  $\pm$ 0.63 & 0.257 & 15.10 & Sq \\
  2000 PJ$_5$		  & 0.872 & 0.373 & 51.181 & 0.546 & 6.435 &  1.09  $\pm$ 0.27 & 0.150 & 17.50 & O  \\
 2002 AL$_{14}$           & 1.037 & 0.126 & 22.995 & 0.906 & 5.827 &  0.82  $\pm$ 0.21 & 0.200 & 17.80 & Sl \\
 2002 NW$_{16}$ 	  & 1.109 & 0.030 & 14.164 & 1.075 & 5.583 &  0.65  $\pm$ 0.16 & 0.244 & 18.10 & Sl \\
 2002 OA$_{22}$ 	  & 0.935 & 0.242 &  6.905 & 0.708 & 6.373 &  0.45  $\pm$ 0.11 & 0.150 & 19.40 & O  \\
 2002 QE$_{15}$           & 1.666 & 0.344 & 28.245 & 1.092 & 4.055 &  1.49\tablefootmark{**} $\pm$ 0.23 & 0.240 & 16.20 & A  \\
 2002 TD$_{60}$           & 1.202 & 0.082 &  7.412 & 1.102 & 5.276 &  0.37  $\pm$ 0.09 & 0.244 & 19.30 & S  \\
 2002 TP$_{69}$           & 1.946 & 0.468 &  1.966 & 1.034 & 3.751 &  0.11  $\pm$ 0.03 & 0.244 & 21.90 & Sk \\
 2002 VP$_{69}$           & 2.016 & 0.529 & 10.184 & 0.948 & 3.618 &  0.63  $\pm$ 0.16 & 0.257 & 18.10 & Sq \\
 2002 YB$_{12}$           & 1.686 & 0.551 & 14.003 & 0.756 & 4.004 &  0.55  $\pm$ 0.14 & 0.257 & 18.40 & Sq \\
 2003 FT$_3$		  & 2.670 & 0.572 &  4.323 & 1.142 & 3.118 &  0.47  $\pm$ 0.12 & 0.320 & 18.50 & V  \\
 2003 KR$_{18}$           & 2.343 & 0.482 &  5.580 & 1.211 & 3.389 &  0.71  $\pm$ 0.18 & 0.244 & 17.90 & S  \\
 2003 YG$_{118}$	  & 2.283 & 0.644 &  8.129 & 0.811 & 3.280 &  0.89  $\pm$ 0.22 & 0.320 & 17.10 & V  \\
 2004 LU$_3$		  & 2.174 & 0.531 &  9.852 & 1.018 & 3.471 &  0.56  $\pm$ 0.14 & 0.244 & 18.40 & Sr \\ 
\hline
\end{tabular} 

\tablefoot{\tablefoottext{**}{Direct measurements to obtain the diameter have been used for these objects.}
\tablefoottext{1}{$H$, $p_{\rm v}$ and $D$ obtained from Warner et~al. (\cite{warner06}).} \tablefoottext{2}{Diameter estimated by Krugly et~al. (\cite{krugly07}).}
\tablefoottext{3}{Diameter value estimated from direct albedo measurements by excess thermal emission in Reddy et~al. (\cite{reddy06}).}
\tablefoottext{4}{Albedo estimated from radar diameter measurements (0.75~km) in Pravec et~al. (\cite{pravec06}).}}
\end{table}