\begin{table}%T3
\caption{\label{tab:hermeocentric}Orbital parameters in the short-term hermeocentric integration. Columns are, from left: Object designation; initial 
hermeocentric~$a$ ($a_{\rm ini}$) and $e$ ($e_{\rm ini}$); average~$a$ and~$e$ during hermeocentric
orbit, with extreme ranges; average orbital period; minimal and maximal periods 
(relative to initial~$M$ of hermeocentric orbit); duration of hermeocentric 
orbit ($<P>$); number of revolutions relative to initial~$M$ of 
hermeocentric orbit~($N_{\rm orb}$); rotational sense (prograde/retrograde); mean anomaly of 
Mercury at time of escape from hermeocentric orbit~($L_{\rm esc}$); identity of Lagrangian point traversed at escape from hermeocentric orbit~($T_{\rm CO}$); and time of collision with 
Mercury. Data from integration~5 (100~day duration). Object~93r is the 
originally identified satellite. For object~75--75p, close approaches with 
Venus are initiated after 1.78~Myr.}
%\centering
\par
\begin{tabular}{llllllllllllllll} \hline\hline
Object & $a_{\rm ini}$ & $e_{\rm ini}$ & $<a>$ & $<e>$ & $<P>$ 
& $P_{\rm min}$ & $P_{\rm max}$ & $t_{\rm orb}$ & $T_{Q_{\rm max}}$ & 
$T_{q_{\rm min}}$ & $N_{\rm orb}$ & Sense & $M_{\rm esc}$ & $L_{\rm esc}$ & 
$T_{\rm CO}$ \\
& ($10^{-3}$ AU) & & ($10^{-3}$ AU) & & (d) & 
(d) & (d) & (d) & (d) & (d) & & & ($\degr$) & & \\ \hline
93r & -- & -- & 0.704~$\pm$~0.041 & 0.412~$\pm$~0.064 & 13.86 & 13.0 & 14.8 & $>$100 & -- &  -- & 
-- 
& R & -- & -- & \\
93p & -- & -- & 0.673~$\pm$~0.057 & 0.488~$\pm$~0.144 & 19.95 & 17.80 & 22.6 & 97.6 & 91.8 &  17.6 & 4 & P & 49.34 & 
2 
& 17~578 \\
15-15r & 0.245 & 0 & 0.244~$\pm$~0.000 & 0.005~$\pm$~0.001 &   3.29 &  3.2 &  3.4 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
15-15p & 0.245 & 0 & 0.244~$\pm$~0.001 & 0.004~$\pm$~0.002 &      3.57 &  3.4 &  3.8 & $>$100 & -- &  -- & -- & P & -- & -- & 
-- 
\\
30-15r & 0.367 & 0.333 & 0.369~$\pm$~0.007 & 0.385~$\pm$~0.038 &  5.89 &  5.6 &  6.2 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
30-15p & 0.367 & 0.333 & 0.368~$\pm$~0.005 & 0.226~$\pm$~0.050 
& 6.84 &  6.6 &  7.2 & $>$100 & -- &  -- & -- & P & -- & -- & 
-- \\
45-15r & 0.735 & 0.500 & 0.501~$\pm$~0.018 & 0.573~$\pm$~0.056 
& 8.85 &  8.2 &  9.8 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- \\
45-15p & 0.735 & 0.500 & 0.505~$\pm$~0.026 & 0.250~$\pm$~0.085 
& 11.63 & 11.0 & 12.4 & $>$100 & -- &  -- & -- & P & -- & -- 
& 
-- \\
60-15r & 0.612 & 0.600 & 0.656~$\pm$~0.034 & 0.656~$\pm$~0.095 & 12.4 & 10.2 & 14.8 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
60-15p & 0.612 & 0.600 & 0.738~$\pm$~0.193 & 0.273~$\pm$~0.141 & 20.47 & 18.4 & 23.4 & 90.2 & 24.2 &  66.8 & 3 & P & 19.06 & 1 
& 
 964  \\
75-15r & 0.735 & 0.667 & 0.872~$\pm$~0.000 & 0.874~$\pm$~0.000 &19.50 & 17.4 & 21.6 & 34.8 & 22.0 &  12.4 & 2 & R & 152.34 & 
1 
& 1007 \\
75-15p & 0.735 & 0.667 & -- & -- & -- & -- & -- & -- & -- &  20.2 & 0 
& 
P & 93.41 & 2 & 406~817 \\
30-30r & 0.490 & 0  & 0.482~$\pm$~0.007 & 0.043~$\pm$~0.012 & 8.56 &  8.2 &  9.0 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
30-30p & 0.490 & 0  & 0.476~$\pm$~0.014 & 0.034~$\pm$~0.025 & 10.51 & 9.8 &  11.4 & $>$100 & -- &  -- & -- & P & -- & -- & 
-- 
\\
45-30r & 0.612 & 0.200 & 0.602~$\pm$~0.013 & 0.260~$\pm$~0.053  
&  11.43 & 10.8 & 11.8 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
45-30p & 0.612 & 0.200 & 0.591~$\pm$~0.022 & 0.054~$\pm$~0.079 & 15.30 & 14.0 & 16.4 & $>$100 & -- &  -- & -- & P & -- & -- & 
-- 
\\
60-30r & 0.735 & 0.333 & 0.725~$\pm$~0.028 & 0.486~$\pm$~0.029 & 14.33 & 13.2 & 16.2 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
60-30p & 0.735 & 0.333 & 0.703~$\pm$~0.030 & 0.089~$\pm$~0.200 & 20.80 & 19.4 & 22.2 & $>$100 & -- &  -- & -- & P & -- & -- & 
-- 
\\
75-30r & 0.857 & 0.429 & 0.924~$\pm$~0.272 & 0.503~$\pm$~0.289 & 19.08 & 15.4 & 23.0 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
75-30p & 0.857 & 0.429 & 0.842~$\pm$~0.065 & 0.091~$\pm$~0.130 & 27.33 & 25.4 & 29.4 & 88.6 & 67.6 &  22.0 & 3 & P & 12.51 & 1 
& 
-- \\ 
45-45r & 0.735 & 0  & 0.702~$\pm$~0.016 & 0.155~$\pm$~0.096 & 14.03 & 12.6 & 15.2 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
45-45p & 0.735 & 0  & 0.631~$\pm$~0.031 & 0.347~$\pm$~0.116 &  17.95 & 16.8 & 20.8 & 91.0 & 86.4 &  19.0 & 4 & P & 22.33 & 2 
& 
7155 \\
60-45r & 0.857 & 0.143 & 0.804~$\pm$~0.038 & 0.083~$\pm$~0.057 & 16.80 & 15.8 & 17.6 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
60-45p & 0.857 & 0.143 & 0.714~$\pm$~0.074 & 0.487~$\pm$~0.153 & 22.87 & 19.0 & 26.0 & 85.4 & 78.8 &  49.8 & 3 & P & 359.42 & 
2 
& 86~781 \\
75-45r & 0.979 & 0.250 & 0.934~$\pm$~0.053 & 0.360~$\pm$~0.074 & 19.20 & 17.4 & 21.0 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
75-45p & 0.979 & 0.250 & 0.833~$\pm$~0.132 & 0.492~$\pm$~0.124 & 31.20 & 24.4 & 38.0 & 84.6 & 76.8 &  69.6 & 2 & P & 356.14 & 
2 
& 436~494 \\
60-60r & 0.979 & 0  & 0.878~$\pm$~0.027 & 0.323~$\pm$~0.138 & 19.16 & 16.4 & 21.8 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
60-60p & 0.979 & 0  & 0.739~$\pm$~0.113 & 0.677~$\pm$~0.157 & 18.68 & 14.6 & 24.8 & $>$100 & -- &  -- & -- & P & -- & -- & 
-- 
\\
75-60r & 1.102 & 0.111 & 0.982~$\pm$~0.017 & 0.174~$\pm$~0.271 & 22.05 & 19.4 & 23.6 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
75-60p & 1.102 & 0.111 & -- & -- & -- & -- & -- &  17.2 & 0 
& 
P & 81.14 & 1 & 23~902 \\
75-75r & 1.224 & 0  & 1.037~$\pm$~0.033 &   0.521~$\pm$~0.144 & 23.65 & 18.4 & 29.2 & $>$100 & -- &  -- & -- & R & -- & -- & 
-- 
\\
75-75p & 1.224 & 0  & -- & -- & -- & 5.5 & 
-- &  9.8 & 0 & P & 50.85 & 1 &\\ \hline
\end{tabular}
\end{table}