\begin{table}%t4 %\centering \par \caption{\label{tab:infrared}CJF sources observed and detected in the near infrared.} \par \begin{tabular}{l l l l l l l l} \hline\hline \noalign{\smallskip} {Source} & {Type} &$ {z}$ & & { \underline{Near-IR}} & &{Reference} &$\alpha_{\rm NIR}$ \\ & & & 1.25~$\mu$m & 1.65~$\mu$m & 2.20~$\mu$m & & \\ & & & (mJy) & (mJy) & (mJy) & & \\ \hline 0022+390& Q &1.946 & & &0.06 (0.03) &42 & \\ 0035+413& Q &1.353 & 0.64 (0.06) &0.75 (0.13) &1.37 (0.24) &43 & --1.29 \\ 0108+388& G &0.669 & & &0.14 (0.06) &44 & \\ 0133+476& Q &0.859 & 0.479 (0.02) &0.813 (0.04) &1.32 (0.04) &45 & --1.74 \\ 0145+386& Q &1.442 & 0.40 (0.04) &0.68 (0.11) &0.30 (0.17) &43 & 0.55 \\ 0153+744& Q &2.388 & 0.93 (0.07) &1.29 (0.15) &1.96 (0.23) &43 & --0.89 \\ 0219+428& BL &0.444 & 9.22 (0.25) &12.5 (0.4) &15.4 (1.1) &46, 11 & --0.83 \\ 0249+383& Q &1.122 & & &0.12 (0.03) &42 & \\ 0251+393& Q &0.289 & 0.70 (0.05) &0.79 (0.11) &1.21 (0.19) &43 & --0.89 \\ 0316+413& G &0.018 & 46.5 (0.7) &57.8 (0.9) &55.70 (0.8) &47 & --0.10 \\ 0344+405& G &0.039 & 17.8 (0.6) &26.0 (1.0) &20.0 (1.0) &48 & 0.26 \\ 0402+379& G &0.055 & 19.1 (1.8) &39.8 (2.6) &40 (3) &43 & --0.38 \\ 0546+726& Q &1.555 & 0.84 (0.02) &1.24 (0.03) &0.91 (0.02) &43 & 0.03 \\ 0650+453& Q &0.933 & 0.33 (0.02) &0.49 (0.02) &0.84 (0.02) &43 & --1.58 \\ 0651+410& G &0.022 & 46.6 (1.1) &57.0 (1.9) &48.0 (1.5) &48 & 0.03 \\ 0707+476& Q &1.292 & 13.2 (0.3) &10.9 (0.5) &7.4 (0.6) &43 & 1.08 \\ 0710+439& G &0.518 & & &0.84 (0.19) &49 & \\ 0731+479& Q &0.782 & 0.58 (0.02) &0.52 (0.03) &0.67 (0.02) &43 & --0.17 \\ 0733+597& G &0.041 & 43.2 (1.3) &52.3 (1.9) &45.1 (1.8) &48 & --0.01 \\ 0814+425& BL &0.245 & 1.42 (0.04) &2.21 (0.06) &3.14 (0.07) &11 & --1.34 \\ 0821+394& Q &1.216 & 0.77 (0.02) &1.15 (0.02) &1.45 (0.02) &43 & --1.07 \\ 0824+355& Q &2.249 & & &0.10 (0.06) &50 & \\ 0831+557& G &0.240 & 0.80 &1.03 &1.23 &51 & -0.72 \\ 0833+416& Q &1.298 & 0.36 (0.02) &0.43 &0.35 (0.02) &43 & 0.09 \\ 0836+710& Q &2.180 & 1.00 (0.02) &1.30 (0.03) &1.50 (0.02) &43 & --0.68 \\ 0847+379& G &0.407 & & &0.63 (0.04) &50 & \\ 0923+392& Q &0.699 & 1.22 (0.06) &1.20 (0.12) &1.66 (0.22) &43 & --0.53 \\ 0927+352& BL & & & &0.81 (0.09) &50 & \\ 0945+664& G &0.850 & 0.030 (0.001) &0.005 (0.001) &0.08 (0.01) &15 & --1.89 \\ 0954+658& BL &0.368 & &3.17 & &52 & \\ 1003+830& G &0.322 & 0.86 (0.13) &2.0 (0.4) &2.3 (0.4) &48 & --1.67 \\ 1020+400& Q &1.254 & 0.74 (0.04) &1.00 (0.07) &1.53 (0.07) &43 & --1.27 \\ 1030+415& Q &1.120 & 0.07 &0.12 &0.30 &53 & --2.56 \\ 1031+567& G &0.460 & & &0.19 (0.13) &49 & \\ 1038+528& Q &0.677 & 0.65 (0.05) &0.42 (0.10) &0.84 (0.16) &43 & --0.45 \\ 1058+726& Q &1.460 & 0.42 (0.02) &0.44 (0.02) &0.48 (0.03) &43 & --0.20 \\ 1101+384& BL &0.031 & 71 (5) &81 (8) &83 (15) &11 & --0.25 \\ 1124+455& Q &1.811 & 0.57 (0.01) &0.54 (0.02) &0.66 (0.02) &43 & --0.25 \\ 1128+385& Q &1.733 & & &0.32 &53 & \\ 1144+402& Q &1.088 & 1.17 (0.06) &1.69 (0.15) &2.53 (0.25) &43 & --1.35 \\ 1144+352& G &0.063 & 20.0 (0.8) &34.0 (1.3) &23.3 (1.5) &44 & --0.24 \\ 1146+596& G &0.011 & 247 (2) &311 (5) &248 (8) &43 & 0.03 \\ 1226+373& Q &1.515 & 0.33 (0.02) &0.48 (0.02) &0.41 (0.03) &43 & --0.36 \\ 1254+571& Q &0.042 & 62.0 (1.2) &113 (2) &199 (3) &54 & -2.04 \\ 1306+360& Q &1.055 & 0.23 (0.02) &0.41 (0.02) &0.54 (0.02) &43 & --1.49 \\ 1309+555& Q &0.926 & 0.65 (0.02) &0.93 (0.03) &1.36 (0.03) &43 & --1.28 \\ 1333+459& Q &2.449 & 0.34 (0.05) &0.40 (0.11) &0.66 (0.20) &43 & --1.15 \\ 1347+539& Q &0.980 & 0.47 (0.02) &0.53 (0.03) &0.65 (0.04) &43 & -0.56 \\ 1413+373& Q &2.360 & 0.36 (0.02) &0.36 (0.02) &0.84 (0.03) &43 & --1.50 \\ 1418+546& BL &0.151 & 6.68 (0.31) &9.2 (0.4) &11.8 (0.5) &11, 55 & --0.99 \\ 1417+385& Q &1.832 & 0.41 (0.02) &0.52 (0.02) &0.66 (0.02) &43 & --0.83 \\ 1432+422& Q &1.240 & 0.02 & &0.05 &56 & \\ 1435+638& Q &2.068 & 1.10 (0.02) &1.00 (0.03) &1.40 (0.03) &43 & --0.42 \\ 1442+637& Q &1.38 & 0.51 (0.02) &0.88 (0.02) &0.71 (0.02) &43 & --0.56 \\ \hline 1641+399& Q &0.595 & 3.23 (0.10) &5.08 (0.25) &7.5 (0.4) &43 & --1.46 \\ 1652+398& BL &0.034 & 86.0 (2.0) &115.0 (2.0) &99.0 (2.0) &59, 11 & --0.22 \\ 1656+477& Q &1.622 & 0.53 (0.02) &0.60 (0.03) &0.53 &43 & 0.02 \\ 1700+685& G &0.301 & 0.64 (0.02) &1.00 (0.03) &1.60 (0.04) &43 & --1.57 \\ 1716+686& Q &0.339 & 1.30 &1.70 &2.00 &43 & -0.73 \\ 1719+357& Q &0.263 & 0.83 (0.21) &1.6 (0.3) &2.8 (0.4) &48 & --2.10 \\ 1726+455& Q &0.717 & 0.61 (0.02) &0.84 (0.03) &1.01 (0.03) &43 & --0.86 \\ 1732+389& Q &0.970 & 0.26 (0.02) &0.49 (0.02) &0.77 (0.02) &43 & --1.87 \\ 1744+557& G &0.031 & 66 (1) &80 (2) &66 (2) &60 & 0.05 \\ 1749+701& BL &0.770 & & &2.2 (1.7) &55 & \\ 1755+578& Q &2.110 & 0.33 (0.02) &0.50 (0.02) &0.67 (0.03) &43 & --1.20 \\ 1758+388& Q &2.092 & 0.43 (0.02) &0.38 (0.02) &0.49 (0.02) &43 & --0.21 \\ 1803+784& BL &0.680 & 5.50 (0.25) &5.9 (0.4) &7.1 (0.8) &55,11 & --0.39 \\ 1800+440& Q &0.663 & 1.00 &1.20 &0.84 (0.02) &43 & 0.37 \\ 1807+698& BL &0.051 & 20.2 (0.9) &25.4 (1.1) &29.7 (2.7) &59, 11 & --0.65 \\ 1826+796& G &0.224 & 1.10 (0.20) &1.3 (0.3) &1.9 (0.4) &48 & --0.89 \\ 1823+568& BL &0.664 & & &4.98 &11, 61 & \\ 1843+356& G &0.764 & & &0.13 (0.09) &44 & \\ 1946+708& G &0.101 & 2.8 (0.3) &2.4 (0.5) &3.0 (0.5) &57 & 0.07 \\ 2116+818& Q &0.084 & 8.5 (0.4) &12.5 (0.6) &15.7 (0.7) &48 & --0.95 \\ 2200+420& BL &0.069 & 38.4 (2.8) &53 (4) &71 (14) &43, 11 & --0.80 \\ 2351+456& Q &1.986 & & &0.63 &49 & \\ 2352+495& G &0.237 & & &0.9 (0.4) &49 & \\ \hline \end{tabular} \tablefoot{Column (1) gives the IAU name of the source, Col.~(2) the type of source (Q~=~Quasar, BL~=~BL Lac object, G~=~Radio Galaxy), Col.~(3) the redshift~$z$, Cols.~(4)--(6) fluxes in three different NIR bands, Col.~(7) the relevant references (Table~\ref{tab:infraref}), and Col.~(8) gives the calculated spectral index in the NIR.} \end{table}