\begin{table}%t3
%\centering
\par
\caption{\label{TabThermal}\textit{Planck} temperature ranges\tablefootmark{a}$\!$.}
\par
\begin{tabular}{lcc}
\hline\hline \noalign{\smallskip}
{\bf Element} & {\bf $T_{\rm min}$ (K)} & {\bf $T_{\rm max}$ (K)} \\
\hline
Solar cells &  378 &  382 \\
Service module radiators    &  251 &  290 \\
Sorption cooler warm radiator (active control) & 262  & 280 \\
Multi-layer insulation on Solar array    & 304  & 316  \\
Multi-layer insulation on top of service module    &  198 &  287 \\
Lower V-groove  &  111.9 & 152.6 \\
Middle V-groove   &  76.4 & 91.6 \\
Top V-groove    & 43.7  & 49.1 \\
Sorption cooler interface on Top V-groove    &  44 (red.) & 45.3 (nom.)  \\
Primary reflector panel    & 38.3  & 43.8  \\
Primary reflector    &  39.8 & 41.5  \\
Secondary reflector   &  42.9 & 43.2  \\
Baffle    & 42.3  &  44.0 \\
\hline  
\end{tabular}
\tablefoot{\tablefoottext{a}{For each element listed, the min and max temperatures correspond to the coldest and warmest node in a thermal finite element model which has been correlated to the results of ground tests, when the model is run in a flight-like environment.}}
\end{table}