\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}